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Using the model of cultured spinal ganglia, we demonstrated high neurotrophic activity of comenic acid and its derivatives potassium comenate and calcium comenate both under normal conditions and during oxidative… Click to show full abstract
Using the model of cultured spinal ganglia, we demonstrated high neurotrophic activity of comenic acid and its derivatives potassium comenate and calcium comenate both under normal conditions and during oxidative stress. Calcium comenate in the norm as well as potassium and calcium comenates during oxidative stress demonstrate greater neurotrophic potency than comenic acid.
Keywords:
calcium;
calcium comenate;
acid derivatives;
comenic acid
Journal Title: Bulletin of Experimental Biology and Medicine
Year Published: 2018
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Journal Title: Bulletin of Experimental Biology and Medicine
Year Published: 2018
Link to full text (if available)
Share on Social Media: Sign Up to like & get
recommendations!