ADNI data is made available to researchers around the world. As such, there are many active research projects accessing and applying the shared ADNI data. To further encourage Alzheimer’s disease research collaboration, and to help prevent duplicate efforts, the list below shows the specific research focus of the active ADNI investigations. This information is requested annually as a requirement for data access.
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Search for projects using the investigator's name, institution, or keywords
Search for projects using the investigator's name, institution, or keywords
| Investigator | Institution | Keywords |
|---|---|---|
| Hervé Abdi | The University of Texas at Dallas | Partial Least Squares Methods. Genomics |
| Ahmed Abdulkadir | University Medical Center Freiburg, Freiburg, Germany | classification, Alzheimer's disease, atrophy patterns |
| Afnizanfaizal Abdullah | Universiti Teknologi Malaysia | image segmentation |
| Erin Abner | University of Kentucky | longitudinal data |
| Brett Abrahams | Albert Einstein College of Medicine | Imaging Genetics |
| Noriaki Adachi | MSD. K.K. (Japan Branch of Merck) | threshold |
| Adriana Adam | Indiana University | lesions |
| Nagesh Adluru | University of Wisconsin-Madison | DTI |
| Jack Fredo Agastinose | MIT | Alzheimer's Disease, machine learning, data base |
| Namita Aggarwal | Jawaharlal Nehru University | Feature Extraction & Computer Aided Diagnosis |
| Alex Agyemang | Barts and the London School of Medicine and Dentistry | Acetylcholinesterase inhibitors, Alzheimer's disease, Dementia, PK/PD |
| Vered Aharonson | Afeka Tel Aviv Academic College of Engineering | data mining, classification |
| Jamila Ahdidan | Aarhus University | AD, hippocampus, prediction |
| Fareed AHMED | Université François Rabelais Tours | Active contours, Segmentation, shape priors, Medical Imagery Image processing |
| Fayeza Ahmed | Weill Cornell Medical College | DTI |
| Danni Ai | Hitachi (China) Research & Development Corporation | evaluation, detection |
| Roshanak Akbarifar | Middle East Technical University | DCM, fMRI |
| Alireza Akhondi-Asl | Harvard Medical School | FUSION segmentation STAPLE |
| Yaman Aksu | Penn State University | AD, MCI, Control, machine learning |
| Mahbubul Alam | Old Dominion University | Texture based segmentation of Subcortical region |
| Daniel Alexander | UCL | Alzheimer's disease, progression, classification |
| Dauren Alimbetov | Nazarbayev University | neurodenegeration, Alzheimers diease, memory, cognitive function |
| Hamza Alshuft | University of Nottingham | Brain MRI, Quality control, Pulse sequence |
| Ali Amin-Mansour | Massachusetts General Hospital | Alzheimer's AD Older adults aging |
| John Anderson | University of Toronto and Rotman Research Institute | Time of testing, circadian, aging, |
| Jeff Anderson | University of Utah | MRI, MCI |
| Anne Andorn | Pfizer Pharmaceutical Company | Default network |
| K Abigail Andrews | University College London | PET MRI atrophy biomarker amyloid |
| amma ang | Capital medical University | VBM |
| Maya Angelova | University of Erlangen-Nuremberg | strucutral MRI |
| Steve Angersbach | The Critical Path Institute | Alzheimer's Disease,Disease Modeling,Disease Simulation,Biomarkers |
| ayesha anjum | InsermU825 | pet,fdg,dynamic images |
| aziz anne-laure | hospital purpan | brain |
| Richard Ansorge | University of Cambridge | Registration, GPU, Longitudinal |
| Marietta Anthony | Geoffrey Beene Foundation Alzheimer's Initiatibe | MCI, men, women |
| Abhishek Appaji M | B M S College of Engineering | SVM, PET, Alzheimer |
| Juan Esteban Arango Ossa | Escuela de Ingeniería de Antioquia | AD, fMRI, Artificial Vision, Intelligent systems, DMN |
| Babak Ardekani | Nathan Kline Institute | MRI; Corpus callosum; shape analysis; |
| Eleni Aretouli | University of Deusto | intraindividual variability |
| Konstantinos Arfanakis | Illinois Institute of Technology | diffusion, DTI, registration |
| Muhammad Arif | Umm Alqura University | Classification Accuracy |
| Steven Armentrout | Parabon Computation | MDR, epistatis, cloud computing |
| Mohammad Ali Armin | university of Canberra | Alzheimer disease |
| Michael Arrighi | Janseen Alzheimer Immunotherapy Research & Development | progression, adverse events, epidemiology |
| awais arshad | Sir Syed University of engineering and technology | clinical database |
| dupont arthur | Telecom Nancy | Image compression |
| Wes Ashford | Stanford | leptin, Alzheimer, blood, dementia |
| Rebecca Atkinson | Imperial College London | FDG PET AD MCI |
| eve attali | Rotman Research Institute at Baycrest | memory VBM Alzheimer |
| Mark Austin | IXICO | Dementia Diagnosis |
| Richard Aviv | Sunnybrook Hospital | ICH, Microbleeds, Amyloid angiopathy |
| Ramesh Avula | Medical Imaging Solutions LLC | DTI, MRI, fMRI |
| suyash awate | university of utah | segmentation, morphometry |
| Nicholas Ayache | INRIA | Morphometry, analysis, simulation, modeling |
| MOSUN AYAN-OSHODI | Walden University | genetic components of Alzheimer's disease |
| Murat Ayhan | University of Louisiana at Lafayette | Unsupervised feature learning, generative models, discriminative models |
| Ahmad Azar | Misr University for Science & Technology (MUST) | Data mining, machine learning and soft computing |
| Abbas Babajani | Washington University | fMRI |
| Meritxell Bach Cuadra | Lausanne University Hospital | Image segmentation, Pattern analysis |
| Ulas Bagci | National Insitutes of Health | PET, SPECT, MRI-PET, |
| Bhavani Bagepally | National Institute of Mental Health And Neurosciences (NIMHANS) | Resting state networks, DTI, connectivity |
| Alex Bahar Fuchs | The Australian National University | Memory, mild cognitive impairment, amyloid |
| Raphael Bahati | Lawson Health Research Institute | Early detection of AD, machine learning, data clustering, |
| mohsen bahrami | university of tehran | mhsn2010 |
| Li Bai | University of Nottingham | Sparse Partial Least Squares, Multi Modal analysis, |
| Sweeti Bairagi | IIT DELHI,INDIA | Diagnosis Tool |
| Geoffrey Baird | University of Washington, Seattle | Biomarkers |
| Suzanne Baker | Lawrence Berkeley National Lab | longitudinal glucose metabolism |
| John Baker | State University of New York at Buffalo | regression analysis, functional assessment, neuroimaging, neuropsychology |
| Arnold Bakker | Johns Hopkins University | Entorhinal Cortex |
| Rakesh Balachandar | National Institute of Mental Health and Neurosciences | morphometry changes, AD, MCI |
| Veerabhadran BALADANDAYUTHAPANI | UT MD Anderson Cancer Center | bayesian modeling; |
| Ranjit Balakrishnan | velammal engineering college | SPECT and PET images |
| He Baochun | neu | registration |
| Robert Barber | University of North Texas Health Science Center | Alzheimer's disease genetics |
| Christian Barillot | CNRS | Dementia, PET, DTI, ASL, MRI, postprocessing |
| Josephine Barnes | UCL Institute of Neurology | hippocampus, whole brain |
| Andrew Barry | Trinity College Dublin | Cognitive reserve |
| Jared Bartell | University of Arizona | Dementia, Delusions, apathy, agitation, VBM, MRI |
| Jonathan Bartlett | London School of Hygiene and Tropical Medicine | multiple imputation |
| Mairead Bartley | Adelaide and Meath Hospital | subjective memory complaints, white matter disease |
| Andrea Baruchin | Foundation for NIH | none |
| Nematollah (Kayhan) Batmanghelich | MIT | Biomarker, Pattern Recognition, MCI |
| Corinna Bauer | Boston University School of Medicine | T2 algorithms, MRI manufacturer |
| Frank Baughman | Curtin University | plasticity, functional organisation, cognitive dysfunction |
| Peter Bayley | VA Palo Alto Health Care System, | CYP191A, hippocampus, apoe4, neuropsychology |
| J. Alex Becker | Massachusetts General Hospital/Harvard Medical School | Longitudinal biomarker evolution |
| James Becker | University of Pittsburgh | morphometry, segmentation, volumetrics |
| Laurel Beckett | UC Davis | Biostatistics |
| Jared Becksfort | St. Jude Children's Research Hospital | Brain extraction, Level Set |
| Phillip Bedggood | The University of Melbourne | image registration |
| Martin Bednar | Pfizer Inc | alzheimer's |
| Mirza Faisal Beg | Simon Fraser University | shape analysis, longitudinal, registration, computational anatomy |
| Mirza Faisal Beg | Simon Fraser University | MR, LDDMM, segmentation, registration, statistical shape analysis |
| iman beheshti | university | Alzheimer’s Disease, image processing |
| Lynn Bekris | University of Washington | APOE, APP, MAPT, AD phenotypes, AD genetics. |
| Boubakeur BELAROUSSI | BIOCLINICA | MRI, PET, longitudinal changes, quantification, volumetry |
| Mahanand Belathur Suresh | Sri Jayachamarajendra College of Engineering | AD,MCI |
| Nabil BELMOKHTAR | USTO Oran | alzheimer, IRM |
| Leandro Beltrachini | The University of Sheffield | biomarkers |
| olfa ben ahmed | National Engineering School of Sfax | image indexing, AD detection |
| Miguel Bertoni | East Kent Hospitals University NHS Foundation Trust and University of Kent | Alzheimer's Disease, voxel based morphometry, tractography, spectroscopy MR |
| Brianne Bettcher | University of California, San Francisco | mci, inflammation, cognitive, longitudinal |
| akshay bhardwaj | IIT MADRAS | DTI image |
| Runa Bhaumik | University of Illinois at Chicago | machine learning psychiatric disorder |
| chen bijuan | ShangHai Medical colleage of Fudan University | T1,DTI |
| Gokhan Bilgin | Yildiz Technical University | machine learning pattern recognition signal processing |
| Bill Billing | Pfizer Inc | Pfizer Clinical Trials |
| Eleonora Bilotta | Unical | Alzheimer MRI cogntive structure |
| Sampurna Biswas | IIT Kharagpur | AD Hippocampus |
| Daniel Bittner | Univesity of Magdeburg | Alzheimer, Mild cognitive Impairment, memory |
| David Bjelke | The Feinstein Institute for Medical Research | CMRglu, ROI |
| Malin Björnsdotter | Nanyang Technological University | machine learning, classifiers, multivariate, brain mapping |
| Sandra Black | Sunnybrook Research Institute | MRI Volumetry, Alzheimer disease progression |
| Gilles Blanchard | University of Potsdam | Data analysis, Statistics, Machine learning, patient adaptive prediction |
| Cinnamon Bloss | Scripps Translational Science Institute | Alzheimer's Disease, APOE-ε4, Polygenic AD Risk, Genome-Wide Association Study |
| Yasmin Blunck | TU München | csf |
| Christian Bocti | Sherbrooke University | white matter hyperintensities, mri, age-related cognitive deficit |
| Piotr Bogorodzki | Warsaw University of Technology | LDA, SVM, freesurfer, VBM |
| Arun Bokde | Trinity College Dublin | MRI, grey matter, volumetric, hippocampus |
| Peter Boord | University of Washington | fmri, functional connectivity |
| Brendon Boot | Brigham and Women's Hospital | Alzheimer's Dementia, Cortical thickness, neuropsychology, sleep |
| vincent boudousq | University Hospital | steinerd SPM |
| Abdel-Kader Boulanouar | INSERM | machine learning, image classification, PET, MRI |
| Pierrick Bourgeat | CSIRO ICT Centre | Segmentation, registration, longitudinal study |
| Andrea Bozoki | Michigan State University | FDG-PET; PIB-PET; Alzheimer's disease |
| Simona Maria Brambati | Institut universitaire de gériatrie de Montréal | VBM, Gray matter, Structural covariance |
| Meredith Braskie | UCLA | connectivity, APOE, clusterin, cardiovascular |
| Joihn Breitner | McGill University Faculty of Medicine | presymptomatic biomarker Alzheimer cerebrospinal fluid, |
| Anders Bresell | AstraZeneca R&D | AD convertion MCI biomarker |
| Cameron C. Brewer | Illinois School of Professional Psychology at Argosy University, Schaumburg | Neuropsychological correlates |
| James Brewer | UCSD | subregional change MRI, PET |
| Adam Brickman | College of Physicians and Surgeons, Columbia University | white matter hyperintensities, PIB, amyloid |
| Markus Britschgi | Roche | new bioinformatic tools, correlating pathology with plasma proteins |
| Birgitte Brock | Aarhus University | Alzheimers disease, liraglutide, PIB PET scan, FDG PET scan, MR flow |
| Cees A J Broere | Broerius BV | Neocortical Alzheimer Pathology |
| Esther Bron | Erasmus MC | Classification |
| Matthew Brown | University of Alberta | machine learning, diagnosis, prognosis, biomarkers |
| Timothy Brown | Johns Hopkins University | hippocampus, entorhinal cortex |
| Katharina Brüggen | Karolinska Institutet, Dpt. of Neurobiology, Care Sciences and Society | Amyloid-beta, neuropsychology, familial AD, sporadic AD |
| Robert Buck | StatAnswers Consulting LLC | imaging biomarker, Alzheimer's Disease |
| David Bunce | Brunel University, London | Visual processing; Structural MRI |
| Teresa Buracchio | AbbVie | composite endpoints, adas-cog, ceiling effects |
| Jeffrey Burns | University of Kansas School of Medicine | body mass index, diabetes, hippocampal atrophy, whole brain atrophy |
| Tomasz Burzykowski | Center for Statistics | biomarker, Alzheimer's disease, biostatistcs |
| Justin Buthorn | North Shore Long Island Jewish Health System | MRI, Alzheimer's, MCI, Volumetric |
| Nina Butingan | University of California, Irvine | traumatic brain injury, DTI, MRI |
| Roberto Butini | Ospedale Civile Castelfranco Veneto | Alzheimer |
| Joseph Buxbaum | Mount Sinai School of Medicine | integrated-network-analysis |
| SANDEEP C S | P A AZIZ COLLEGE OF ENGINEERING AND TECHNOLOGY | ALZHEIMER'S DISEASE |
| Rafael Cabeza | Universidad Publica de Navarra | Segmentation, Active Shape Model |
| George Cabral | Federal University of Pernambuco | Novelty detection, one-class classification |
| Liliana Caldeira | Institute of Biophysics and Biomedical Engineering | PET/MR joint evaluation |
| Maria Eugenia Caligiuri | Università "Magna Graecia" di Catanzaro | neuroimaging, digital image processing |
| Frederic Calon | Universite Laval | Alzheimer |
| Jazmin Camchong | Neurobehavioral Research Inc. | cerebellum volume |
| Adam Carle | University of North Florida | Item response theory |
| Aaron Carman | Alzheimer's Drug Discovery Foundation | ADDF, Prevention, Drug Discovery |
| Jeremy Carmasin | Massachusetts General Hospital | PIB FDG AD MCI |
| Owen Carmichael | UC Davis | cortical thickness |
| James Carpenter | London School of Hygiene & Tropical Medicine | missing data, multiple imputation |
| Janessa Carvalho | Brown University | Friday Harbor |
| Ramon Casanova | Wake Forest University School of Medicine | Machine Learning, Regularization |
| David Cash | University College London | familial Alzheimer's disease, volumetric MRI, cerebral atrophy |
| Pete Castelluccio | Eli Lilly and Company | alzheimer |
| Liam Cattell | Oxford University | Registration |
| Massimo Cella | GalxoSmithKline | diease progression model, biomarker, imaging, composite scale |
| Amogha Chadaga | National Brain Research Center, Manesar | Automatic Temporal lobe Atrophy detection for classification of AD |
| Mallar Chakravarty | Baycrest | imaging genetics |
| Gloria Chan | Baycrest Centre for Geriatric Care | cognition, anticholinergic drugs |
| emily Chang | CGMH | 0606emily |
| YT Chang | KCGMH | |
| Chiung-Chih Chang | Chang Gung Memorial Hospital | atrophy, |
| Linda Chao | UCSF | PIB, MCI, cognition |
| Liu chao | Beijing Normal University | Alzheimer's disease,PET,MCI |
| W. Art Chaovalitwongse | University of Washington | machine learning, classification, functional connectivity |
| Arnaud Charil | Biospective Inc. | MRI PET |
| Sambit Chatterjee | BITS Pilani, Hyderabad Campus | gwas, gpu, elastic map reduce, paralleization |
| Chang Che-Wei | National Taiwan University | MRI, age, Alzheimer |
| Ing-jou Chen | Chang Gung University | AV-45, PET, AD, PCA, SVM |
| Jake Chen | IUPUI | biomarker, bioinformatics |
| Shuzhong Chen | Shenzhen Institutes of Advanced Technology, Chinese Academy of Sciences | MRI |
| Kewei Chen | Banner Alzheimer Institute | PET SPM image-derived input function, |
| Heng Chen | University of Electronic Science and Technology of China | pattern recognition; cortical thickness |
| Laigao Chen | Pfizer Worldwide R&D | Amyloid PET |
| Jung-Tai Chen | Asian Institute of TeleSurgery (AITS) | Training exercise, FDG-PET |
| Ye Chen | University of Cincinnati | MR image classification, Scale invariant feature transform |
| Liang Chen | Imperial College London | machine learning |
| Chuangquan Chen | South China Agricultural University | denoising |
| Jian Chen | University of Maryland Baltimore County | tractography, visualization |
| Tuyue Chen | Arizona State University | hippocampal shape analysis |
| Gang Chen | Medical College of Wisconsin | fMRI, MRI |
| Yufen Chen | Northwestern University | PET, ASL |
| Rong Chen | Univ. of PA | ADNI, diagnostic models |
| Jean Chen | University of Toronto | fMRI, resting-state connectivity, dementia, stroke |
| lin cheng | Trinity College | MRI |
| Xi Cheng | Johns Hopkins Medical Campus | algorithm development |
| BO CHENG | UNC at Chapel Hill | multi-modal |
| Joy-Loi Chepkoech | University of Oslo | Cognition, research assistant |
| Howard Chertkow | Lady Davis Institute for Medical Research | cortical thickness VBM MCI BA39 BA40 |
| Gloria Chiang | UCSF | DTI |
| Simon Chin | Iris BioTechnologies Inc. | optimize personalized and targeted Alzheimer's disease treatment |
| Andrea Chincarini | INFN | longitudinal studies, MCI, network, atrophy measurements |
| Christopher Ching | UCLA | Urgent request for access |
| Konstantinos Chiotis | Karolinska Institutet | AD, MCI, PIB, FDG, AV-45 |
| Sung-Sik Cho | Korea University | AD Diagnosis, Brain Connectivity, DBN |
| Yu Yong Choi | Gwangju Institute of Science and Technology | SNP, Cortical thickness, Korean, North American |
| Chia-Yi Chou | Graduate Institute of Environmental Management | voxel-based morphometry; networks. |
| Vincent Chouraki | Institut Pasteur de Lille | GWAS, amyloid-beta, alzheimer disease, endophenotype, biomarker |
| Jacqueline Christodoulou | Independant Researcher | alzheimer's disease |
| Andrea Ciarmiello | S. Andrea Hospital | MCI Ad |
| David Clark | University of Alabama at Birmingham | hippocampus, CASL, functional imaging |
| Sharlee Climer | Washington University in St. Louis | epistasis, genetic heterogeneity |
| David Clunie | PixelMed Publishing and RadPharm, Inc | DICOM compression |
| Christopher Coello | University of Oslo | PET, MRI, partial volume correction, white matter |
| Michael Coen | University of Wisconsin-Madison | Spatial statistics; neuroimaging; machine learning |
| Jeremy Cohen | Xavier University of Louisiana | insular cortex |
| Brendan Cohn-Sheehy | University of California, San Francisco | voxelwise, ROI, FDG, PET, MRI, AD, normal, amyloid |
| Alexandre Coimbra | Genentech | Morphology, Metabolism and Brain Function |
| Patricia Cole | Eli Lilly and Company | imaging biomarkers |
| Thomas Comery | Pfizer Inc | disease progression, biomarker, genotype, clinical trial design |
| David Compton | Palm Beach Atlantic University | Histology; MRI, PET; Gene; SNIP |
| Clare Bates Congdon | University of Southern Maine | data mining, common complex disease, multiple etiologies |
| Christopher Conley | University of California, Davis | GLM, classification |
| Peter Connelly | Scottish Dementia Clinical Research Network | vascular dementia, images, teaching |
| Joanne Conover | University of Connecticut | Aging, Alzheimer's disease, MRI, FLAIR-MRI |
| Sergi Costafreda Gonzalez | Institute of Psychiatry, King's College London | Hippocampus, Alzheimer's Disease, Shape analysis, Mild cogntive impairment. |
| Olivier Coubard | CNS-Fed | Neuropsychology, Aging, Eye movements, Vision |
| Elizabeth Coulson | The University of Queensland | mechanisms of neurodegneration |
| Pierrick Coupé | LaBRI | morphometry, hippocampus |
| Juan Blas Couto | Institute of Cognitive Neurology | Biparietal atrophy, atypical AD, apraxia |
| Keith S Cover | VU University Medical Center | ADNI Siena SienaX |
| Karen Crawford | UCLA Laboratory of Neuro Imaging | None |
| William Crum | Institute of Psychiatry / Kings College London | image registration, morphometry, atrophy |
| Gábor Csukly | Semmelweis University | mci, conversion |
| Jing Cui | Centre hospitalier universitaire vaudois | The Human Brain Project |
| Yue Cui | University of Newcastle | Alzheimer's disease diagnosis |
| sudha d | Easwari engineering College | support vector machine |
| Gina D'Angelo | Washington University | resting-state fMRI, time-series, functional connectivity |
| Long Da | Xidian University | Resting-state fMRI; functional connectivity; MCI/AD |
| kevin Dabbs | University of Wisconsin Madison | phantom software |
| Pankaj Daga | University College London | AD, Dementia, Image registration, mathematical modelling |
| Yakang Dai | University of North Carolina at Chapel Hill | brain extraction, tissue segmentation, brain labeling. |
| Lori Daiello | Brown University/Rhode Island Hospital | Alzheimer's Disease; medication; cerebral atrophy |
| Eveleen Darby | Baylor College of Medicine | Alzheimer Disease |
| Sune Darkner | University of Copenhagen | biomarkers, Registration, LDDMM, similarity measures, segmentation |
| Robert Darnell | Rockefeller University | RNA HITS-CLIP |
| Kalyan Das | University of Calcutta | categorical,miscategorization, missing ness, |
| SUDEB DAS | Indian Statistical Institute | MRI, classification, Neural Network, Fuzzy |
| Sandhitsu Das | University of Pennsylvania | hippocampus MCI |
| Christos Davatzikos | University of Pennsylvania | classification, MCI, conversion to AD |
| Bhaskaran DavidPrakash | National University of Singapore | Data Mining |
| Melissa Davis | University of California, San Diego | MRINCLUSIO MRI Core Image Quality Assurance Data |
| Michael Dayan | Santa Lucia Fondazione | PET, MRI, processing, training |
| Marleen de Bruijne | Erasmus Medical Center | image analysis |
| Giancarlo De Ferrari | Universidad Andres Bello | GWAS, Pathway analysis |
| Robert De La Cruz | UCLA | testing |
| Christine Paula De Los Angeles | Northwestern University Feinberg School of Medicine | resting-state, olfaction |
| Charles DeCarli | University of California at Davis | MRI, cerebrovascular disease |
| Summer Decker | University of South Florida Morsani College of Medicine | morphometrics |
| Hossein Dehghan | Shahrood University of Technology | genetic algorithms, neural network |
| Vincent DeOrchis | Albert Einstein College of Medicine | Clinical predictors of cingulate morphometry in AD |
| Delphine Dépy Carron | Calliopae MSC | cognition cognitive decline |
| Rahul Desikan | Martinos Center for Biomedical Imaging | MCI, MRI, morphometry |
| Benoit Desjardins | Ecole Normale Supérieure | Statistics |
| Sonia Detillieux | University of British Columbia | resident education |
| Leyla deToledo-Morrell | Rush University Medical Center | entorhinal cortex, parahippocampal white matter, perforant path, memory |
| Davangere Devanand | Columbia University | MCI conversion to AD, predictors, verbal memory, function, MRI, PET |
| Viswanath Devanarayan | Abbott Labs | biomarkers, disease prognosis, disease progression, multivariate analysis |
| Deidre Devier | LSUHSC | white matter hyperintensities |
| Sowmya Devulapalli | Christian Medical College | Alzheimer Disease MR |
| Xin Di | University of medicine and dentistry of new jersey | connectivity, pet |
| Jianing Di | Janssen Alzheimer Immunotherapy R&D, LLC | statistical property, modeling, disease progression |
| Eleftherios P. Diamandis | Mount Sinai Hospital, University of Toronto | Alzheimer's disease, proteomics, mass spectrometry |
| Julia Diaz | Knowledge Engineering Institute - Instituto de Ingeniería del Conocimiento (IIC) | Bioinference, Machine Learning, Data Mining, Biotechnology |
| Lara Diaz de Grenu | University of Cambrige | Alzheimer's disease, VBM, SPM, FSL |
| Ramon Diaz-Arrastia | University of Texas Southwestern Medical Center | homocysteine; inflammatory biomarkers; congnitive deficits |
| Julie DiCarlo | Spire Sciences | semi-quantitative scoring, imaging, volumetric change |
| Stefano Diciotti | University of Florence | Feature extraction, machine learning, pattern recognition |
| Bradford Dickerson | Massachusetts General Hospital | MRI, PET, cortical thickness, MCI, AD |
| David Alexander Dickie | The University of Edinburgh | Normality Brain pathology Computer-assisted image interpretation Reproducibility |
| Philip Dickinson | McGill University | resting state, connectome wide association |
| Erin Dienes | University of California Davis | biomarker, information theory, comparing biomarkers, feasibility study |
| Vanderson Dill | Pontificia Universidade Católica do Rio Grande do Sul | hippocampus segmentation |
| Mingzhou Ding | University of Florida | resting-state |
| Jimin Ding | Washington University in st.louis | early detection,cognitive tests, fMRI, CSF markers, multimodality data analysis |
| Xiaobo Ding | University of Washington | combining biomarkers, group feature selection, nonparametric, statistics |
| Ivo Dinov | UCLA | Alzheimer's disease, statistics, shape |
| Howard Dobson | University of Guelph/CanCog Technologies | 18-FDG PET, dog, animal model |
| Hiroko Dodge | Oregon Health & Science University | MRI volumetric changes |
| Bess-Carolina Dolmo | UC Davis | cortical thickness; Alzheimers Disease |
| Baswaraj Donagapure | JNTUH, Hyderabad | Level Sets, Diffusion Map |
| Wen Dong | Yanshan University | brain network,brain anatomical connectivity,diffusion MRI |
| Michael Donohue | UC San Diego | ADCS |
| Vincent Dore | CSIRO | MR Segmentation, cortical thickness estimation, longitudinal study,PET-MR image |
| Ernest Dorflinger | Roche | CSD Abeta |
| Maritza Dowling | University of Wisconsin-Madison | Support Vector Machine, Clinical trials, Sample Size, Power |
| Orla Doyle | Institute of Psychiatry | machine learning, ordinal regression, prediction of transition |
| Emily Drabant | 23andMe | alzheimer's, whole genome sequence |
| Erin Drake | Brigham and Women's Hospital/Harvard Medical School | Data and Publications Committee |
| Laurence Dricot | Université catholique de Louvain (UCL) | cortical thickness, volumetry, MCI |
| Vinod DS | Sri Jayachamarajendra College of Engineering, Mysore, India | Medical image analysis, clustering, graph theoretical approaches |
| Simon Duchesne | Université Laval | Morphometry, MRI, multidimensional analysis |
| Kevin Duff | University of Iowa | practice effects, repeated cognitive testing |
| Paul Dufort | University Health Network | resting state fMRI, prediction, dynamics, classification |
| Jürgen Dukart | Max Planck Institute for Human Cognitive and Brain Sciences | MRI FDG-PET dementia multivariate evaluation |
| Sebastijan Dumančić | University of Zagreb | fMRI, machine learning, automated diagnostics |
| Tarn Duong | University of Paris 6 | Data mining, multivariate analysis, supervised learning |
| Marc Dupuis | Imperial College London | Automatic quality assessment, Alzheimer's, MR imaging |
| Timothy Durazzo | University of California, San Francisco | neuroimaging, amyloid, longitudinal |
| Sridhar duvvuri | Pfizer | Disease progression, nonlinear mixed models, clinical trial simulations |
| Steven Edland | UCSD | Longitudinal, Sample Size, Power Calculations |
| Lærke Egefjord | Aarhus University | Alzheimer's disease, liraglutide, PIB-PET, FDG-PET |
| Mohamed El-Rashidy | Faculty of Electronic Engineering,Menofiya University | Alzheimer, Feature selection, Classification, and Meta-huristic |
| Xabier Elcoroaristizabal | UPV/EHU | Alzheimer |
| Tesfai Emahazion | AstraZeneca PLC | GWAS, imputed analysis, segmentation analysis |
| Hulya Emir-Farinas | EMC | MRI, Hadoop, Feature Extraction |
| Noam Epstein | University of Illinois at Chicago | Pharmacoepidemiology |
| Larry Ereshefsky | PAREXEL International | Abeta tau amyloid CSF |
| Nilufer Ertekin-Taner | Mayo Clinic | Alzheimer's disease, MAPT, association, haplotype, GWAS |
| Simon Eskildsen | Aalborg University | cortical thickness, brain mapping, segmentation |
| Mario Esposito | Università di Genova | MRI, Image analysis, Alzheimer’s disease, Medial Temporal Lobe, Hippocampus |
| Farkad Ezzet | Aycer Pharma Consulting | R package, multi-state model, imaging covariates, study design, Power |
| faranak fallah | Hotel Dieu Hospital | 18F-FDG PET,Alzheimer’s Disease (AD),Amnestic Mild Cognitive Impairment (aMCI) |
| Yong Fan | Institute of Automation, Chinese Academy of Sciences | pattern classification, neuroimage analysis |
| ZHEN FAN | Imperial College London | PIB PK FDG |
| Zheng Fang | information and communication institution | classification and prediction |
| Seyedehrezvan Farahibozorg | Amirkabir University of Technology | age estimation, brain MRI, fractal dimension, chaotic neural network |
| zeinab farahmandpoor | bu-ali sina | alzheimer, image segmentation |
| Norman Farb | Baycrest | Frontotemporal dementia; grey matter; diagnosis |
| David Fardo | University of Kentucky | Pathway-wide association, AD |
| saima farhan | Lahore college for women university | brain imaging, DNA structure, Alzheimer disease, pattern recognition |
| Sarah Farias | University of California, Davis | dementia, cognition, imaging |
| Michael Farnum | J&J PRD | biomarkers pharmaceuticals |
| Lindsay Farrer | Boston University School of Medecine | gwas alzheimers meta-analysis adgc |
| Noel Faux | Mental Health Research Institute (MHRI) | AIBL, Rules Based Medicine Discovery MAP 1, plasma |
| Anne Favan-Niven | Washington University in St. Louis | Preclinical, Alzheimer's Disease, Biomarker Panel, YKL-40, VILIP-1 |
| stefania favilla | University of Modena & Reggio Emilia | multi-way dataset |
| Amir Fazlollahi | CSIRO | ASL Perfusion |
| Sheng Feng | Biogenidec | Statistics, pre-processing, variations |
| Christine Fennema-Notestine | UCSD | MRI, thickness, morphometry, shape analysis, PET |
| Aasa Feragen | Max Planck Institute for Intelligent Systems, Tübingen, Germany | Brain connectivity, diffusion MRI, graph kernels |
| Sohrab Ferdowsi | University of Geneva | Image Processing, Statistical Classification |
| Michel Fernandes | FEI University | Alzheimer Disease Cognitive Impairment Pattern |
| Elsa Fernandez | University of the Basque Country | VBM, TBM, SPM |
| Ricardo Ferrari | Federal University of São Carlos | image denoising |
| Eugene Ferrer | PET Imaging of Houston | ADNI-GO |
| Bob Fetterman | WorldCare Clinical, LLC | Radiologist, Training, Testing |
| Michal Figurski | University of Pennsylvannia | UPenn, Leslie Shaw |
| howard fillit | alzheimer's drug discovery foundation and the mount sinai school of medicine | beta-amyloid, tau, csf |
| Elizabeth Finger | University of Western Ontario | NPI, MRI, PET |
| Jean-Baptiste Fiot | Universite Paris Dauphine | Lesion, Segmentation, Classification |
| david fleet | data magik ltd | sample size power analysis |
| Derek Flenniken | UCSF & VA Medical Center, San Francisco | CIND |
| Wiesje Flier, van der | VU Medical University | Alzheimer's disease, SORL1 gene, SNPs, APOE |
| Niels Focke | University of Goettingen | VBM validation |
| Alan Forsythe | UCLA | Partition trees, time to event, modified Gehan weights, validation |
| Juan Fortea | Hospital de la Santa Creu i Sant Pau | Preclinical Alzheimer, Neuronal Networks, Amyloid, Biomarkers, MRI |
| Anne Fox | Amherst College | open access |
| Anne Fox | BWH | Data, Download |
| Edit Franko | University of Caen | hippocampus, parahippocampal cortex, volume |
| Blaise Frederick | McLean Hospital/Harvard Medical School | resting state, perfusion, |
| Rodolpho Freire | University of São Paulo | Alzheimer, Fuzzy Logic, CDSS, MLDA |
| Christoph M. Friedrich | University of Applied Science and Arts Dortmund | SNP subset selection |
| Giovanni Frisoni | IRCCS San Giovanni di Dio FBF - The National Center for Research and Care of Alz | ADNI EADNI |
| Jonathan Fry | The Pennsylvania State University | MRI CT Feature Selection, Data mining, machine learning |
| Terence Fullerton | Pfizer Global Research and Development | cognition, clinical endpoints, variability |
| Michael Gach | University of Pittsburgh | PET/MR, Attenuation Correction, Co-registration |
| Yaniv Gal | University of Queensland | Brain tumour, MRI, PET |
| Sally Galbraith | The University of New South Wales | biostatistics, longitudinal data |
| Ekaterina Galkina | UMass Lowell | Air pollution Alzheimer disease |
| Anthony Gamst | University of California, San Diego | longitudinal data analysis, quasi-likelihood, informatics |
| KE GAN | Sichuan University | cortical thickness measurement; brain; MRI; brain morphology; Alzheimer's Diseas |
| Habib Ganjgahi | Warwick University | ICA, Network analysis |
| Reema Ganotra | Banasthali University | Alzheimer disease, hippocampus, neurofibrillary tangles, amyloid plaques, MRI, d |
| Sujuan Gao | Indiana University School of Medicine | longitudinal data analysis, biomarkers |
| Xiaoting Gao | Janssen R&D | Biomarkers clinical trials |
| Gracian Garcia | CIBERSAM | morphometry |
| Gaurav Garg | University of Ulster | Modeling, EEG, fMRI, Alzheimer's, AD |
| Valentina Garibotto | Geneva University Hospitals | FDG PET, tau, Ab42, CSF |
| Eduardo Garza-Villarreal | Universidad Autonoma de Nuevo Leon | diabetes, mild cognitive impairment, genetic, cortical thickness |
| Christian Gaser | University of Jena | classification, MCI, prediction, MRI |
| Christian Gaser | University of Jena | classification |
| Wagner Gattaz | Laboratory of Neuroscience - LIM-27 | genetic, biomarkers, cognition |
| Malo Gaubert | INSERM | Alzheimer’s disease, MCI, presymptomatic, MRI, PET,neuropsychology, longitudinal |
| Amanda Gaudreau | Boston University | algorithm development, registration, feature detection |
| Serge Gauthier | McGill University | Imaging, Alzheimer's Disease, Brain Connectivity |
| Giovana Gavidia | CIMNE | Biomedical processing, svm, biomarker |
| Gianluca Gemme | Istituto Nazionale di Fisica Nucleare | Hippocampus, Segmentation, Atrophy |
| Sila Genc | The University of Melbourne | DTI |
| Adam Gerstenecker | University of Louisville | MCI, Alzheimer's disease, conversion |
| Laura Geukens | KULeuven | Analysis longitudinal changes |
| mojgan ghodrati | Islamic Azad University, Science and Research branch | brain atrophy,atrophy measurement,alzheimer's disease |
| Debashis Ghosh | Penn State University | multivariate methods, multiple testing |
| Satrajit Ghosh | MIT | structural, functional, markers |
| Ronald Gieschke | Roche | Mathematical Model Alzheimer's disease Abeta |
| Ryan Gill | University of Louisville | data mining, change point analysis |
| Juan D. Gispert | Fundació Pasqual Maragall | Partial Volume Correction, |
| Darren Gitelman | Northwestern University | VBM, covariance |
| Xenia Gkontra | CERTH | hippocampus |
| Carey Gleason | University of Wisconsin | Intraindividual variability, cognition |
| Enrico Glerean | Aalto University | graph theory, fMRI, networks |
| M Maria Glymour | Harvard School of Public Health | Friday Harbor, psychometrics |
| Michael Godbey | University of Louisville | longitudinal model, change points |
| Oliver Godefroy | AMiens University hospital | executive controls; brain behavior relationship |
| Suril Gohel | NJIT | AD, HC, fMRI, ICA |
| Brian Gold | University of Kentucy | DTI, volume |
| Jennifer Goldman | Rush University | normal controls, cognition, brain atrophy, Alzheimer's disease, Parkinson's dise |
| Jesus Gomar | The Feinstein Institute for Medical Research | VBM, Genetic polymorphism |
| Carlos Gomes | Cornell University | memory, cognitive impairment, markers of impairment, clinical tests, MCI, AD |
| Mehmet Gönen | Aalto University | multiple kernel learning |
| Joaquin Goni | Indiana University | complexity, neurodegeneration |
| Alejandra Gonzalez-Beltran | University College London | semantic image annotation, data integration, data linking |
| James Goodman | Pfizer | modeling |
| Vanathi Gopalakrishnan | University of Pittsburgh | machine learning, pre-extracted image markers, deidentified data |
| Juan Manuel Gorriz | University of Granada | Image processing, Random forest |
| Robert Gotwals | North Carolina School of Science and Math | computational neuroscience; Alzheimers; computational methods |
| JIanwei Gou | Nanjing Medical University | Simulation |
| Dr.Suresh GR | EASWARI ENGINEERING COLLEGE | Brain tumor, Alzeimer disease |
| Wojciech Gradkowski | Warsaw University of Technology | machine learning, classification |
| John Graf | GE Global Research | kinetic system risk model PBPK BioDMET |
| Katherine Gray | Imperial College London | Alzheimer's disease; early diagnosis |
| Ruth Greenwood Mears | King's College London | Amyloid PET Alzheimer's |
| Keith Gregg | JANSSEN Alzheimer Immunotherapy Research & Development, LLC | statistics |
| Michael Greicius | Stanford University | genes, structure |
| Stuart Grieve | University of Sydney | DTI, resting state, conectivity, aging |
| Joshua Grill | UCLA | clinical trial, prevention, ADAS-cog, biomarker |
| Vince Grolmusz | Eotvos University | vertex connectivity, edge connectivity, network flows |
| Alden Gross | Harvard Medical School | cognition, neuropsychological, imaging |
| Håkon Grydeland | University of Oslo | Signal intensity, structural alterations, biomarkers |
| John Gu | Renascions Corporation | SNPs, haplotypes, linkage analysis, and Alzheimer Disease |
| Ricardo Guerrero | Imperial College London | Early Dementia, multi-modal imaging, biomarkers |
| Isabelle Guignot | Institut de Recherches Internationales Servier | AD, MMSE, ADAS-COG, conversion rate |
| Bryan Guillaume | Warwick University | longitudinal modeling |
| Frederic Guilloux | Universite Pierre et Marie Curie (Paris 6) | wavelet, statistics |
| Katia Guimaraes | Universidade Federal de Pernambuco / Federal University of Pernambuco | GWAS, SNP-SNP interaction, mutation, Alzheimer's |
| Nicolas Guizard | Montreal Neurological Institute | dbm registration lme |
| İbrahim Günaydın | Sabanci University | DEA,Data Envolopment Analysis |
| Zhiqiang Guo | Virginia Tech | DTI fmri |
| ting guo | Beijing Normal University | AD DTI |
| Dazhou Guo | University of South Carolina | MMSE correlation |
| Zhiqiang Guo | Wuhan University of Technology | NC,fMIR,DTI,MCI,AD |
| Genevieve Gurney | Washington University School of Medicine | BOLD Marcus |
| Jennifer Guyot | Oregon Institute of Technology | Digital Image Processing, MRI, Segmentaiton |
| Hákon Guðbjartsson | deCODE genetics | Database query tools WGS |
| Vanamala H. Rajanna | P.E.S.Institute of Technology | Alzheimer's early detection techniques |
| Magali Haas | One Mind for Research | One Mind Case Study |
| Christian Habeck | Columbia Un | multivariate analysis, ROC curve, replication |
| Seokyung Hahn | Seoul National University College of Medicine | Demential Alzheimer prediction |
| Thaddeus Haight | UC Berkeley | path analysis; amyloid; FDG-PET; longitudinal study |
| chen hajaj | Bar-Ilan University | registration, segmentation |
| Ihab Hajjar | USC | sex-based, PET scan |
| Ann Hake | Indiana University | Alzheimer, amyloid, cognitive reserve |
| Anette Hall | University of Eastern Finland | Alzheimer’s disease, MCI, MRI, CSF, Computer-assisted diagnosis |
| Kyunsook Han | Inha University | DTI |
| Duke Han | Rush University Medical Center | Cognitive Aging |
| Brenda Hanna-Pladdy | Emory University School of Medicine | Cognition, FDG PET, Aging |
| yongfu hao | chinese academy of science | classification |
| jie hao | Xuzhou Medical College | Alzheimer's disease (AD); Mild cognitive impairment (MCI); 3D texture analysis |
| Peter Hardy | University of Kentucky | iron, T2, alzheimers, plaque |
| Danielle Harvey | University of California, Davis | biostatistics |
| Danielle Harvey | Unversity of California, Davis | biostatistics |
| Oktie Hassanzadeh | IBM | data analytics research |
| Tamás Hauer | Prodema | Cortical thickness, brain extraction, visualization |
| Simon Hawe | Technische Universität München | Image processing |
| Toshihiro Hayashi | University of Tokyo | MRI, psychology, biomarker |
| Huiguang He | Institute of Automation, Chinese Academy of Scicences | fMRI, DTI, Medical Image Processing |
| Yong He | Beijing Normal University | cortical thickness, connectivity, network analysis, biomarker |
| Denise Head | Washington University in St. Louis | BDNF, APOE, Exercise, Alzheimer's Diseases |
| Rolf Heckemann | Imperial College London | anatomical segmentation, morphometry, volumetry, |
| Niels Heegaard | Statens Serum Institut | Biomarkers, proteomics, peptidomics |
| seyed mohsen heidarieh | sharif university | graph based registration |
| Judith Heidebrink | University of Michigan | Alzheimer disease |
| Peter Hellyer | Imperial College London | Voxel-based Morphometry, ageing, Traumatic brain injury, |
| Victor Henderson | Stanford | cognition, apoliprotein E |
| Suzanne Hendrix | Pentara Corporation | ADAS-cog sensitivity |
| Karl Herholz | University of Manchester | Alzheimer's disease, Mild cognitive impairment, 18F-FDG-PET |
| Charlotte Herzmann | University of Western Ontario | parcellation; functional parcellation; anatomical parcelattion; MRI; fMRI; DTI |
| Christopher Hess | UCSF | neuroradiology, neurodegenerative, diffusion |
| Sophie Hill | University of Bristol | VBM, DBS |
| Akihiro Hisaka | The University of Tokyo Hospital | modeling and simulation, disease model, population model |
| Jeremy Hobart | Peninsula College of Medicine and Dentistry | Rating scales, psychometrics, reliability, validity, Rasch analysis |
| John Hoffman | University of Utah | FDG-PET, SPM group analysis |
| Daniel Holder | Merck Research Laboratories | Biomarkers |
| Robin Holmes | University Hospitals Bristol | Machine learning, VBM |
| Andrew Holz | Radiological Associates of Sacramento | FDG PET Brain |
| Quan Hong | Bristol-Myers Squibb | Biomarkers, Alzheimer, Efficacy |
| Hyunseok Hong | Medifron-DBT | plasma, MCI, biomarker |
| Liang Hong | Taiyuan University of Technology | ADNI |
| Lee Honigberg | Genentech | CSF pharmacodynamics |
| frank hoogenraad | Philips Healthcare | neuro degenerative quantitative overview |
| Pascal Hot | université de Savoie / Lab psychology and neurocognition (UMR5105) | emotion, Amygdala |
| Erin Householder | Washington University School of Medicine | : As the coordinator for the ADNI NPC I will be responsible for collecting ADNI |
| Newton Howard | Biological Coprocessors | Alzheimer |
| Ing-Tsung Hsiao | Chang Gung University | Feature Extraction; Early Diagnosis |
| Ging-Yuek Hsiung | University of British Columbia | Amyloid Deposition, Visual Impairment |
| TunWei Hsu | Yang Ming Unversity | Graph Theory |
| Chyi-Hung Hsu | Janssen Pharmaceutical Companies | CDR IRT |
| Ailing Hsu | National Yang Ming Universuty | SVM |
| Xiaochen Hu | University Hospital Bonn | VBM |
| Xiaolan Hu | Bristol-Myers Squibb | data request |
| Chenhui Hu | Harvard University | brain network structure |
| William Hu | Emory University | Biomarkers, plasma, RBM |
| Lingjing Hu | Capital Medical University | Texture analyze, VBM |
| Chao Huang | UNC | multiscale adaptive regression model shape analysis |
| Xudong Huang | Massachusetts General Hospital | ICA, Biomarker, Alzheimer, MRI, PET |
| Juebin Huang | University of Mississippi Medical Center | MCI, AD |
| Yifan Huang | Pfizer | design |
| Albert Huang | UBC | brain |
| shuai huang | University of South Florida | Neuroimage, brain connectivity |
| Chun-Jung Huang | UC Davis | c |
| Lei Huang | Shanghai Jiao Tong University | Alzheimer disease; classification; SVM; Adaboost; |
| Matthew Huentelman | Translational Genomics Research Institute | genomics |
| Hans-Jürgen Huppertz | Swiss Epilepsy Centre | MRI postprocessing, voxel-based volumetry, probabilistic brain atlas |
| Stephen Hurt | Weill Medical College of Cornell University | CDR |
| Maqbool Hussain | Kyung Hee University | CDSS, Healthcare System Integration |
| Nathan Hutcheson | University of Alabama at Birmingham | MRI, PET, Supervised Machine Learning, classification, psychosis |
| Chloe Hutton | Siemens Healthcare | PET CT MR |
| Tae Hyun Hwang | University of Texas Southwestern Medical Center | data integration, image data, genomic data, clinical data, bioinformatics |
| Paul Hyslop | Arkley BioTek,LLC | Autoantibodies , Mild Cognitive Impairment Serum biomarkers |
| JungMoon Hyun | Graduate Center of City University of New York | Cognition, Gray matter |
| Emmanuel Ifeachor | University of Plymouth | Data analysis, Distributed Computing, Modeling, Image Processing |
| Juan Eugenio Iglesias | Massachusetts General Hospital, Harvard Medical School | hippocampal subfield, segmentation |
| Martina Iglesias | Universidad Polit�©cnica de Madrid | Alzheimer Dementia fmri |
| Yasuhiko Ikari | Institute of Biomedical Research and Innnovation | J-ADNI, PETQC, FDG, PiB |
| Tsuneya Ikezu | Boston University School of Medicine | Alzheimer's disease, Parkinson's disease, brain imaging |
| Vasiliki Ikonomidou | George Mason University | Virchow-Robin, white matter degeneration, brain atrophy |
| Mark Inlow | Rose-Hulman Institute of Technology | psychometrics longitudinal cognitive |
| Philip Insel | NCIRE | power, rates of change |
| Muhammad Naveed Iqbal Qureshi | Chosun University | Alzheimer's disease analysis |
| Michael Irizarry | GlaxoSmithKline | ADAS-cog |
| Kenji Ishii | Tokyo Metropolitan Institute of Gerontology | PIB FDG PET Japan-ADNI |
| Mitsutomi Ishiyama | University of Washington | PIB, Flobetapir, FDG-PET, image processing |
| Koichi Ishizu | Kyoto University | classification, computer assisted diagnosis |
| Md. Saiful Islam | Bangladesh University of Engineering and Technology | Biomedical Engineering |
| Kaori Ito | Pfizer Inc | disease progression |
| Yasser Iturria Medina | Cuban Neuroscience Center | MRI, DTI, PET, fMRI |
| Takeshi Iwatsubo | University of Tokyo | Japan, J-ADNI |
| Adam Jacks | UNC-Chapel Hill | communication disorders, Parkinson's disease, Alzheimer's disease, aphasia |
| Markus Jaeger | Abbott GmbH & Co KG | ADNI database, Alzheimer disease, Abbott |
| Philipp Jaeger | University of California San Diego | Systems Biology of Disease |
| Kourosh Jafari-Khouzani | Massachusetts General Hospital | FLAIR |
| Richard Jagger | University of Bolton UK | Cognitive assessment. Electophysiological |
| William Jagust | UC Berkeley | PET, ROI |
| Mohsen Jahani | Veteran Affairs | Database |
| Saurabh Jain | university of bourgogne | 123456 |
| Ho Jang | Gwangju Institute of Science and Technology(GIST) | Alzheimer's disease classification prediction |
| Eva Janousova | Masaryk University | multivariate analysis, classification, partial least squares |
| Hernan Jara | Boston University Medical Center | T2 Q-MRI |
| Natasha Jawa | Toronto Western Hospital | structural neuroimaging, biomarkers, volumetry |
| Jeeva JB | Vit University | Alzheimer's, fmri, diagnosis, image processing |
| Bruno Jedynak | Johns Hopkins University | time dependent continuous latent variable statistical model |
| Angela Jefferson | Boston University | Cognitive Performance, Aging |
| Kyle Jennette | University of South Florida Byrd Alzheimer's Disease Institute | Neuropsychology, risk genes, CLU, CR1, PICALM, |
| Jens Jensen | Medical University of South Carolina | MRI protocols |
| Zexuan Ji | Nanjing University of Science and Technology | segmentation, EM, VEM |
| Xiong Jiang | Georgetown University | MVPA, fMRI, ADAS, MMSE, behavior |
| Chunxiang Jiang | Shenzhen Institutes of Advanced Technology | fMRI DTI ASL |
| Shan Jiang | Institute of Medcal Sciences | alzheimer's disease and SNP |
| Yun Jiao | Medical School of Southeast University | data mining, prediction, genotype, phenotype |
| qin jiaolong | southeast university | networks connectome |
| Dr.G.Wiselin Jiji | Dr.Sivanthi Aditananr College of Engineering | Image Enhnacement, Segmenattion, Volume rendering |
| Daeyong Jin | Gwangju Institute of Science and technology | MRI scans |
| Yan Jin | University of California, Los Angeles | DTI |
| Sheng Jingwei | School of Physics | sparse |
| Sterling Johnson | University of Wisconsin | CSF volume, VBM, rates of atrophy |
| kent johnson | University of New South Wales | prediction |
| Jane Johnston | Neurotez Inc | Leptin, clinical trial, Alzheimer's |
| Richard Jones | Harvard Medical School | psychometrics |
| David Jones | Mayo Clinic | TF-fMRI |
| Shantanu Joshi | LONI UCLA | cortical distributions |
| Abhinay Joshi | Avid Radio-pharmaceuticals, Inc. | flrobetapir |
| ROHIT JOSHI | IIT Delhi | Alzheimer's Disease progression |
| Eric Jouvent | Univ Sorbonne Paris Cité | Cortex, cortical sulci, cognition |
| Freimut Juengling | University Hospital Berne and PET/CT Centre Northwest Switzerland | SPM, AAL, SSP, PVC |
| Younhyun Jung | The University of Sydney | Visualization |
| George Kagadis | University of Patras | image registration, segmentation, texture analysis, pattern recognition |
| Nick Kaludov | Gradient Biomodeling LLC | early AD profile, AD biomarkers |
| Hyeong Ryeol Kam | Korea University | ADNI |
| Vinicius Kamakura | Centro Universitario da FEI | AI, Alzheimer, Diagnosis, Computer Vision |
| angela Kamer | NYU College of Dentistry | peripheral inflammation, PIB, cognition |
| Benjamin Kandel | University of Pennsylvania | Linear regression; MCI; prediction |
| Tomoki Kaneko | shinshu university | visual rating system |
| Tomohiro Kaneta | Tohoku University | Amyloid PET |
| Ju Hee Kang | Inha University | A-beta42, tau, phospho-tau |
| Li-Jen Kao | Hwa Hsia Institute of Technology | data mining, outliers detection |
| Dimitrios Kapogiannis | National Institute on Aging | Source Based Morphometry; Independent Component Analysis; amyloid; tau; volume |
| Tatiana Karelina | Institute for Systems Biology SPb | systems biology, mathematical model |
| Elyse Katz | N/A | biomarkers, disease progression |
| ILYA KATZ | Florida Atlantic University | neural networks, diagnosis, machine learning |
| Sandeep S Kaushik | International Institute of Information Technology | Dementia, MRI analysis |
| John Kauwe | Washington University School of Medicine | cerebrospinal fluid, amyloid, tau |
| John Kauwe | Brigham Young University | mitochondrial copy number, Alzhiemer's disease, genetics |
| Atsushi Kawaguchi | Kurume University | Biostatistics |
| Edward Kaye | St. George's University | Dementia; Neuropsychiatric Inventory; neuroimaging; behaviors |
| Samaneh Kazemi | Robarts Research Institute | Alzheimer disease, Magnetic Resonance Imaging |
| Thomas Kelleher | Bristol-Myers Squibb Co | exploratory analyses, clinical trial endpoints |
| David Kennedy | University of Massachusetts Medical School | morphometry, typical development, aging |
| Richard Kennedy | University of Alabama-Birmingham | Neuroimaging, genetics, discordant cognitive function |
| Gerry Kenner | University of Utah | Alzheimer's markers basal forebrain |
| Geoffrey Kerchner | Stanford University | dementia, hippocampus |
| Daniel Kerr | Laboratory of Neuroscience - LIM-27 | genetic, biomarkers, cognition |
| Nirmal Keshava | Charles Stark Draper Laboratory | fusion, signal processing, biomarker, stratification |
| Andre Khalil | University of Maine | White matter, image analysis, wavelet transform, multifractal |
| Tapan Khan | BRNI | Biomarkers |
| Wasim Khan | King's College London, Institute of Psychiatry | AD, MCI, MRI, CSF |
| Ali Khazaee | Babol University of Technology | resting-state fmri |
| Zakaria Khondker | University of North Carolina at Chapel Hill | SNP, MRI, model |
| Mizanur Khondoker | King's College London | Machine Learning, Statististical Genetics, Imaging QTL |
| Steven Kiddle | King's College London | Biomarkers |
| Takeshi Kihara | Kyoto University | amyloid beta, nicotinic receptor, neuroprotection |
| Neil Killeen | University of Melbourne | data management |
| Ron Killiany | Boston University School of Medicine | regions of interest, neocortex, hippocampus, entorhinal cortex |
| Ana Kim | Washington University in St. Louis | BDNF, APOE, Exercise, Alzheimer's Diseases |
| Jong Hun Kim | Samsung medical center | GWAS, biomarker, prediction |
| HEISOOG KIM | Samsung Electronics Co., LTD | AD, segmentation |
| Ki Woong Kim | Seoul National University Bundang Hospital (SNUBH) | Brain atlas, Korean elderly, T1 template, Alzheimer's disease. White matter lesi |
| shinhyuk kim | Gwangju Institute of Science and Technology | GWAS, ADNI |
| Seong Yoon Kim | Asan Medical Center | MCI, Cortical thickness, US vs. Korean |
| Jeonghun Kim | Korea University | neuroimage |
| Daniel Kimberg | University of Pennsylvania | database, structural mri |
| Kevin King | University of Texas Southwestern Medical Center | cardiovascular brain aging community population |
| Lisle Kingery | CogState | neuropsychology |
| Gregory Klein | Synarc, Inc | amyloid, SUVR, ROI |
| Michael Klimas | Merck | segmentation, patterns, MRI, PET |
| Richard Kline | NYU Langone School of Medicine | surgery, POCD, cortex, MRI |
| Mitchel Kling | University of Pennsylvania School of Medicine | Stress, depression, disease biomarkers, disease progression biomarkers |
| Loren Koenig | NYU School of Medicine | cerebral metabolic rate, glucose metabolism, amyloid-beta pathology |
| Juha Koikkalainen | VTT Technical Research Centre of Finland | spatial normalization |
| Xiangnan Kong | University of Illinois at Chicago | Brain Networks, Brain Connectivity, fMRI |
| Jeremy Koppel | The Feinstein Institute for Medical Research | behavioral disturbance, cognitive impairment |
| Igor Korolev | Michigan State University | ad, mci, pet, mri |
| Valeriy Korostyshevskiy | Georgetown University | APOE, alzheimer's, regression |
| Rao Mallik Kotamarti | American Bioinformatics Solutions | Markov model, alignment free, alzheimer's |
| Adam Kovacs | Tulane University | PLS regression |
| Tillmann Krahnke | Novartis Pharma AG | Planning |
| Matt Kraybill | San Francisco VA Medical Center | Neuropsychology |
| Amy Kuceyeski | Weill Cornell Medical College | computational analysis, brain connectivity network, prediction of AD progression |
| Donald Kuhl | Lawson Research Institute | ADNI-GO |
| Vipin Kumar | University of Minnesota | Data Mining |
| Palani kumar | anna university | clinical diagnosis, decision support |
| Julie Kuo | UC Davis | epidemiology, learning effects, aging, elderly, Alzheimer's |
| Hiroki Kurashige | Advanced Telecommunications Research Institute International | canonical correlation anlysis (CCA), kernel CCA, Bayesian CCA, Sparse CCA |
| Ryozo Kuwano | Brain research Institute | imaging genetics, CSF biomarkers |
| Roland Kwitt | Kitware Inc. | Atlas Building |
| Sunghyon Kyeong | National Institute for Mathematical Sciences | human connectome, network analysis |
| Christina Rose Kyrtsos | University of Maryland | Alzheimer's disease, systems biology, mathematical model, cholesterol |
| catherine labrish | york university | conversion to MCI, latent class analysis |
| Anita Lakatos | University of California, Irvine | genome, mitochondria, PET images |
| Shing Chun Benny Lam | University of Pennsylvania | Registration, segmentation, machine learning |
| Susan Landau | UC Berkeley | PET FDG ROI |
| barton lane | Veterans Affairs Palo Alto HCS | MRI, stroke |
| Jessica Langbaum | Banner ALzheimer's Insitute | FDG PET |
| Carolyn Langen | Erasmus Medical Center | fMRI, dwi, dti, integrated analysis |
| Vivian Lanius | Bayer Schering Pharma AG | MCI, progression to AD-type dementia, clinical study |
| Shirley Lasch | Institute for Neurodegenerative Disorders (IND) | data access, data sets, data format |
| Hiuyan Lau | NYU Langone Medical Center | cognitive detection, biomarkers, cognitive assessment |
| prinza lazer | st.xavier's catholic college of engineering,chunkankadai | alzheimer disease |
| Christopher Leatherday | Curtin University | Alzheimer's, Hippocampal Mask, Statistical Parametric Mapping, FDG-PET, MRI |
| Alexander Lebedev | Stavanger University Hospital | Alzheimer's disease, computer-assisted diagnosis, multivariate data analysis |
| Antoine Leblond | University of Montreal | Computer Aided Diagnosis, PET |
| Betty Lee | UCLA | data |
| Su-In Lee | University of Washington | computational biology; gwas; machine learning |
| Jung-sun Lee | Asan Medical Center | VBM, TBSS, white matter, gray matter, Apo E4 |
| Dongyoung Lee | Seoul National University Hospital | Amyloid, APOE e4, cerebral glucose metabolism, brain network |
| Wook Lee | School of Computer Science and Engineering, Inha University | TBSS, tractography, DTI, AD |
| Dongyoung Lee | Seoul National University Hospital | Amyloid, APOE e4, cerebral glucose metabolism, brain network |
| Sei Lee | UCSF/SFVA | Hidden Markov Models, prediction |
| seonjoo lee | The Henry M. Jackson Foundation | longitudinal data analysis |
| Sarah Legal | Centre Hospitalier Universitaire de Nancy | Alzheimer, score, treatment efficacy |
| Benoit Lehallier | Roche | Multivariate analysis; Proteomic; Genetic; Neuroimaging; public/private partner |
| Hongxing Lei | Beijing Institute of Genomics, Chinese Academy of Sciences | diagnosis |
| Herve Lemaitre | NIMH/NIH | Aging, neuroanatomy, MRI |
| Ute Leonards | University of Bristol | VBM, neuropsychology, MRI |
| Josiah Leong | University of California, San Francisco | freesurfer, hippocampal subfield, MRI, AVLT, memory |
| Jeannie-Marie Leoutsakos | Johns Hopkins School of Medicine | simulation, power analysis, mixed effects model |
| Natasha Lepore | USC / Children's Hospital Los Angeles | multivariate tensor-based morphometry, hippocampus, longitudinal |
| Alan Lerner | Case Western reserve University | hippocampus, apo e, AD |
| Xavier leroy | Actelion Pharm,aceuticals Ltd | cytokine inflmmation microglia resolution efferocytosis |
| Giulia Lestini | "Sapienza" University of Rome | statistics |
| Yuk Yee Leung | UPENN | biomarker study |
| Kelvin Leung | UCL | brain atrophy measurement |
| Allan Levey | Emory University | prediction, diagnosis |
| Marcel Levy Nogueira | Paris 5/6 Universities | Alzheimer, amyloid, senile plaque, mechanical constraints |
| Hongquan Li | Shanghai Jiao Tong University | brain connectivity, learning, classification, AD |
| Yanming Li | University of Michigan | multivariate regression, LASSO, image analysis, sparse signal recovery, GWAS |
| Lin Li | Nanjing Medical University | aging AD |
| quanzheng li | Massachusetts General Hospital, Harvard Medical School | PET parametric imaging, network analysis |
| david li | Pfizer | global CDR |
| Dennis Li | University of Texas School of Public Health | ADAS-cog |
| Hui Li | Basic Medical Science College, Harbin Medical University | bioinformatic analysis, Alzheimer's disease, SNP |
| Ya-di Li | Lihuili hospital,Ninbo University | Alzheimer;Magnetic resonance imaging |
| Lexin Li | North Carolina State University | dimension reduction |
| Muwei Li | Sichuan University | AD classification |
| Yi Li | NYU school of medicine | FDG-PET PIB-PET MRI |
| Peipeng Liang | Xuanwu Hospital | DLPFC, MCI, AD |
| Kelvin Liang | Washington University in St. Louis | CSF, biomarkers, neuroanatomical changes, lifestyle, APOE4 |
| Shu Liao | The University of North Carolina at Chapel Hill | longitudinal study; Image registration |
| Weiqi LIAO | Shenzhen Institute of Advanced Technology, Chinese Academy of Science | Biostatistics, Epidemiology, Public Health, AD, Life style, Quality of Life, MRI |
| Chyn Liaw | National Chiao Tung University | Machine learning |
| Giulia Liberati | Institute for Medical Psychology | template normalization |
| Patrick Lilley | Emerald Logic, Inc. | www.emeraldlogic.com |
| Jae-Sung Lim | Seoul National University Boramae Hospital | hippocampal atrophy, diffusion tensor imaging, frontal variant Alzheimer's |
| Dongdong Lin | Tulane University | Imaging genetics, Sparse CCA, fMRI, SNP |
| Xiaoman Lin | institute of biomedical engineering Shanghai University | Hippocampus |
| Yanguang Lin | University of Southern California | mixture model, kinetic model, dynamic PET/MR |
| Andreas Linninger | University of Illinois at Chicago | Cerebral Vasculature |
| Yi-Fan Liou | Bioinformatics and Systems Biology | svm, feature selection |
| Guodong Liu | Pennsylvania state university | AD joint latent class model |
| Tianming Liu | Univ. of Georgia | cortical thickness |
| Ye Liu | University of Southern California | PET MRI |
| Haipeng Liu | University of Illinois at Chicago | MRI; pattern classification; early detection |
| Manhua Liu | The University of North Carolina at Chapel Hill | Alzheimer's Disease; neuroimage analysis; classification |
| Tao Liu | School of Design, Communication and Information Technology | MRI;AD;cerebral |
| Yu-Ying Liu | Georgia Tech | disease progression modeling, continuous-time model |
| Xiuwen Liu | Florida State University | Computer Vision, Shape Analysis |
| Yang Liu | University of Pennsylvania | biomarker |
| Linda Liu | Stanford University School of Medicine | ApoE4, SNP-SNP interaction |
| Jia Liu | Ludwig-Maximilians-University | Posterior cortical atrophy, biomarkers, neuropsychology |
| Xin Liu | Institute of BIomedical engineering, Xi'an Jiaotong University, P.R.China | fMRI cognition Alzheimer Disease aging |
| Sidong Liu | University of Sydney | Image Analysis and Retrieval |
| Jundong Liu | Ohio University | AD, MCI, Shape, Subcoritcal, MRI |
| Yong Liu | Institute of Automation, Chinese Academy of Sciences | Brain network, Imaging biomarker |
| Mu-En Liu | Kaohsiung Veterans General Hospital | dementia, depression |
| Yingjun Liu | Southern Medical University | fMRI,AD |
| Dennis Liu | Hong Kong PolyU | machine learning, MRI data analysis |
| Yawu Liu | University of Eastern Finland | white mater hyperintense lesions, AD, MCI |
| JEROME LLIDO | INSERM | Magnetic resonance imaging, Alzheimer disease, Mild cognitive impairment |
| Raymond Lo | UC Berkeley | MCI, PET, predictors, |
| Iryna Lobach | New York University School of Medicine | gene-environment interactions, alzheimers disease |
| Victor Lobanov | Johnson & Johnson PRD | MCI to AD conversion |
| ziyi long | Dongzhimeng Hospital | MRI prognosis |
| Xiaojing Long | Virginia tech | longitudinal analysis, pathological regions, AD |
| Clarisse Longo dos Santos | CEA/neurospin | Tractography |
| Renaud Lopes | University Hospital of Lille (CHRU Lille) | resting state, fMRI, image processing |
| Clement Loy | The University of Sydney | Diagnostic accuracy, systematic review, meta-analysis |
| lucy lu | Johnsen&Johnson | biomarker |
| Po-Haong Lu | UCLA | Tensor-based morphometry, longitudinal changes, MCI, AD, normal aging |
| Yuefeng Lu | Eli Lilly and Co. | exploratory analysis, resting state fMRI |
| Ana Lukic | Predictek, Inc | predictive modeling |
| Sheng Luo | The University of Texas at Houston | Longitudinal data; item response theory; Bayesian; MCMC |
| Wanchun LUO | University of Washington | Alzheimer's Disease , diagnosis, cause |
| Lei Ma | Sanofi | Biomarker |
| Suk Ling Ma | The Chinese University of Hong Kong | Alzheimer's disease, genetics |
| Archana Machireddy | Indian Institute of Technology | Tensor MRI |
| Scott Mackin | University of California, San Francisco | depression, MRI, disability, cognition |
| Marius Mada | Wolfson Brain Imaging Centre | Protocols MRI |
| Sara Madeira | INESC-ID Lisbon | GWAS, SNPs, data mining, data integration |
| Tara Madhyastha | University of Washington | aging, functional connectivity |
| nobuhisa MAENO | Aichi Shukutoku University | amyloid imaging |
| Jeremy Magland | University of Pennsylvania | segmentation, registration |
| LINDA MAH | University of Toronto | anxiety, mild cognitive impairment, atrophy, white matter integrity |
| Mohammad Shahin Mahanta | University of Toronto | feature extraction, automated classification |
| Norihide Maikusa | National Center Hospital of Neurology and Psychiatry | j-adni |
| Somayeh Maleki | University of Tehran | fMRI,rfMRI,DTI, MCI,AD |
| Frode Maloy | University of Stavanger, Norway | Texture analysis |
| Charles Malpas | The University of Melbourne | CSF, biomarkers, cortical thickness |
| pravat mandal | NBRC | MRI MRS hippocampus |
| Andreas Mang | University of Luebeck | image computing, mathematical modelling, teaching in image processing |
| Jean-Francois Mangin | CEA | sulci morphometry |
| Ninad Mantri | ICON Medical Imaging | Brain volume analysis over repeated measures. |
| Amir Manzour | University of Georgia | epistasis entropy |
| Richard Margolin | Janssen Alzheimer Immunotherapy | ADNI-1, PIB |
| Pawel Markiewicz | University of Konstanz | PET, AD progression, statistical analysis |
| Gad Marshall | Brigham and Women's Hospital | PIB PET, FDG PET, APOE |
| Berta Marti Fuster | University of Barcelona | PET; FDG; MRI |
| Prabha Martin | SoftTeam solutions | Brain Extraction |
| José Manuel Martínez García | Universidad de Las Palmas de Gran Canaria | neural networks, neuropsychological test, MCI |
| Antonio Martinez Torteya | ITESM Campus Monterrey | image based biomarkers, genetic algorithms, quantitative imaging |
| Jean-Baptiste Martini | UPMC | alzheimer pet fdg roi |
| RENATO MARTINS | BOND UNIVERSITY | decision making; cognitive computing; neuroeconomics |
| Sheenum Marwaha | NBRC | alzheimer |
| Dino Massoglia | Ralph H Johnson VA Medical Center | headache, DTI, migraine |
| Frank Mastaglia | University of Western Australia | IBM, TOMM40-523, case-control study |
| Andre Mastmeyer | U Luebeck | mutli atlas multi organ segmentation |
| Mara Mather | University of Southern California | depression, prefrontal |
| Chester Mathis | University of Pittsburgh | PIB |
| Sofia Matoug | Laurentian University | Alzheimer's Disease segmentation classification pattern recognition |
| Dawn Matthews | Abiant, Inc. | HipMask, PET, Alzheimers, MCI, FTD |
| Paul Mattis | Feinstein Institute of Medical Research | FDG-PET, Covariance Network, Dementia, Neuropsychological |
| Niklas Mattsson | UCSF/VA Medical Center | Alzheimer |
| Stuart Maudsley | National Institute on Aging/National Institutes of Health | developing linear classifier |
| Anannya mazumder | Pune institute of computer technology | ADNI MRI database |
| Paul McCarthy | University of Otago | fmri, functional connectivity, aging, alzheimer's disease |
| Jonathan McConathy | Washington University School of Medicine | mass, hydrocephalus, hemorrhage |
| Carrie McDonald | University of California San Diego | structural MRI analysis; neuropsychological data |
| Linda McEvoy | University of California, San Diego | MRI, PET, morphometry, thickness, prediction |
| William McGeown | University of Hull | neuropsychology, structural MRI, predictors of decline, conversion, MCI |
| Scott McGinnis | Harvard Medical School | early-onset Alzheimer disease, late-onset Alzheimer disease |
| Anthony Randal McIntosh | Baycrest Centre | PLS, PLS method, genomics, cross-validation, permutation tests, reliability |
| Donald McLaren | Massachusetts General Hospital/Harvard Medical School | Aging, Genetics, Alzheimer's disease, Longitudinal |
| Corey McMillan | University of Pennsylvania | MRI, Prediction, Cross-Validation, MCI |
| Joseph McQuail | Wake Forest University | Biological parametric mapping, executive function |
| Shashwath Meda | Institute of Living/HH | ICA, GWAS |
| Lester Melie-Garcia | Cuban Neuroscience Center | morphological connectivity, graph theory, anatomical connectivity |
| Rebecca Melrose | VA Greater Los Angeles Healthcare System, West LA VA | cognitive aging |
| Weiwei Men | Shanghai Key Laboratory of MR | Control; Caucasian; Corpus callosum |
| Alexander Mendelson | UCL | PET,MRI, Classifiers, Embedding |
| Mario Mendez | UCLA | Azheimer's disease, dementia, magnetic resonance imaging |
| Julio Cesar Mendoza Bobadilla | Universidad Nacional de San Agustin | Alzheimer disease discrimination, k-gabor, feature extraction |
| Enrique Menendez | UCSF | ADNI, Administration |
| Jere Meredith | Bristol-Myers Squibb | CSF biomarkers |
| Mike Meyer | Brain and Spine Center | amyloid PET Alzheimer's |
| Carsten Meyer | Philips Research Laboratories | image processing |
| Adam Mezher | San Francisco Veteran's Hospital | ADNI |
| Oleg Michailovich | University of Waterloo | HARDI, compressed sensing, multimodal tractography |
| Guedj Mickael | Pharnext | genetic association studies methodology |
| Arthur Mikhno | Columbia University | Alzheimers, PET, diagnosis, MRI, voxel |
| Margit Mikula | King's College London | MRI white matter Alzheimer's disease |
| Michael Miller | Private biostatistical consultant: mfmillstat, Ltd. | biomarkers, CDR-SOB, multivariate discrimination, kernel |
| Colleen Millikin | University of Manitoba | delusions, Alzheimer's disease, MCI, NPI-Q, neuropsychological functioning |
| Meghan Mitchell | Bedford VA Medical Center | Friday Harbor |
| Effie Mitsis | Mount Sinai School of Medicine | PET, MRI, TBI, depression |
| Ali-Reza Mohammadi-Nejad | University of Tehran | MRI, AD, MCI |
| Muhammad Syafiq Mohd Pozi | Universiti Putra Malaysia | Machine learning |
| Prasenjit Mondal | Indian Institute of Technology Kharagpur | Alzheimer's disease, brain atlas |
| mohaddeseh montajabi | University of Tehran | Alzheimer, Connectivity Analysis, fMRI |
| Aram Montazami | Novatek International Medical Data Systems | Cognistat, Novatek, NMDS, Alzheimer, coginitive impairement |
| Won-Jin Moon | Konkuk University Medical Center, Konkuk University School of Medicine | Volumetry |
| Francesco C. Morabito | University Mediterranea of Reggio Calabria | EEG Biomarkers, PET, Complexity Measures |
| David Moratal | Center for Biomaterials and Tissue Engineering | voxel-based morphometry, volumetry, image analysis |
| Bruce Morimoto | Allon Therapeutics Inc | cognitive instruments, biomarkers, therapeutic intervention |
| Elizabeth Mormino | MGH | amyloid, preclinical AD, aging |
| Jeffrey Morris | The University of Texas MD Anderson Cancer Center | functional data analysis, imaging, wavelets, linear mixed models |
| Jill Morris | University of Kansas Medical Center | Diabetes, metabolic dysfunction |
| Randall Morrison | Janssen Research & Development | predictors progression MCI |
| Hassan Morsheddost | K. N. Toosi University of Tech | fMRI,Alzheimer Disease,HRF |
| Bénédicte Mortamet | CIBM - SIEMENS (leaded by Gunnar Krueger, PhD) | morphometry |
| Pablo Moscato | University of Newcastle | biomarker, combinatorial optimization |
| hasin mostafa | oran university | registration, atlas, MRI image, interpolation |
| Janaina Mourao-Miranda | University College London | machine learning, pattern recognition, classifier, regression |
| Susanne Mueller | University of California San Francisco | teaching, image processing |
| Kathyrne Mueller | Walden University | frontier analysis; data envelopment analysis |
| Shubhabrata Mukherjee | University of Washington, Seattle | item response theory, structural equation modeling, growth models |
| Emma Mulder | Image Analysis Center / VU University Medical Center | hippocampal atrophy, Freesurfer, fluid, nonlinear registration, manual outlining |
| Arnoldo Muller-Molina | simMachines | Similarity search, pattern recognition |
| Dan Mungas | University of California, Davis | psychometrics |
| Kamran Munir | University of the West of England | Exploration |
| Astrid Munk | Faculty of Medicine | Alzheimer's Disease, Early Prediction |
| David Munoz | University of Toronto | Glial tau, asymmetry, epigenetics |
| Miguel Ángel Muñoz-Ruiz | University of Eastern Finland | Alzheimer's disease, mild cognitive impairment |
| Shigeo Murayama | Tokyo Metropolitan Geriatric Hospital & Institute of Gerontology | dynamic neuropathology |
| Kelly Murphy | Duke University Medical Center | eMCI, florbetapir, amyloid |
| Matthew Murphy | University of Pittsburgh | mri |
| Finbarr Murray | Open University | MRI, AD, ADNI |
| Daniel Myall | New Zealand Brain Research Institute | PD, AD, MCI, MRI |
| Helene Nadeau | Dawson College | registration, group analysis |
| Robert Nagele | Univ. Medicine and Dentistry of New Jersey | biomarkers, MCI, diagnosis |
| Kunio Nakamura | McGill University | MRI; Image analysis |
| Manjari Narayan | Rice University | functional connectivity; fmri; statistical inference |
| Ponnada Narayana | UT Health Science Center Houston | freesurfer, cortical thickness |
| samira Nasrabadi | Alzahra university | Hippocampus,Alzheimer,MRI,PET,Brain |
| Pradeep Nathan | GlaxoSmithKline and University of Cambridge | BDNF, Aβ, amyloid, cognitive decline, hippocampal volume |
| Alexey Nefedov | University of Pennsylvania | CSF biomarkers |
| Daniel Nel | Stellenbosch Business School | Any data that can be used to do a statistical anay |
| Imola Nemeth | University of Manchester | prediction models, progress of AD |
| Andrew Nencka | Medical College of Wisconsin | MRI, T2 White Matter Hyperintensity, T1 White Matter Hypointensity |
| Guenther Ness | RNG Gross-Umstadt | Alzheimers disease MRI hippocampus |
| Jasmine Nettiksimmons | University of California - Davis | predict, cognitive decline |
| Scott Neu | UCLA | anatomical point landmark, automation, svd, seed points |
| Isaac Neuhaus | BMS | GWAS, |
| Andrew Newberg | Thomas Jefferson University | PET, amyloid |
| Yen-Bee Ng | Karolinska Institutet | Alzheimer disease |
| Hien Nguyen | University of Queensland | Plasma Biomarker, Clinical test, Plasma biomarkers |
| Thomas Nichols | University of Warwick | Statistical modelling; imaging genetics |
| Kristin Nicodemus | University of Oxford | genomewide, imaging, cognition |
| nudrat nida | university of engineering and technology lahore pakistan | tumor |
| Timothy Niecko | Janssen Alzheimer Immunotherapy Research & Development, LLC | “Alzheimer’s Disease” “conversion” “ADNI” |
| Casper Nielsen | University College London (UCL) | MRI, Boundary Shift Integral, segmentation, longitudinal analysis |
| Marc Niethammer | University of North Carolina at Chapel Hill | longitudinal registration, time-series analysis |
| Cor Ninaber | Leiden University | classification, statistics, machine learning, |
| Art Noda | Stanford University | ROC biomarkers |
| Agneta Nordberg | Karolinska institutet | florobetapir, pib, ad, mci ,controls |
| Sina Noshad | Tehran University of Medical Sciences | Classification and Regression trees, MCI, Alzheimer's disease, data mining |
| Rachel Nosheny | NCIRE | database organization |
| Patrizia Notaro | Unical | DTI, MRI, ALZHEIMER, |
| Keiji Notomi | MICRON Inc (Molecural Imaging CRO Network) | PET, Imaging Analysis, Tracer, AV-45 |
| Sau nye | Beijing Normal University | Alzheimer's disease |
| Sirimon O'Charoen | Thomson Reuters | Curate |
| James O'Donnell | University Hospitals Case Medical Center | computer-aided-diagnosis, nuclear medicine, hybrid imaging |
| Pankaj Oberoi | Meso Scale Discovery | Biomarker |
| Thomas Obisesan | Howard University Hospital | cardivascular disease, Alzheimer's disease |
| John Fredy Ochoa Gómez | Universidad de Antioquia | graphs theory, EEG, fMRI |
| Alfred Ochs | Virginia Institute of Neuropsychiatry | TBI, brain atrophy |
| Alfred L. Ochs | Virginia Institute for Neuropsychiatry | Brain Volume, Morphometric, FreeSurfer, NeuroQuant |
| Joonmi Oh | Synarc | Clinical trials |
| Naoya Oishi | Kyoto University Graduate School of Medicine | MRI, PET, Pattern Recognition, SVM |
| Ozioma Okonkwo | Brown Medical School | Cerebral atrophy, vascular burden, WMH, functional change, MCI |
| Marcel Olde Rikkert | Radboud University Medical Centre | Trajectories of disease, dementia, comorbidity |
| João Oliveira | Federal University of Pernambuco | Alzheimer´s disease, association studies, PRNP, Interleukins, GABA |
| Ailton Oliveira | UFABC | quantitative methods freesurfer |
| Salvador Olmos | Zaragoza University | morphometry, diffeomorphism |
| Rowena Ong | Medtronic, Inc. | Segmentation, algorithm validation |
| Grégory Operto | NeuroSpin CEA | Brainvisa Freesurfer |
| Michael Osadebey | Concordia University | PET, MRI, fMRI, SPECT |
| Michael Osadebey | Concordia University | NOISE VARIANCE, MEDICAL IMAGES, MRI |
| Juan D Ospina Arango | Université de Rennes 1 - INSERM 1099 | Gray matter evolution, voxel-wise analysis |
| fatih ozdemir | istanbul kultur universitesi | alzheimer disease |
| Volkan Özdemir | Bahcesehir University | A.D. |
| MUHAMMET ÜSAME ÖZİÇ | SELCUK UNIVERSITY | hendese |
| Aparna P | National Institute Of Technology Karnataka | analysis |
| Kusuma P | BMSCE | fmri, mri, eeg |
| Judy Pa | University of California, San Francisco | fMRI, dementia, mild cognitive impairment, aging |
| Alex Pagnozzi | CSIRO | brain imaging, image processing, machine vision |
| Vinay Pai | National Institutes of Health | data, access, MRI, snp |
| vivek pali | Rungta college of engineering and technology, bhilai, india | MRI database of brain |
| Zhifang Pan | department of computer science & engineering | AD MCI |
| Wei Pan | University of Minnesota | Association; Genetics; Imaging genetics; SNP; Sequencing. |
| Sarah Pan | University of Pennsylvania Perelman School of Medicine | Research Specialist, Dr. Shaw's Laboratory, ADNI GO, ADNI 2, data analyses |
| Heath Pardoe | Brain Research Institute | VBM, multi-site |
| LOVINGLY PARK | UC Davis Medical Center | Friday Harbor |
| jongheum park | korea university | A.D. IMAGE. BRAIN. T2* MIR. |
| Hyunjin Park | Sungkyunkwan University | registration, segmentation, shape features |
| Hyunjin Park | Gachon Univ of Medicine ans Science | registration atlas segmentation subcortical structure |
| J. Anthony Parker | Harvard | Teaching Amyloid PET |
| Sejal Patel | Centre of Addiction and Mental Health | SNP data |
| Yogen Patel | King's College London, Institute of Psychiatry | head circumfrance |
| Ross Paterson | University College London | csf |
| Ravindra Patil | IIT Madras | DWI,MRI |
| manasi patil | WCE Sangli | Diagnosis |
| Miguel Patrício | University of Coimbra, Faculty of Medicine | PET, MRI, AD, PIB, FDG |
| SMITHA PAVITHRAN | COLLEGE OF ENGINEERING | ALZHEIMERS STUDY IN IMAGE PROCESSING |
| Mikolaj Pawlak | Poznan University of Medical Sciences | Multiple Sclerosis, Alzheimer Disease |
| Pierre Payoux | University of Toulouse | MCI, Alzheimer, amyloid |
| Xavier Pennec | INRIA Sophia-Antipolis Mediterrannee | Non-linear registration, deformation-based morphometry, atrophy measurement |
| antonietta pepe | Tampere University of technology | shape analysis |
| Francisco Pereira | Siemens Corporate Research | machine learning funtional connectivity |
| Vincent Perlbarg | Université Pierre et Marie Curie Paris 06 | hippocampus, regions of interest, functional connectivity |
| Robert Perneczky | Technische Universität München | genetic imaging, CSF markers |
| Frederic Peters | Institut Universitaire de Geriatrie de Montreal | MCI, Dementia, Cortical volume, Regression |
| Mette Peters | Sage Bionetworks | eSNP, GWAS, |
| Diana Petitti | Arizona State University | Alzheimer's Disease, biometrics |
| Justin Phillips | University of Louisville School of medicine | Neuroimaging; PET; MRI; Neuropsychology; hemispheric asymmetry |
| David Phillips | United States Naval Academy | graph theory, neuroimaging |
| Jin Piao | University of Texas Health Science center | Stochastic Process |
| Ronald Pierson | Brain Image Analysis | Subcortical and cerebellar parcellation |
| Jon Pipitone | Centre for Addiction and Mental Health | auomated segmentation, imaging-genetics |
| Elizabeth Pirraglia | NYU Medical Center | PET MRI CSF norms |
| Luis Fernando Planella Gonzalez | PUCRS | data mining, imagery |
| Carlos Platero | Universidad Politécnica de Madrid | Multi-atlas segmentation |
| Adam Podhorski | CEIT and Tecnun (University of Navarra) | PET, Machine Learning, Alzheimer disease |
| Dana Pogorelec | New York University Langone Medical Center | ADNI2, PET |
| Judes Poirier | McGill University | Genetic, Protective Factors, Conversion |
| Robi Polikar | Rowan University | Data fusion, ensemble of classifiers, machine learning |
| Mika Pollari | Helsinki University of Technology | registration, cross-sectional and longitudinal analysis |
| Chris Ponting | Oxford University | machine learning, imaging genomics, ensemble learner |
| Jordan Poppenk | Rotman Research Institute | hippocampus morphology memory ability |
| Anton Porsteinsson | University of Rochester | cognitive reserve, cognitive decline, metabolic reserve |
| Steven Potkin | University of California, Irvine | Alzheimer's disease, neuropsychological examinations, rate of atrophy |
| Guy Potter | Duke University Medical Center | Psychometric Cognitive Aging |
| Stephane Poulin | Massachusetts General Hospital | Biomedical imaging |
| Rohit Prabhu | SJCE, Mysore | Alzeimer's disease, PET Scans,Amyloid Plaques |
| Marcel Prastawa | University of Utah | longitudinal, segmentation, atlas construction |
| Jeff Prescott | Duke University Hospital | DTI, structural connectivity, amyloid PET imaging |
| Jerry Prince | Johns Hopkins University | thickness, white matter hypertrophies |
| Maria Priscilla | PSG College of Technology | MCI,AD |
| KRISHNA PRIYA | kalasalingam university | image segmentation |
| anandh priya | lady doak college | SVM |
| antonio procopio | Unical | network |
| Jens Pruessner | McGill University | Medial temporal lobe, Hippocampus, Entorhinal Cortex, structural Neuroimaging |
| iman psn | chamran | alzheimeir detection |
| Nyssa Puskar | Meso Scale Discovery | Biomarkers, Abeta, Tau, CSF, plasma, saliva |
| Wenyi Qin | University of Illinois at Chicago | classification |
| Wendy Qiu | Boston University | depression, neuroimaging |
| Xiaobo Qu | Xiamen University | reconstruction, undersampling, fast imaging |
| Peter Quarg | Novartis Pharma AG | biomarker |
| Alejandro Quiroz | Harvard University | eQTL |
| Adnan Qureshi | University of Bedfordshire | artificial neural network, traumatic brain injuries |
| Adnan Qureshi | university of minnesota | vascular depression, white matter atrophy, Alzheimers disease |
| Michael Rabbia | Roche | Clinical Trials |
| Cyril Rakovski | Chapman University | longitudinal analysis, genetic association, genome-wide, candidate gene |
| Felipe Ramirez | Universidad Tecnica Federico Santa Maria | supervised learning, pattern recognition |
| Alfredo Ramirez | University of Bonn | CSF, biomarkers, GWAS |
| Prashant Rana | IIT Delhi | Machine Learning |
| Parnesh Raniga | Monash University | FLAIR, White matter hyper intensities |
| Anil Rao | GlaxoSmithKline | MRI Classification |
| Akshay Ravi | UCLA | UCLA Interaxon |
| Prashanth Ravindran | IIT Delhi | DTI, fMRI, MRI, clinica data, Pattern/Image Analysis |
| DIPANKAR RAY | Indian School of Mines | registration,fusion,segementation |
| Bruce Reed | University of California, Davis | cognitive reserve, longitudinal change, |
| Andrew Reid | Montreal Neurological Institute | cortical thickness, structural connectivity, functional connectivity |
| Anthonin Reilhac | Biospective | simulation, processing tools |
| Claus Reinsberger | Brigham and Women's Hospital | Alzheimer's disease, seizures, network, morphometry |
| Philip Reiss | New York University | functional data analysis; predictive medicine; high-dimensional regression |
| Jing Ren | southeast university | MRI memory connectivity |
| Alessandra Retico | Istituto Nazionale di Fisica Nucleare | VBM |
| Annemie Ribbens | K.U.Leuven | segmentation |
| Fabiano Ricardo Farias | PUCRS | Interpolation Methods to MRI data |
| Edo Richard | Academic Medical Center, University of Amsterdam | apathy, depression, conversion, MCI, dementia |
| John Richards | University of South Carolina | MRI template |
| Jonas Richiardi | Ecole Polytechnique Fédérale de Lausanne | multimodal predictive modelling |
| Mirco Richter | University of Konstanz | Classification Dementia |
| William Riddle | Vanderbilt University | Deformation Based Morphometry |
| Gerard Ridgway | UCL Institute of Neurology | DCM, fMRI, default mode network, intrinsic brain networks |
| John Ringman | Mary S. Easton Center for Alzheimer's Disease Research | ADAS-Cog, CSF. CDR |
| Pablo Ripolles | University of Barcelona | single case, structural analysis, early detection |
| Angela Rizk-Jackson | UCSF- CIND | multimodal, MRI, PET |
| Massimo Rizzi | ARCEM - Italian Association for the research on Brain and Spinal Cord Diseases | RQA Recurrence Quantification Analysis |
| Erik Roberson | UAB | biomarkers |
| Norberto Rodriguez | H. Ntra. S. de la Candelaria | body mass index, temporo medial lobe measures |
| Emily Rogalski | Northwestern University | FreeSurfer, Cognitive Aging, structural MRI |
| Jack Rogers | New College of Florida | Support Vector Machines, Alzheimers Disease, Machine learning, classifiers, |
| Gonzalo Rojas | Clinica las Condes | freesurfer, cortical thickness, subcortical volume |
| Javier Rojas Balderrama | University of Nice-Sophia Antipolis | registration, scientific workflows |
| Ignacio RojasRuiz | University of Granada | fMRI, MRI. Computational intelligence. Image processing. Classification |
| Jaroslav Rokicki | Vilnius Gediminas Technical University | image processing |
| Gustavo Roman | The Nantz Alzheimer Center at the Methodist Neurological Institute | Alzheimer Disease, Alzheimer disease variants, Imaging, Biochemical markers |
| Klaus Romero | The Critical Path Institute | Pharmacometrics, modeling and simulation |
| Axel Rominger | University of Munich | FDG-PET healthy controls |
| Xia Rongkai | Sun Yat-sen University | Research, multi-task learning |
| Jonathan Rosand | Massachusetts General Hospital | GWAS, genetics, APOE |
| Ola Rostant | University of Michigan | psychometric |
| François Rousseau | CNRS | registration, image enhancement |
| Olivier Rousset | Johns Hopkins School of Medicine | partial volume correction |
| Matthew Rowe | University College London | Tractography, Dispersion |
| Snehashis Roy | Johns Hopkins University | MRI, segmentation |
| Martin Roy | Centre hospitalier affilié universitaire de Québec | survival analysis; cognition; decline; MMSE; Markov |
| Christopher Rozell | Georgia Institute of Technology | low-rank matrix completion |
| Jonathan Rubright | University of Delaware | IRT, GDS |
| David Rudrauf | INSERM | Alzheimer, neurodynamics, outcomes |
| Agustin Ruiz | neoCodex /Fundació ACE | genomics, epistasis, snp analysis, susceptibility |
| Aaron Rulseh | Na Homolce Hospital | CSF, DTI |
| Henry Rusinek | New York University | PET, MRI, glucose metabolism, atrophy, regional analysis |
| Maria Julieta Russo | FLENI | Memory, recognition discriminability, mild cognitive impairment, Alzheimer’s dis |
| Laurie Ryan | National Institute on Aging | ADNI |
| Tangaro Sabina | Istituto Nazionale di Fisica Nucleare - sezione di Bari | Hippocampus segmentation, co-registration |
| Mert Sabuncu | Harvard Medical School | MRI, GWAS, cortical thickness, AD risk genes |
| Alok Sachdeva | Case Western Reserve University | Neuroimaging, neuropsychology, dementia |
| Marie Saculva | Ecole Polytechnique France | moment-based, texture-based and quantile-based features |
| Yasmine Said | Faculty of Medicine, Ain Shams University | Alzheimer's disease, Mild cognitive impairment, white matter, entorhinal cortex, |
| Naomi Saito | UC Davis | statistician |
| Muneyuki Sakata | Tokyo Metropolitan Institute of Gerontology | J-ADNI, PIB |
| Hugh Salter | AstraZeneca R&D Södertälje | Genetics |
| bensalem sam | Blida university | spatial relation |
| Samareh Samadi | Tehran University | CCA, sparse source localization |
| Nagiza Samatova | North Carolina State University | associations, imagining data, pathway crosstalks |
| Mahesh Samtani | Janssen R&D | CDR-SB |
| Luciano Sanchez | University of São Paulo | SPM Multivariate |
| Thomas Holm Sandberg | Faculty of Medicine | Hippocampus Atlas |
| Elizabeth Sanders | University of Washington | MRI |
| Tejas Sankar | University of Toronto | fornix, atrophy, volume |
| devvi sarwinda | Universitas Indonesia | devvisuir |
| Tamie Sather | ADCS | ADNI, Project Management |
| Hajime SATO | The University of Tokyo Graduate School of Medicine | J-ADNI, statistical analysis, |
| Martina Sattlecker | King's College, London | protein measures in plasma, biomarker discovery |
| Mary Savage | Merck and Company | sAPPBeta, BACE activity, CSF, amyloid PET |
| ishani savant | Bristol Myers Squibb | Alzheimers, cog state data |
| khaled sayed | MTI | Early AD prediction |
| Andrew Saykin | Indiana University School of Medicine | MRI, PET, genetics, pattern recognition |
| Blake Scanlon | Stanford University School of Medicine | VBM; education; cognitive reserve |
| Douglas Scharre | Ohio State University | Screening test |
| Marc Schegerin | Biogen Idec | ADNI Biomarker Alzheimer's Disease |
| Jerome Schentag | University at Buffalo | Alzheimer's Type 2 Diabetes, Obesity, disease progression modeling |
| Ben Schmand | Academic Medical Center, University of Amsterdam | Alzheimer MCI CSF MRI FGD-PET neuropsychological tests |
| Nick Schmansky | Massachusetts General Hospital | freesurfer, cortical thickness |
| Brooke Schneider | West Los Angeles VA | cognitive aging |
| Anja Schneider | University Medicine Goettingen | SSRI Abeta |
| Jonathan Schott | Institute of Neurology, UCL | MRI, volumterics, ApoE, MCI |
| Prof. Dr. Hauke Schramm | University of Applied Sciences Kiel | Landmark detection, Generalized Hough Transform, Log-linear model |
| David Schretlen | Johns Hopkins School of Medicine | neuropsychological test performance |
| Markus Schuerch | F. Hoffmann-La Roche Ltd. | MCI; Alzheimer's disease; disease progression |
| Timothy Schultz | Johnson & Johnson | faq, ecog, functional, endpoints, scales |
| Eben Schwartz | Waukesha Memorial Hospital | neuropsychology, norms |
| Adam Schwarz | Eli Lilly and Company | pharmaceutical, biomarker, MRI, analysis |
| Tom Schweizer | Keenan Research Centre Li Ka Shing Knowledge Institute, St. Michael's Hospital | Deulsions, Imaging, Alzheimer's |
| William Seeley | UCSF | MCI, AD, functional connectivity, resting state |
| Amburose Sekar | PRIST University | Alzhemir Disease |
| Per Selnes | Akershus University Hospital | Volumetric MRI |
| Klaus Sembritzki | Friedrich-Alexander-University of Erlangen-Nuremberg | Resting State fMRI, MRI, fMRI |
| Matthew Senjem | Mayo Clinic | Mayo Clinic, PIB, MRI |
| Dohyung Seo | The laboratory for Computer Vision, Graphics, and Medical Imaging | Diffeomorphic paths, Large deformation. |
| daniel serrani | faculty of psychology National University at Rosario | early stage dementia brain MRI |
| Giorgos Sfikas | Université de Strasbourg | Statistical shape analysis |
| Roberto Sghedoni | Ospedale (Hospital) S. Maria Nuova | Alzheimer, neurodegenerative diseases, automatic segmentation, freesurfer |
| Jamal Hussain Shah | Universiti Teknologi PETRONAS | MRI, FMRI,PET, SPECT |
| Soheil Shams | BioDiscovery | microarray, copy number profiling, neurogenetic disorders, gene expression |
| William Shankle | UC Irvine | Cognition, Alzheimer's Disease, Normal Aging, Mild Cognitive Impairment, Bayes |
| Leslie Shaw | University of Pennsylvania Medical Center | biomarker, plasma, rbm, concentration data |
| Sergey Shcherbinin | Eli Lilly and Company | PET MR |
| Joan Shen | Pfizer Inc. | ADNI China, Inclusion criteria, clinical assessment |
| Jie Shen | UC,Irvine | GWAS, Bayesian hierarchical models, spatial priors |
| XIAOLONG SHEN | CMU | Clinical Time-series Matrix Completion Optimization |
| Qian Shen, Ph.D. | Mount Sinai Medical Center | Alzheimer's disease, mild cognitive impairment, normal, structural brain MRI. |
| David Shera | Merck Research Laboratories | biomarker |
| Eric Sherer | Indiana University School of Medicine | meta-analysis; disease progression model; clinical trial simulation |
| Michelle Sherman | Boston University School of Graduate Medical Sciences | AD, LC |
| Richard Sherva | Boston university | alzheimer's disease, TOMM40, APOE, population genetics |
| Feng Shi | The University of North Carolina at Chapel Hill | Registration |
| Yonggang Shi | UCLA | cortical mapping, intrinsic geometry |
| Jie Shi | Arizona State University | AD, hippocampus, surface |
| Yingqi Shi | Janssen R&D | BACE |
| Kuangyu Shi | Technical University Munich | Brain Network, FDG, fMRI |
| Yonghong Shi | Fudan University | registration |
| swati shilaskar | Vishwakarma Institute of Technology | heuristic techniques, |
| Russell Shinohara | Johns Hopkins University | neuroimaging, biostatistics, normalization, MRI |
| sepideh shokouhi | Vanderbilt University | PET, MRI |
| Joshua Shulman | Brigham and Women's Hospital | Alzheimer's Disease, genome-wide association studies, PIB, CSF, Amyloid-Beta |
| Konstantinos Sideris | UCSD | facial recognition |
| Gagan Sidhu | University of Alberta | biomarkers,algorithm |
| Jonathan Siegel | University of Pittsburgh | Cognitive Aging, VBM |
| Rene Siegel | Cedars-Sinai Medical Center | PET, normal |
| Margarida Silveira | Institute for Systems and Robotics / IST | pattern recognition, machine learning, curse of dimensionality |
| Andy Simmons | Kings College London Institute of Psychiatry | ADNI AddNeuroMed MMSE ADASCOG |
| Rita Simoes | University of Twente | change detection, subtle changes, brain deformations |
| Howard Simon | Synarc, Inc. | 3D T1, Flair, T2star |
| Alix Simonson | SF VA -- Center for Imaging of Neurodegenerative Diseases | ADNI, CIND, LONI, MRI, ASL, Perfusion |
| Douglas Simpson | University of Illinois at Urbana-Champaign | Semiparametric methods, Bayesian analysis |
| Ivor Simpson | University of Oxford | Biomarkers |
| Asha Singanamalli | Case Western Reserve University | Graph Embedding |
| lavneet singh | University of Canberra | Deep Learning, RBM, MRI, Alzheimer |
| Dilpreet Singh | Wayne State University | Data |
| Ambuj Singh | University of California, Santa Barbara | brain networks, graph mining, alzheimer's disease. |
| Nikhil Singh | Scientific Computing and Imaging Institute | adni sci |
| Judy Siuciak | Foundation for the National Institutes of Health | Biomarkers Consortium, proteomics, plasma, CSF |
| Pawel Skudlarski | Hartford Hospital | phantom analysis software |
| Billie Slater | Minneapolis VA Health Care System | Gulf War, Inflammation, biomarkers |
| Brent Small | University of South Florida | Neuropsychology, genetic polymorphisms |
| Charles Smith | University of Kentucky | normal, mri, structural |
| Michael Smith | CorTechs Labs Inc | MRI brain volumetric |
| Peter Snyder | Alpert Med School of Brown University | anticholinergics, cognition, risk factors, prodromal disease |
| Holly Soares | BMS | RBM |
| Sourena Soheili-Nezhad | Institute for Cognitive Sience Studies | multivariate, GWAS, functional connectivity |
| Søren Sohrt-Petersen | Faculty of Medicine | Alzheimer's Disease, Hippocampus |
| Anja Soldan | Johns Hopkins University | Mild Cognitive Impairment, biomakers, structural MRI, PET, CSF Abeta and Tau |
| Alan Solomon | University of Tennessee Graduate School of Medicine | amyloid, imaging, Alzeimer's Disease; amyloidoses |
| Subhojit Som | Georgia Institute of Technology | machine learning |
| Sang Joon Son | Myongji Hospital | subcortical vascular dementia |
| Xiaowei Song | Dalhousie University | Alzheimer's disease, aging, brain lesion index, T1-weighted MRI, T2-weighted MRI |
| Shide Song | Shanghai Jiao Tong University | 3d reconstruction |
| Oscar Sotolongo-Grau | Fundació ACE, Institut Català de Neurociències Aplicades | mri, pet, neuroimaging, alzheimer |
| Melih Soydemir | Bahcesehir University | Retrieval content context |
| Maria Vittoria Spampinato | MUSC | VBM, alzheimer, biomarkers |
| William Speier | UCLA | skull stripping |
| René Spiegel | Memory Clinic | MCI trajectories; prediction of dementia; cognitive decline |
| Lothar Spies | University Medical Center Hamburg-Eppendorf | PET MRI voxelbased morphometry |
| R. Nathan Spreng | Cornell University | structural covariance networks and intrinsic connectivity networks |
| Beth Springate | Rhode Island Hospital/Brown University | mild cognitive impairment, anosognosia, neuroimaging |
| Anthony Spychalla | Mayo Clinic | ADIR Mayo |
| Velandai Srikanth | Monash Medical Centre, Monash University | Diabetes Mellitus, dementia, brain imaging |
| Chandra Sripada | University of Michigan | pattern recognition, support vector machine, glasso, multi-task learning |
| Nelson Steenland | Emory University | Minicog, FAQ, mild cognitive impairment |
| Carsten Steinebach | University of New Mexico | Multi-task learning |
| Yaakov Stern | Columbia University | PCA prediction |
| Ethan Stolzenberg | University of Oklahoma Health Sciences Center | alzheimer's, inflammation, CSF |
| Nikki Stricker | VA Boston Healthcare System | MRI, Alzheimer's disease, cognitive neuropsychology in dementia, MCI |
| Elisabeth Stühler | University of Konstanz | Statistical Analysis, Medical Image Processing, Visualization |
| Virginia Sturm | University of California, San Francisco | neuropsychiatric symptoms, mild cognitive impairment, Alzheimer's disease |
| saisai su | Med-x Research Institute of Shanghai Jiao Tong University | Images MRI MCI |
| Longfei Su | National University of Defense Technology | AD, MCI, aging |
| Shaoyong Su | Georgia Health Sciences University | protein, plasma |
| Gerson Suarez | Universidad de Antioquia | imaging |
| Rathan Subramaniam | Johns Hopkins University | Quantitative analysis |
| Summit Suen | Academia Sinica | sinica, summit, fmri |
| Morihiro SUGISHITA | The University of Niigata Rehabilitation Graduate School | test, normal , MCI, AD, memory |
| Heung-Il Suk | Korea University | MCI; AD; non-parametric Bayesian method |
| Heung-Il Suk | Korea University | Alzheimer's Disease; Mild Cognitive Impairment |
| Rafid Sukkar | Individual Researcher | disease detection and disease progression modeling |
| John Sullivan | Worcester Polytechnic Institute | Medical Image Visualization |
| David Summers | Plymouth University | Multivariate spatio-temporal modelling, Discrimination |
| Jia Sun | ELI LILLY | Genome association MRI/PET |
| Yu Sun | Johnson & Johnson | Genetic Marker Validation |
| Ying Sun | AstraZeneca | SNP, GWAS, proteinomics |
| Zhuo Sun | Leiden University Medical Center | aging |
| Haining Sun | Janssen Pharmaceutical Companies of Johnson & Johnson | understanding |
| Jia Sun | UT SPH | GWAS AD |
| xiaoyan sun | Boston VA Medical Center | MRI, neuropsychological testing, CSF tau and amyloid |
| haining sun | lanzhou university | PET AD MCI |
| Mingzhu Sun | University of Queensland | clustering, ADNI, PCA, K-means |
| Karen Sundell | Eli Lilly and Company | Clinical Trial |
| Courtney Sutphen | Washington University in Saint Louis | Longitudinal, MRI, Freesurfer, Family History |
| vladimir svetnik | merck&co | Alzheimer’s disease; Dementia; Mild cognitive impairment; Mild cognitive impairm |
| Yamuna Swamy | UVCE | edge |
| M Evanchalin sweety | Dr.sivanthi Aditanar Engineering college | PET |
| Sean Symons | University of Toronto, Sunnybrook Health Sciences Centre | Brain atrophy |
| Katarzyna Szafranska | Anglia Ruskin University Cambridge | Alzheimer's disease research project; Anglia Ruskin, Cambridge |
| Kinga Szigeti | University at Buffalo | ontology, diagnosis |
| Lauge Sørensen | University of Copenhagen | image markers, registration, statistical shape modeling, texture analysis |
| Saeid Taheri | MUSC | ALz |
| Ryuichi Takahashi | Rihabilitation Hospital at Nishi-Harima | APOE4 FDG PIB MCI |
| Tomoko Takeuchi | shirayuri college graduate school doctral course | tt77828 |
| Roger Tam | University of British Columbia | dimensionality reduction, manifold learning, brain MRI |
| Lirong Tan | Cincinnati Children's Hospital Medical Center | machine learning |
| Ming Zhen Tan | National University of Singapore | classification, linear support vectors, vascular risk factors |
| Shoji Tanaka | Sophia University | cognitive function; dementia; memory |
| Daniel Tancredi | University of California, Davis | statistics, methods |
| Qi Tang | Abbott Labs | Abbott Labs PPSB Working Group |
| Rudolph Tanzi | MHG/Harvard | GWAS meta-analysis |
| Kishor Tappita | Cognizant Technology Solutions | Bioinformatics,Biomarkers,Genomics |
| Luca Tardella | Sapienza Università di Roma | Disease progression model; Natural history; ADAS-cog; MCI; Alzheimer’s disease; |
| Eugen Tarnow | N/A | short term memory |
| Maria Carmela Tartaglia | University of Toronto/ Toronto Western Hospital | PSP |
| Erika Tarver | Foundation for the National Institutes of Health | N/A |
| Clovis Tauber | University of Tours - INSERM U930 | PET filtering, 4D processing |
| Ekaterina Tchistiakova | University of Toronto | Structural atrophy, perfusion, diabetes, hypertension |
| Stefan Teipel | University of Rostock | MCI, healthy aging, amyloid load, cholinergic basal forebrain, longitudinal |
| Alexandre Teles Garcez | University of Sao Paulo - School of Medicine | Quantitative Brain analysis |
| Edmond Teng | UCLA/West Los Angeles VA | plasma biomarkers, early-onset, familial AD, mutation |
| Maite Termenon | UPV/EHU | machine learning, CAD |
| April Thames | University of California Los Angeles | Aging |
| Chuck Theobald | University of Oregon | MRIConvert, data conversion |
| Frank Thiele | Philips Research Labs | image analysis, FDG-PET, PIB-PET |
| Jewell Thomas | Washington University in St. Louis | aging, graph theory, functional connectivity |
| Ronald Thomas | UCSD | power analysis clinical trials |
| Paul Thompson | University of Plymouth | Bayesian, Latent trait, multivariate |
| Paul Thompson | UCLA School of Medicine | MRI, brain, analysis, TBM |
| Jeff Thompson | McMaster | Thinning |
| Wesley Thompson | University of California, San Diego | Developmental,Accelerated Longitudinal Design, Cohort Effects |
| Pippa Thomson | University of Edinburgh | GWAS, polygenic risk score, quantitative trait |
| Tricia Thornton-Wells | Vanderbilt University | gene-gene interactions, quantitative trait analysis, computational genetics |
| KimHan Thung | University of North Carolina at Chapel Hill | matrix completion, multi-task learning |
| Kim-Han Thung | University of North Carolina at Chapel Hill | ADNI, matrix completion, classification |
| Lili Tian | SUNY at Buffalo | diagnostic study, biomarker, accuracy measure, ROC |
| Haydn Till | Robina Hospital | cognitive, psychometric, disease, diagnosis, staging, progression |
| Jussi Tohka | Tampere University of Technology | machine learning, classification |
| Takahiko Tokuda | Kyoto Prefectural University of Medicine | CSF, biomarker |
| Juan B Toledo | Center for Neurodegenerative Research | plasma biomarker APOE |
| Naoki Tomita | Institute of Development, Aging and Cancer, Tohoku University | Cohort study, Time-dependent covariate, Longitudinal data, Failure time data |
| Nicola Toschi | University of Rome "Tor Vergata" | Brain Complexity and Fractality |
| Giuseppe Tosto | Columbia University | SNPs |
| Duygu Tosun | UCSF | multimodality, early AD pathology, biomarker |
| Nicolas Toussaint | University College London | Alzheimer, DTI, hippocampus |
| Paule Toussaint | CHU Pitié-Salpetrière | Alzheimer's disease, PET, metabolism, ADNI |
| Hiroyoshi Toyoshiba | Takeda pharmaceutical company limited | SMP, ALE, Alzheimer Statistical analysis, standardization |
| Rochelle E Tractenberg | Georgetown University School of Medicine | latent variable analysis; alzheimer's disease, statistical models; tetrad |
| Tyler Triggs | A.A. Martinos Center, Massachusetts General Hospital | PI: David Salat PhD, AD, MCI, Aging |
| Emily Trittschuh | Northwestern University, Feinberg School of Medicine | morphometry - cortical thickness, visual search |
| Lynn Trotti | Emory | Hypersomnia |
| Lucie Truffaut | Institut de Recherches Internationales Servier | MMSE ADAS |
| Diana Truran | NCIRE | MRI, Perfusion, Segmentation, Freesurfer, UCSF, NCIRE, SFVAMC |
| Volha Tryputsen | Janssen | Endpoints, Biomarkers |
| Dimitrios Tsalikakis | University of Western Macedonia, Greece | Image Segmentation |
| Athanasios Tsanas | University of Oxford, Oxford, UK | Signal processing, statistical machine learning |
| Ahsan Tufail | Military College of Signals, NUST | Alzheimer's Disease, Neuroimaging biomarkers, ICA , SVM |
| Raymond Turner | Georgetown University | ApoE, neuropscychology, modeling, statistical analysis |
| Ben Turner | UC Santa Barbara | HBM Hackathon, Allen Human Brain Atlas |
| puneet tyagi | jaypee institute of information technology | MCI patient MRI scans |
| Daisuke Uematsu | Keio University School of Medicine | MCI, Aβ-42, CSF |
| Lauren Ullrich | Georgetown University | hippocampal, entorhinal cortex, perirhinal cortex, structural imaging |
| Daniela Ushizima | LBNL | image analysis, software development, medical imaging |
| darlene vairre | UC Berkeley | hypometabolism atrophy alzheimer's |
| Olga Valenzuela | University of Granada | statistical analysis, image classification, expert system |
| Joseph Van de Nes | ZorgSaam ziekenhuis | Test Your Memory, biomarkers |
| Marcel van der Brug | Genentech | ABeta, CSF, Plasma |
| Fedde van der Lijn | Erasmus MC | segmentation, multi-center studies |
| Stefan Van Dongen | Antwerp University | developmental instability |
| Theo van Erp | University of California, Irvine | MRI, PET, genes |
| Koen Van Leemput | Massachusetts General Hospital | bias field, N3, entropy minimization |
| Ludovic VANQUIN | inserm u825 | cortical thickness; Alzheimer's Disease; MRI; cross sectional study; |
| Ravikanth Varaganti | University of Bedfordshire | Classification, Biomarkers |
| Minal Vasanawala | VAPAHCS | PIB biomarkers |
| Harini Veeraraghavan | General Electric Research | Multi-modal image analysis |
| Edwin Velázquez | Universidad Nacional Experimental del Táchira | Image processing |
| Stephane Vellay | Accelrys | imaging ngs statistics software |
| prabhukiran vempati | GigaTrust | Geoffrey Beene Foundation,Alzheimer, Initiative,GBFAI |
| Prashanthi Vemuri | Mayo Clinic Rochester | MRI |
| Nishant Verma | The University of Texas at Austin | Brain Atrophy Quantification, High Dimensional Pattern Classification |
| Mara Vigna | Unical | networks brain mri dti alzheimer cognition |
| Eduard Vilaplana | Hospital de la Santa Creu i Sant Pau | Preclinical Alzheimer, Neuronal Networks, Amyloid, Biomarkers, MRI |
| kayalvizhi vimalendiran | MIT annauniversity chennai | mri brain analysis |
| Louis Vinke | Massachusets General Hospital:Athinoula A Martinos Center for Biomedical Imaging | FreeSurfer development, Longitudinal analysis |
| Georgina Vinyes | Fundació ACE-ICNA | neuroimaging markers AD progression |
| Michael Vitek | Duke University Medical Center | apoE isoforms, APOE genotypes, cytokines, proteases, free radicals, phosphatases |
| Simon Vogel | Blind Brook High School | Science Research |
| Aristotle Voineskos | Centre for Addiction and Mental Health, University of Toronto | neuroimaging, cortical thickness, genetics, alzheimer, cognitive impairment |
| Stephanie Vos | Maastricht University | Cognition, CSF, MRI, PET, MCI, AD |
| Maria Vounou | Imperial College London | brain images, human genome |
| Sara Wade | Ph.D. Student | Bayesian nonparametric inference, Dirichlet Process, Mixture models |
| Brian Wandell | Stanford | visual cortex |
| Liping Wang | Aberystwyth University | brain MRI segmentation |
| Liang Wang | Washington University in St Louis | MRI, CSF biomarkers, APOE |
| Li-San Wang | University of Pennsylvania | Genome-wide association studies |
| XIAOFEI WANG | JOHNS HOPKINS UNIVERSITY SCHOOL OF MEDICINE | gene expression, imaging |
| Yongmei Michelle Wang | University of Illinois at Urbana-Champaign | structural and functional brain image analysis |
| yan wang | Information science and technology institute | BN sMRI AD |
| yaping wang | BRIC, university of north carolina | segmentation, registration and classification, AD |
| Dai Wang | Johnson & Johnson | fMRI, PET |
| jinjin wang | The NO.1 Affiliated Hospital Of Nanchang University | fMRI DTI AD |
| Lei Wang | Northwestern University Feinberg School of Medicine | PET Hippocampus |
| Tianyao wang | shanghai east hospital china | AD DTI |
| Jinhui Wang | CCBD | connectivity network graph |
| JINPING WANG | EISAI Pharmaceuticals | Biomarker |
| Yu-Ping Wang | Tulane University | Imaging genetics, Sparse CCA, fMRI, SNP |
| Jing Wang | Southeast University | classification, algorithms, ADNI |
| Yilun Wang | University of Electronic Science and Technology of China | Pattern recognition |
| li wang | The University of North Carolina at Chapel Hill | segmentation, registration, classification |
| ZE WANG | Univ of Pennsylvania | Arterial spin labeling |
| Jane-Ling Wang | University of California, Davis | functional connectivity, functional data analysis, fMRI |
| Song wang | University of South Carolina | Shape correspondence, cortical thickness evaluation. |
| Zheyu Wang | University of Washington | Diagnostic test; latent variable model; covariate effect |
| Xiaoling Wang | Medical College of Georgia | plasma protein levels |
| Danny JJ Wang | UCLA | resting state fMRI, ASL, perfusion, entropy |
| Ze Wang | University of Pennsylvania | structural, ASL |
| Jingyan Wang | King Abdullah University of Science and Technology | Research, Experiment |
| huanli wang | biostatistics of UC-Davis | ADNI Biostatistics Core, Dr. Danielle Harvey and Dr. Laurel Beckett. |
| Angela Wang | University of Utah | Alzheimer cognitive impairment memory decline MRI PET |
| Andrew Ward | Brigham and Women's Hospital/Massachusetts General Hospital/Harvard Medical Scho | amyloid, circadian rhythm, conversion, MCI |
| Kelly Warr | University of Bristol | Dementia, education |
| David Watson | University of Ulster | PET, MCI, AD |
| Chong-Yaw Wee | University of North Carolina at Chapel Hill | AD, MCI, fMRI |
| Xin Wei | Third Military Medical University | computed aided-diagnosis; |
| Gezheng Wen | UT AUSTIN | DATA MINING |
| Fabian Wenzel | Philips Research | PET analysis |
| Keith Wesnes | United BioSource Corporation | Cognitive tests, reliability, training effects |
| Andrea West | Siemens Molecular Imaging | MPRAGE, PET-AV45, PET-FDG |
| Shawn Westaway | Oregon Health & Science University | aging, brain, genetics, genomics |
| Brandon Whitcher | Imperial College London | statistics, MRI, drug development |
| rony wijanarko | universitas dian nuswantoro | segmentation |
| Kirk Wilhelmsen | University of North Carolina at Chapel Hill | GWAS, biomarkers, Alzheimer Disease |
| Joanna Williams | University of Otago | biomarker, Alzheimer's Disease, SAM, PAM |
| Beth Wilmot | Oregon Health & Science University | Genetics, Healthy Brain Aging |
| Lorraine Wilson | Blackrock Clinic | Clinical Practice |
| juliet win | Shanghai University | hippocampus |
| Heather Wishart | Dartmouth Medical School | BDNF, NGF, NTRK2, VDR, hippocampus, AD |
| Heather Wiste | Mayo Clinic | ADNI, demographics |
| Elizabeth Wittemer | Banner Alzheimers Institute | Research Purpose |
| Nana Woerner | UCSF/SFVA | AD |
| Henrike Wolf | University of Zurich, | Morphometry, hippocampus, diagnostic criteria |
| David Wolfson | McGill University | Cognitive decline, variable selection, change-points |
| Ira Wolke | University of Illinois | radionucleotide, radiotracer, SPECT, PET, fMRI |
| John Wolodzko | CoreLab Partners/RadPharm | Image analysis, amyloid, florbetapir |
| Robin Wolz | Imperial College London | Alzheimer's disease, early diagnosis, statistical modeling |
| Terence Wong | Duke University Medical Center | MRI, normal distribution |
| Koon Wong | David Geffen School of Medicine at UCLA | voxel-based analysis, longitudinal PET and MR studies |
| Ka Wai Wong | University of California, Davis | PhD thesis |
| Ellen Woo | UCLA | NPI, CSF, cognition |
| Jongwook Woo | CSULA | jongwook |
| Andrew Worth | Neuromorphometrics, Inc. | brain segmentation, automated segmentation |
| Yao Wu | Southern Medical University | wuyao640218 |
| Mingming Wu | Philips | facial tissue segmentation |
| Keqin Wu | University of Maryland Baltimore Country | DMRI fibers, Feature abstraction, Uncertainty, Topology |
| Bradley Wyman | Pfizer Inc. | disease modeling |
| Hualin Xi | Pfizer | biomarker |
| Changming Xia | University of Rochester Medical Center | image analysis |
| Weiming Xia | ENR Memorial Veterans Affairs Hospital | peripheral CSF biomarker Tau amyloid |
| Jianhong Xia | Curtin University | Dementia, Default mode network, fMRI, Functional connectivity, spatial-temporal |
| Sharon Xie | University of Pennsylvania | biomarker Upenn |
| yang xie | UT Southwestern Medical Center | Predict disease progression |
| Zhongliu Xie | Imperial College London | Machine Learning, Data Mining, Multimodality Image Analysis |
| PAN Xingyu | LaBRI | alzeihmer detection |
| Steven Xu | Janssen Research and Development | ADAS-cog, DAD, modeling, simulation |
| yonghong xu | yanshan university | classification |
| Zenglin Xu | Purdue University | association analysis, patient diagnosis |
| JUN XU | NANJING MEDICAL UNIVERSITY | ADNI CHINA |
| Lu Xu | Eisai | clinical |
| shunbin xu | Rush University Medical Center | microRNA |
| sun xy | Beijing Normal University | Alzheimer's disease |
| Igor Yakushev | Technische Universität München | biomarker, agreement, classification, diagnosis |
| Fumio Yamashita | University of Tsukuba | TBM |
| Ying Yan | University of Waterloo | Joint Model, Event History, Longitudinal |
| Yunyi Yan | McGill University | development, structure change, ageing |
| Jianhua Yan | A*STAR | Imaging, Genomics |
| Zhennan Yan | Rutgers Universtiy | segmentation |
| Miao Yang | Capital Medical University | Alzheimer's Disease MRI |
| Chung-Yi Yang | National Taiwan University Hospital | AD, MCI, MRI, machine learning |
| Jin-ju Yang | Computational Neuroimage Analysis | classification study |
| Eric Yang | Johnson and Johnson | Data Mining |
| Wenlu Yang | Shanghai Maritime University | Multiple biomarkers, Intelligent information processing |
| Hyuna Yang | Pfizer | data mining |
| Li Yang | Beijing Institute of Technology | classification sparse ensemble |
| Yong-Gang Yao | Kunming Institute of Zoology, Chinese Academy of Sciences | imaging genetics, alzheimer's disease |
| Li Yapeng | Image Processing and Intelligent Control Key Laboratory | MRI; Brain network;Evolution |
| Michael Yassa | Johns Hopkins University | aging, MCI, Alzheimer, MRI, neuroimaging, cortical thickness |
| Sayuri Yatsubo | Quest Diagnostics Clinical Trials | LOAD |
| Christian Yavorsky | ProPhase research institute | ADAS-Cog, MMSE, scale reliability |
| Byoung Seok Ye | Chuncheon national hospital | Mild cognitive impairment, Alzheimer's disease, Conversion, Reversion |
| zhan ye | Beijin Normal University | tju1017 |
| Shuxin Yin | Abbvie | Treatment Alzheimer's disease |
| Jennifer Yokoyama | University of California, San Francisco | imaging genetics |
| Sungroh Yoon | Seoul National University | data mining |
| Hisako Yoshida | Kyushu University Graduate School of Medical Sciences | Chronic Kidney Disease |
| Kumiko Yoshimura | Nagoya University | LCD |
| Jonathan Young | University College London | Diagnosis MCI conversion machine learning |
| Stewart Young | Philips Research Laboratories | hippocampus, FDG |
| Zeyang Yu | Brown University | AD, Brain Connectivity analysis, prognosis, and diagnosis |
| Rongjun Yu | Massachusetts General Hospital | functional connectivity and graph theory |
| Eric Yuen | Johnson & Johnson | Depression, behavioral symptoms, predictive factors |
| Laszlo Zaborszky | Rutgers University | automated measurement of regional brain volumes, basal forebrain |
| Massimiliano Zanin | Universidad Politécnica de Madrid | Data mining, complex networks, biophysics |
| Konstantinos Zeimpekis | Imperial College London | PET, dynamic data, radionuclide imaging |
| Jamie Zeitzer | Stanford University | circadian, sleep, agitation |
| Peng Zeng | Auburn University | uncertainty, safety in MRI scanning |
| Michalis Zervakis | Technical University of Crete | Alzheimer's disease, modalities fusion, disease diagnosis, disease prognosis |
| Benjamin Zeskind | Immuneering Corporation | Computational mechanism-based analysis |
| Xiaoqun Zhang | Shanghai Jiao Tong University | classfication, machine learning |
| Han Zhang | Center for Cognition and Brain Disorders | resting-state, fMRI, connectivity |
| Tong Zhang | The University of Sydney | generative model, pattern classification |
| Kate Zhang | Genzyme Corp | biomarker discovery, Fabry and Pompe diseases |
| Min Zhang | Purdue University | biomarker, high dimensional data |
| Xueping Zhang | The First Affiliated Hospital of Zhengzhou University | corpus callosum; Alzheimer’s Disease; fMRI |
| ping zhang | CSIRO | pattern recognition, health informatics, diagnosis |
| JING ZHANG | Harborview Medical Center, University of Washington School of Medicine | ADNI, CSF samples, AD, MCI |
| Ying Zhang | Nanjing Normal University | fMRI |
| Bin Zhang | Fuxing Hospital | three-dimensional reconstruction; segmentation of the hippocampus;Geometric feat |
| Zhe Zhang | The University Of Sydney | Dementia |
| Linda Zhang | University of Hong Kong, Li Ka Shing Faculty of Medicine | MRI, AD, ethnic brain differences |
| Lijun Zhang | Emory Univ | fMRI, PET, Bayesian |
| Xiaohu Zhao | Tongji Hospital of Tongji University | AD;MRI;PET |
| PENG ZHAO | University of Plymouth | early detection, assessment, multimodal data analysis |
| Tuo Zhao | Johns Hopkins University | Semiparametric |
| Liang Zhao | SUNY at buffalo,usa | brain segmentation |
| Yingqi Zhao | University of Wisconsin-Madison | Personalized Medicine, Dynamic Treatment Regimes, Biomarkers |
| Gang Zheng | Pennsylvania State University | AD MRI data analysis and pattern recognition |
| yao zhijun | lan zhou university | morphometry analysis, human frain function |
| Yufang Zhong | Xidian Universisty | AD data |
| Juan Zhou | Duke-NUS Graduate Medical School Singapore | alzheimer, mild cognitive impairment, converter, non-converter, MRI, network |
| Jiayu Zhou | Arizona State University | sparse learning, mutli-task learning, machine learning, biomarkers |
| Yongxia Zhou | New York University | white matter abnormalities, dementia |
| Luping Zhou | CSIRO, Australia | MRI PET AD MCI prediction |
| Lv Zhou | Beijing Institute of Technology | 907139 |
| Lv Zhou | Beijing Institute of Technology | 907139 |
| Hongtu Zhu | University of North Carolina at Chapel Hill | Statistical methods, imaging analysis |
| Hongxiao Zhu | Virginia Tech | imaging genomics, association study, functional data analysis |
| linling zhu | Nanjing University of Aeronautics and Astronautics | group-sparse |
| Zangen Zhu | University of Saskatchewan | compressed sensing |
| Gabriel Ziegler | University of Jena | VBM, morphology, longitudinal analysis, multivariate |
| Andrew Zisserman | University of Oxford | immediate visual search, video google |
| Giancarlo Zito | AFaR | AD, VaD, APOE, cortical thickness, neuropsychological assessment |
| Ling Zou | West China Hospital, Sichuan University | longitudinal study, atrophy, hippocampus, gray matter |
| Christine Zwart | Mayo Clinic Arizona | Image Texture, Fourier Domain, Structural Changes |
| 刘 文雯 | 华东理工大学 | 123456 |
| 王 绍亮 | lanzhou University | wsl2539023 |

