Focusing on understanding the genetic & molecular basis of brain illnesses
The Wingo Lab is a genetics and neuroscience laboratory at the University of California, Davis and Northern California Veterans Administration led by Aliza Wingo, M.D., M.Sc. and Thomas Wingo, M.D.
People
Our interests span several scientific and technical disciplines but are firmly focused on helping people lead healthier and happier lives. We welcome all participants, from students to seasoned researchers, regardless of race, religion, gender identification, sexual orientation, age, or disability.
Highlighted Publications
Recent Publications
Projects
Shared molecular mechanisms between psychiatric and neurodegenerative conditions
We investigate shared molecular contributors to brain conditions underlying psychological traits, psychiatric conditions, and neurodegenerative illnesses.
Molecular drivers of neuropsychiatric symptoms in Alzheimer's dementia
NIH R01 AG072120Identifying molecular mechanisms of neuropsychiatric symptoms (depression, anxiety, apathy) in dementia to nominate therapeutic targets.
How psychological well-being and depression modify Alzheimer's risk
NIH R01 AG072120Identifying genomic, transcriptomic, and proteomic factors linking psychological well-being to dementia risk.
Identifying causal brain proteins in psychiatric and neurodegenerative conditions
Using large-scale GWAS and brain protein expression data to identify genes contributing to brain diseases.
Brain proteins contributing to PTSD and alcohol use disorder
VA I01 BX005686Identifying brain proteins predisposing to PTSD and AUD in Veterans to illuminate novel pathophysiology and drug targets.
Molecular mechanisms of psychological well-being
VA I01 BX003853Investigating brain protein expression underlying individual differences in psychological well-being.
Genetic and molecular causes of Alzheimer's Disease
Understanding the role of sex in AD pathogenesis and identifying new genetic associations.
Sex-specific differences in Alzheimer's disease
NIH R01 AG075827Investigating why women are affected by AD about twice as much as men through multi-omic analyses.
Proteogenomic approach to AD GWAS results
NIH P50 AG025688Exploring the role of brain protein expression as a potential cause for GWAS findings in AD.
New genetic causes of early-onset Alzheimer's disease
Using next-generation sequencing to identify new genetic causes in families with aggressive early-onset AD.
Genetic study of late-onset Alzheimer's Disease families
Identifying high-risk alleles in large families using linkage and sequencing techniques.
Press & Media
Study Shows Finding Purpose In Life Can Cut Your Dementia Risk By Almost 30%
This mindset shift could cut your dementia risk by one-third, study says
This Essential Lifestyle Change Could Lower Your Dementia Risk, Per New Study
Depression and Alzheimer's disease share genetic roots
Higher education may not protect against dementia as strongly as thought
A family with an astonishing rate of Alzheimer's disease may harbor a powerful new gene
Open Positions
Postdoctoral Research Fellow
Postdoctoral candidates with interest in computational biology, genetics, proteomics, and neuropsychiatric or neurodegenerative conditions are encouraged to apply by contacting sending a current CV to Aliza Wingo ([email protected]) and Thomas Wingo ([email protected])
Acknowledgements
We are grateful to the many research volunteers, their families, and researchers who make our work possible. We are indebted to our excellent collaborators. And we thank the financial support provided by the Veterans Administration, National Institutes of Health, Emory University, The To Remember Foundation, American Psychiatric Association, and the Brain and Behavior Foundation (formerly NARSAD).


