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Deficient Dietary Folic Acid And Systemic Dsp-4 Induced Locus Coeruleus Loss Assessed As Neurodegenerative Cognitive Model In Adult Cb57/J6 Mice, Gabriel Kong, Aristotle Zeng, Theo Helm, Simon Khorani, Rohan Rampal, Smayana Kurapati, Riva Ranier, Aidan Schmidt, Maximilian Doane, David B. Green Phd, Susan E. Helm Phd
Deficient Dietary Folic Acid And Systemic Dsp-4 Induced Locus Coeruleus Loss Assessed As Neurodegenerative Cognitive Model In Adult Cb57/J6 Mice, Gabriel Kong, Aristotle Zeng, Theo Helm, Simon Khorani, Rohan Rampal, Smayana Kurapati, Riva Ranier, Aidan Schmidt, Maximilian Doane, David B. Green Phd, Susan E. Helm Phd
Seaver College Research And Scholarly Achievement Symposium
DEFICIENT DIETARY FOLIC ACID AND SYSTEMIC DSP-4 INDUCED LOCUS COERULEUS LOSS ASSESSED AS NEURODEGENERATIVE COGNITIVE MODEL IN ADULT CB57/J6 MICE Gabriel Kong, C. Foster Graf, Aristotle Zeng, Theodore Helm, Simon Khorani, Rohan Rample, Smayana Kurapati, Riva Rainier, Aidan Schmidt, Maximilian Doane, David B. Green, and Susan E. Helm Chemistry and Nutritional Science, Pepperdine University, Malibu, California
Dietary deficiency of folic acid (FA) shortened nerve lengths as much as 50% in hippocampal dentate gyrus (DG). Locus coeruleus (LC) is largest noradrenergic nucleus in central nervous system with neurogenic projections widely dispersed in the brain and, notably, a major norepinephrine source in …