Andrei Surguchov, a professor at the University of Kansas Medical Center,
earned his degree from Moscow University named after Lomonosov. He began his
academic journey in the USA as a faculty member at Baylor College of Medicine in
Houston, TX, where he delved into the mechanisms governing genetic control of
lipid metabolism. Later, at the University of Utah, his research focused on
cloning new genes responsible for encoding retinal proteins. During his tenure
at Washington University in St. Louis, he investigated molecular and cellular
mechanisms underlying neurodegenerative diseases and retinal degeneration.
Currently, Professor Surguchov's research is centered on unraveling the
structure–function relationships of proteins implicated in neurodegeneration
and ocular diseases. Using various animal and cellular models, his laboratory
explores the roles of naturally unfolded proteins, their transcriptional
regulation, processing, and post-translational modifications. More recently, he
has developed a keen interest in elucidating the role of microRNAs in
gene expression regulation. Additionally, his research
encompasses the study of protein misfolding and the
mechanism of epigenetic regulation.
Research Keywords & Expertise
Neurodegeneration
Caveolin
neurodegenerative dise...
Parkinson's disease
synucleinopathies
Matrix Metalloproteina...
Glaucoma and neurodege...
alpha-synuclein
Synuclein
Sup35
Protein folding and ag...
sup45
Fingerprints
80%
Synuclein
52%
Parkinson's disease
34%
neurodegenerative diseases
16%
synucleinopathies
9%
Neurodegeneration
9%
alpha-synuclein
5%
Caveolin
5%
Matrix Metalloproteinases
5%
Protein folding and aggregation
Short Biography
Andrei Surguchov, a professor at the University of Kansas Medical Center,
earned his degree from Moscow University named after Lomonosov. He began his
academic journey in the USA as a faculty member at Baylor College of Medicine in
Houston, TX, where he delved into the mechanisms governing genetic control of
lipid metabolism. Later, at the University of Utah, his research focused on
cloning new genes responsible for encoding retinal proteins. During his tenure
at Washington University in St. Louis, he investigated molecular and cellular
mechanisms underlying neurodegenerative diseases and retinal degeneration.
Currently, Professor Surguchov's research is centered on unraveling the
structure–function relationships of proteins implicated in neurodegeneration
and ocular diseases. Using various animal and cellular models, his laboratory
explores the roles of naturally unfolded proteins, their transcriptional
regulation, processing, and post-translational modifications. More recently, he
has developed a keen interest in elucidating the role of microRNAs in
gene expression regulation. Additionally, his research
encompasses the study of protein misfolding and the
mechanism of epigenetic regulation.