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Baylor College of Medicine

Robert Barber , PhD

UNT Health Science Center
Research/Expertise

Genetics of Alzheimer’s disease, the impact of DNA methylation and epigenetic mechanisms on aging and risk of dementia, the role of the microbiome in aging and disease, personalized medicine.


Texas A&M Health Science Center

Robert Barber , PhD

UNT Health Science Center
Research/Expertise

Genetics of Alzheimer’s disease, the impact of DNA methylation and epigenetic mechanisms on aging and risk of dementia, the role of the microbiome in aging and disease, personalized medicine.


Texas Tech University Health Sciences Center

Robert Barber , PhD

UNT Health Science Center
Research/Expertise

Genetics of Alzheimer’s disease, the impact of DNA methylation and epigenetic mechanisms on aging and risk of dementia, the role of the microbiome in aging and disease, personalized medicine.

The University of North Texas Health Science Center

Robert Barber , PhD

UNT Health Science Center
Research/Expertise

Genetics of Alzheimer’s disease, the impact of DNA methylation and epigenetic mechanisms on aging and risk of dementia, the role of the microbiome in aging and disease, personalized medicine.


The University of Texas at Austin

Robert Barber , PhD

UNT Health Science Center
Research/Expertise

Genetics of Alzheimer’s disease, the impact of DNA methylation and epigenetic mechanisms on aging and risk of dementia, the role of the microbiome in aging and disease, personalized medicine.

The University of Texas Health Science Center at San Antonio

Robert Barber , PhD

UNT Health Science Center
Research/Expertise

Genetics of Alzheimer’s disease, the impact of DNA methylation and epigenetic mechanisms on aging and risk of dementia, the role of the microbiome in aging and disease, personalized medicine.

The University of Texas Southwestern Medical Center

Robert Barber , PhD

UNT Health Science Center
Research/Expertise

Genetics of Alzheimer’s disease, the impact of DNA methylation and epigenetic mechanisms on aging and risk of dementia, the role of the microbiome in aging and disease, personalized medicine.