Glycerol Glucogensis

aa degradation Glycaol in glucogenic HPQR CH2 -OH CH2OH CH-OH - + P CH-OH Glutamate CH2-OH CH2- - OP Glyceol LKG. NADH,H+ CH2OH C=O C17 oddchainfalty acid I CH2OP degradation DHAP Generate 3C propionyl CoA as the last product Glocose S CoA CO2 I C=O methyl malonyl I CH2 3c ketoacid, , CoA. + I CH3 CoA. coo coo coo ScoA CO2 SCoA I I - C=O C=O C=O C=O Acetyl CoA CH2 CH2 CH2 CH3 caboxylase I f I coo COO acetyl malonyl Pysovate COLOAA CoA CoA ScoA SCOA I C=00 C=O Mutase I CH - COO CH2 Vit B12 I is the CH2 CH3 Cofaclor. coo methyl succinyl can be converted malonyl

VIM (+ oddchain in also converted b PCOA) Propronyl CoA mulase Soccinyl CoA glocose Purine Xanthin Uric acid xo (Xanthin oxidase) T Allantain Inlamediales Alloporinol (competitive inhibitor) & durgef gout disease Allantoic acid of Purine Gootdiscase Cassimilation of creain calabolism. drug. bone joints) Ammonia Assimilation Root Soil Alkaline TIP.aquaporiD. H PM Cytosol acidythe H+ATPASE soil ammonity - Transport insoil exist as in ammonium ion Glu, ,Asp, Gh point NH3 TIP NH4+ AM night I N113 (onnight storedin vacoule Trasponds Vacools Ammonia backin transporta Day time Readion - Dayline BCS ATPond redfdavailable only @ time day GW + NH3 ATP G/n + APP GID sythelace G/n + & KG 2 Glulamale or QtntAsp + ATP GOGAT Glulamine Asn Synthetane (2fdsed) Oxoglularate Amino transferase GLU + ASD + ADP