Pyrimidine nitrogenous bases

Enzyme responsible for regulating the rates of gluconeogenesis in cells

Liver and muscle debranching enzyme deficiency

Pfk

Process of moving ions (eg. Protons) to the other side if biological membrane

B glucoceribrosidase

Tetrose (4c)

B hexosaminidase a

Panax quinquefolus

18

Glut2- deficiency

Sphingomyelinase

Steroidal (neutral) saponins

20

Purely glucogenic aa

Hexose (6c)

Defensive proteins

Enzyme needed in the conversion of fructose 6 phosphate to fructose 1,6 biphosphate

Principle that utilizes proximity of inorganic phosphate with adenosine diphosphate to produce atp

22

Hormonal/ regulatory protein

Thermal degradation into smaller volatile molecules without interacting with oxygen or any other oxidants

Pentose (5c)

Pyrimidine nitrogenous bases present in dna only

Small nuclear; ribozymes found in the spliceomers

Both ketogenic and hlucogenic aa

Heptose (7c)

B hexosaminidase a and b

Transfer; carry amino acids to the ribosomes

Level structure of protein not affected by changes in ph

Liver debranching enzyme deficiency

Glycyrrhiza glabra

Tightly incorporated molecules

Other saponins

Aromatic amino acids

Sialic (9c)

Determines the direction that ions will flow through an open ion channel

26

Structural proteins

Pyrimidine nitrogenous bases present in rna only

D ribose and d xylose are

Panax ginseng

24