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ANSC221 test1
Animal nutrition first 1/3 test
Term | Definition |
---|---|
Sugars | The MOLECULES that the elements carbon, hydrogen and oxygen form in carbohydrates |
Monosaccharide | Single simple sugar |
Disaccharide | Two sugar molecules |
Polysaccharide | More than two sugars |
Starch | Primary digestible polysaccharide in plants, composed of repeating units of maltose (which in turn was repeating units of glucose), so it is all glucose. Composed of 2 parts. |
Cellulose | Composed of repeating units of cellobiose, therefore also composed of glucose (primarily). Contains BETA bonds; no animal can digest beta bonds. Beta bond -> structural rigidity, makes fibrous nature of cellulose different from starch. |
Glycogen | Polysacchride composed of highly branched chains of glucose which is stored in animal cells for a ready supply of energy |
Glucose | Most important sugar; monosaccharide; hexose; blood sugar |
Ribose | Pentose; monosaccharide |
Fructose | Monosaccharide; hexose; found both combined and free in nature; combined with glucose in table sugar; high in semen to support sperm |
Galactose | Monosaccharide; hexose; only found combined in nature, with glucose in milk |
Maltose | Disaccharide; 2 units of glucose with alpha bond |
Mannose | Monosaccharide; hexose; does not occur free in nature but occurs combined in polysaccharides |
Cellobiose | Disaccharide; 2 units of glucose with beta bond |
Sucrose | Disaccharide; composed of one unit of fructose and one unit of glucose; table sugar |
Lactose | Disaccharide; composed of one unit of glucose and one unit of galactose; milk sugar |
3 major polysaccharides | Starch, cellulose, glycogen |
Amylose | Composed of straight chains of glucose without lots of branching; form of starch |
Amylopectin | Composed of chains of glucose with lots of branching; form of starch |
Acetic acid | 2 carbons, 0 double bonds |
Propionic acid | 3 carbons, 0 double bonds |
Butyric acid | 4 carbons, 0 double bonds |
Palmitic acid | 16 carbons, 0 double bonds |
Stearic acid | 18 carbons, 0 double bonds |
Oleic acid | 18 carbons, 1 double bond |
Linoleic acid | 18 carbons, 2 double bonds |
Linolenic acid | 18 carbons, 3 double bonds |
Arachidonic acid | 20 carbons, 4 double bonds |
Vitamin for milk fever | Vit D |
Vitamin interacts with selenium | C |
Vitamin contains cobalt | B12 |
Vitamin: carotene, retinol, ergosterol, etc | A |
Vitamin acts like hormone | D |
Vitamin necessary to use Ca & P | D |
Difference between Vit D2 and D3 | D2 - Plant, no chickens D3 - Animal tissues, all animals |
Which vitamins are toxic | ADEK |
Vitamin from sunshine | D |
Vitamin - antioxidant | E |
Phyloquinone and menadione have which vitamin activity? | K |
Dicoumerol | Anticoagulant functions as Vit K antagonist |
Function for A | Eyes |
Function for B | Prevent Beri Beri |
Function for C | Prevent scurvy |
Function for D | Prevent rickets |
Function for E | Reproduction |
Function for K | "Koagulation" |
Vitamin involved in flavoproteins, transport of H | B |
Curled toe paralysis | B12 |
Amino acid decarboxylation and deamination | B6 |
Pellegra | B3 |
Goose stepping in pigs | B6 |
Requires intrinsic factor for absorption | B12 |
Biotin is involved in..? | Cell metabolism |
Folic acid involved in..? | Genetic material |
Increase litter size in normal pigs | A |
Prevents spina bifida | B |
Macrominerals | Ca, P, Mg, Na, Cl, K, S |
Mineral necessary for normal bone | Ca |
Min necessary for blood clotting | Ca |
Min are cations control acid-base balance and osmotic balance | Na, Cl, K |
Min structural purposes | Ca |
Min for enzyme activators | All |
Min present as part of protein | S |
Min provided in salt | Na |
Min involved in grass tetany | Mg |
Min that is primary anion | Cl |
Calcium functions in body (4) | Regulate nerve exitability Normal muscle action Blood clotting Bone and teeth |