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17 Cards in this Set

  • Front
  • Back
Glyconic Acid
Glucose reacts with oxygen O2 to make a carboxyl group
Glucoronic acid
Glucose metabolism in the liver
Liver takes glucose and makes glucoronic acid
Glucoronic acid and biliribun bilirubin glucuronide discharged through the intestines and urine (urbill)
Bilirubin comes from hemoglobin degradation - light sensitive
Glycerides
Made up of glycerol and fatty acids through dehydration synthesis and an ester bond is formed
Glycerol is an alcohol
Monoglyceride
Glycerol and one fatty acid chain
Fatty acids
pic
Long carbon chains with H atoms attached and a carboxylic acid (-COOH)group at one end

Butyric acid - butter fat
Lipids
Contain C:H in a 1:2 ratio like carbohydrates, but have much less oxygen

Ex: C12H24O2
Fats
Fats are esters
Diglyceride
glycerol and 2 fatty acid chains
Triglyceride
Glycerol and 3 fatty acid chains
Glycerides
Glycerol monobutyrate is a monglyceride; It i glycerol and one fatty acid chain (butyric acid) combined through dehydration synthesis
Stearic Acid
?butyric acid
C17H35-COOH

# of H is 2 (17) + 1 = 35
Oleic Acid
Mixed triglyceride
Saturated Fatty acids
In a saturated fatty acid, each C in the tail has 4 single covalent bonds - 2 to H and 2 to C
The carbon at the end of the tail has 3 H atoms
In an unsaturated fatty acid, one or more of the single covalent bonds between carbon atoms becomes a double bond, so each of those carbon atoms bins with only 1 H atom.
A monounsaturated fatty acid has one double bond
A polyunsaturated fatty acid has multiple double bonds
Unsaturated Fatty Acids

How to figure out how many double bonds
If have C19,
should have 2(19) +1 = 39 H
C19H31-COOH Do 39-31 = 8; divide by 2 = 4 doyuble bonds
Unsaturated Fatty Acids FOR TEST

How to figure out how many double bonds
C17 H31 - COOH
If 17 carbons, should have 35 H atoms; 35-31=4; divide by 2 - 2 double bonds
Characterize fatty acids
1 double bond - monounsaturated
2 double bonds - diunsaturated
3 or more double bonds - polyunsaturated
Fats
Get stored not used
Glycogen readily broken down