BMSC 230 Study Guide - Final Guide: Thymidine Monophosphate, Mitochondrial Matrix, Isoniazid

• School: U of S
• Department: Biomedical Sciences
• Course: BMSC 230
• Professor: Khandelwal Ramji

Document Summary

Amino acid precursor(s) tyrosine tyrosine tyrosine tyrosine histidine glycine asp, gln, gly asp, gln. O2 carrier in hemoglobin nucleic acid synthesis nucleic acid synthesis. *the following molecules do not need to be memorized. Just know that small changes in the molecules lead to big changes in their functions. Functions of nucleotides: precursors of dna and rna. Atp, gtp, ctp, utp rna datp, dgtp, dctp, dttp dna: atp energy currency in biological systems, adenine nucleotides components of 3 major coenzymes: Nad+, fad, coa: activated intermediates in many biosynthetic pathways, ex// udp- glucose, metabolic regulators, ex// camp (the 2nd messenger of glucagon. Biosynthesis of purine nucleotides: de novo pathway, salvage pathway, de novo pathway: Overview of de novo synthesis of pu ntp: Regulation: feedback inhibition, prpp synthetase (-) adp (amp is converted to adp, gln-prpp amidotransferase (-) amp (-) gmp (-) imp, adenylosuccinate synthetase, imp dehydrogenase (-) admp (-) gmp, reciprocal regulation of gmp and amp synthesis: