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10 Cards in this Set

  • Front
  • Back

Atomic Structure of Carbon as Building Block to Life

- Makes up base of every organic molecule


- Ability to form backbone of large/ diverse mlcls


- Four bonding sites


- Variety of shapes


- Chiefly bonds with hydrogen, nitrogen, oxygen, sulfure

Saturated VS Unsaturated

Saturated: - Single bonds (alkane)


- All have hydrogen or other atom bonded to it



Unsaturated: - Double or triple bonds (alkenes, alkynes)


- Less bonding spots (because of ^)


Hydroxyl

- Is an OH bonded to hydrocarbon (alcohol)


- Can make molecule polar ... hydrophilic


- (found in CHO, FA, pr-, NA)


- (is polar)

Carboxyl

- Is a single bond OH and double bond OH



R-C=O - Polar


| - Acidic


OH - (found in FA and pr-)

Amino Group

- Is an NH2 bonded to hydrocarbon


- Polar


- Amino acid side chains contribute to protein folding


- (found in pr- and NA)


Carbonyl Group

- Is a double bonded O


- Adelhyde (=O on end carbon)


- Ketone (=O on middle carbon)


- Polar


- (found in CHO, FA, pr- and NA)

Sulfhydryl Group

- Is an SH bonded to the hydrocarbon


- Slightly polar (negligible)


- Helps form proteins (contributes to 3rd folding)


- (found in pr- [amino acids])

Phosphate Group

- Is a phosphate single bonded to two OH and one O. Double bonded to an O.


OH - Polar


| - Helps form basis of lipid bilayer


R--O--P==O - Gives phospholipids their water


| solubility head


OH - (found in NA and ATP)

Condensation Reactions

- Also known as dehydration reactions


- Large molecules are joined by removal of water


- Two reactant molecules join together


- Most common method used to join smaller molecules and assemble larger ones.

Hydrolysis Reaction

- Componants of water (2H+ and O-) are added to functional groups as the molecules breakdown


- Water is used to split large molecules into smaller subunits