Please enable JavaScript.
Coggle requires JavaScript to display documents.
CHAPTER 2 MOLECULAR BIOLOGY (CHAPTER 2 (protein (protein structure…
CHAPTER 2 MOLECULAR BIOLOGY
CHAPTER 2
metabolism
anabolism
catabolism
water
structure&bonding
polarity
hydrogen interaction
hydrophobic & hydrophilic
properties
adhesive
cohesive
thermal
solvent
usage
protein
amino acid(building block)
amine group
R group
carboxyl group
H(hydrogen
forming of peptide bond
condensation reaction
hydrolysis reaction
protein structure
primary
secondary
teritary
quaternary
protein conformation
denature
proteome
functions of protein
genes and polypeptide
polypeptide and protein
diversity of protein
carbohydrate
sugar subunit
monosaccharide(building block)
polysaccharide
disaccharide
condensation reaction
sugar polymer
glycogen
starch
cellulose
functions
enzyme
substrate&active site diagram
factors affecting enzyme activity
pH
temperature
concentration of substrate/enzyme
presence of inhibitor
competitive
incompetitive
enzyme specificity
use in industry
DNA&RNA
nucleotides structure (building block)
Phosphate group (circle)
Nitrogenous base (rectangle
5-carbon pentose sugar (pentagon)
differences
pentose sugar
DNA: Deoxyribose
RNA: ribose
nitrogen base
DNA: T
RNA: U
structure
DNA: double helix
RNA: single stranded
types of RNA
Messenger RNA (mRNA)
Transfer RNA (tRNA)
Ribosomal RNA (rRNA)
replication
DNA replication
semi-conservative process
complementary base pairing
enzymes
helicase
polymerase
RNA tramscription
translation
mRNA & genetic code
codons and anticodons
lipids
types of fatty acid
saturated
:one or more carbon-carbon double bond
unsaturated
:one or more carbon-carbon double bond
monounsaturated
polyunsaturated
trans
health risk
cis
triglyceride
(building block)
3 fatty acid
1 glycerol
body mass index, healthy risks
cell respiration
production of ATP
2 main types
anaerobic
aerobic
types of activity
active transportation
moving organelles around inside the cell(chromosomes, vesicles)
synthesis of large molecules
ATP
hydrolysis
ADP
phosphhate
photosynthesis