fogellab.neurology ucla.edu

TheFogelLab

The Fogel Lab, under the direction of the Principal Investigator Dr. Brent Fogel, seeks to understand the basic and fundamental molecular mechanisms underlying human neurodevelopment and neurodegenerative disease. We are currently examining how specific genes and genetic pathways influence the development of two classes of neurogenetic disease 1 autism spectrum disorder and 2 cerebellar ataxia. Our goal is to better understand the molecular etiologies behind these diseases to improve diagnosis and develo

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UCLA Human Genetics

Raquo; David Geffen School of Medicine. Raquo; Department of Human Genetics. Genetics and Genomics Home Area. Dr Stanley Nelson and Dr. Julian Martinez-Agosto were quoted by Medical Xpress and MyScience. org in stories published on the use of genetic sequencing at UCLA to diagnose patients with rare conditions. Dr Steve Horvath has been named as one of five Allen Distinguished Investigators by the Paul G.

Rochester Ataxia Foundation

Alex and Ani Event Alex and Ani teamed up together with the Rochester Ataxia Foundation RAF. 5th Annual RAF Golf Tournament. This year marks the 5th RAF Golf Tournament and we are excited to tee off on July 12th for a day of pars, Eagles, birdies and prizes! .

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TheFogelLab

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The Fogel Lab, under the direction of the Principal Investigator Dr. Brent Fogel, seeks to understand the basic and fundamental molecular mechanisms underlying human neurodevelopment and neurodegenerative disease. We are currently examining how specific genes and genetic pathways influence the development of two classes of neurogenetic disease 1 autism spectrum disorder and 2 cerebellar ataxia. Our goal is to better understand the molecular etiologies behind these diseases to improve diagnosis and develo

PARSED CONTENT

The header had neurodevelopment as the highest ranking search term. This keyword was followed by neurodegenerative, genes, and neurogenetic which isn't as urgent as neurodevelopment. The other words they used was autism. spectrum is also included but could not be viewed by web crawlers.

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Samantha Morris Lab

The Morris Lab is a stem cell and developmental biology laboratory based in the Departments of Genetics, and Developmental Biology at Washington University in St. Our research focuses on dissecting the gene regulatory networks that define cell fate. We apply this knowledge to engineer clinically relevant cell types. Manipulating gene regulatory networks to generate clinically relevant cell types. Embryonic development as a blueprint for guiding cell fate.

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In the short life of the humble nematode. We seek a microcosm of our own. Washington University School of Medicine. We study individual variability, aging, and robustness. We primarily use variability in C. Lifespan as a metazoan model for understanding noise control, homeostatic robustness, and biological individuality. Overall, we hope to understand why and how some individuals age more successfully than others.

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