por Amir Ali 10 anos atrás
331
Mais informações
Nucleoside-everything except phosphate group
Ntirogenous base, pentose (5 carbon sugar), phosphate group
Pentose sugar
Deoxyiribose
Ribose
Nitrogenous bases
Purines
Adenine, Guanine
Pyrimidine
Cytosine, Thymine, Uracil
Multiple Tertiary structures combined
All (R-groups, hydrophobic, disulfide bridge, ionic bonds, h-bonds)
Backbone interactions (hydrogen bonds)
Peptide bonds
Covalent Bond-Dehydration Synthesis
Chitin
Cellulose-Beta
Glycogen
Starch-Alpha
Disaccharide-2 monosaccharide
Glycosidic linkage
Glucose
Galactose (differ in assmetric carbon)
Fructose (structural isomer)-ketose
P 1-2n
M 1-2n
A 2-2n
T 2-2n
Cytokinesis 2-2n
P I 1-2n
M1 1-2n
A1 2-n
T1 2-n
Cytokinesis 2-n
Meiosis II (similar to Mitosis I)
Cytokinesis 4-n
Origin of Replication
Daughter Stand 5'->3'
Leading/lagging strand 5'->3'
Parental Strand 3'->5'
Subtopic
Base-Pairing
G-C (3 H-Bonds)
A-T (2 H-Bonds)
ATP broken down to ADP + Pi results in energy dissipation.
Catabolic reaction
Dissapitate energy from catabolic reactions is used to make ATP (ADP + Pi).
Anabolic reaction