Browsing Search Results

Matched Description: and has both structural and signalling roles. In eukaryotes, there exist two phosphatidylcholine … biosynthesis pathways: the Kennedy pathway and the methylation pathway. The Kennedy pathway begins … -choline and subsequently phosphatidylcholine. It is the major synthesis route in animals. The

Matched Description: and has both structural and signalling roles. In eukaryotes, there exist two phosphatidylcholine … biosynthesis pathways: the Kennedy pathway and the methylation pathway. The Kennedy pathway begins … -choline and subsequently phosphatidylcholine. It is the major synthesis route in animals. The

Matched Description: and has both structural and signalling roles. In eukaryotes, there exist two phosphatidylcholine … biosynthesis pathways: the Kennedy pathway and the methylation pathway. The Kennedy pathway begins … -choline and subsequently phosphatidylcholine. It is the major synthesis route in animals. The

Matched Description: and has both structural and signalling roles. In eukaryotes, there exist two phosphatidylcholine … biosynthesis pathways: the Kennedy pathway and the methylation pathway. The Kennedy pathway begins … -choline and subsequently phosphatidylcholine. It is the major synthesis route in animals. The

Matched Description: and has both structural and signalling roles. In eukaryotes, there exist two phosphatidylcholine … biosynthesis pathways: the Kennedy pathway and the methylation pathway. The Kennedy pathway begins … -choline and subsequently phosphatidylcholine. It is the major synthesis route in animals. The

Matched Description: present in milk and the main source of energy supplied to the newborn mammalian in its mother’s milk … alpha lactose into D-glucose and D-galactose, which are actively transported into the intestinal … epithelial cells via the SGLT1 (GLUT1) cotransporter. GLUT1 actively transports glucose and galactose with … -glucose and D-galactose diffuse into the blood, facilitated by the SLC2A2 transporter on the

Matched Description: pterines, which are used in folate synthesis. Two branches are depicted: Pterin synthesis and … to the mitochondria and subsequently catalyzed into dyspropterin, which then exits the mitochondria … uses sepiapterin reductase, aldose reductase and carbonyl reductase [NADPH] 1 to create 6 … being converted to sepiapterin. Both branches of pterin reactions then respectively end in the creation of neopterin and dihydrobiopterin.

Matched Description: pterines, which are used in folate synthesis. Two branches are depicted: Pterin synthesis and … to the mitochondria and subsequently catalyzed into dyspropterin, which then exits the mitochondria … uses sepiapterin reductase, aldose reductase and carbonyl reductase [NADPH] 1 to create 6 … being converted to sepiapterin. Both branches of pterin reactions then respectively end in the creation of neopterin and dihydrobiopterin.

Matched Description: pterines, which are used in folate synthesis. Two branches are depicted: Pterin synthesis and … to the mitochondria and subsequently catalyzed into dyspropterin, which then exits the mitochondria … uses sepiapterin reductase, aldose reductase and carbonyl reductase [NADPH] 1 to create 6 … being converted to sepiapterin. Both branches of pterin reactions then respectively end in the creation of neopterin and dihydrobiopterin.

Matched Description: triphosphate (L-TP) can bind and inhibit the HIV reverse transcriptase as well as HBV polymerase, which lead to DNA chain termination.