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77 Cards in this Set

  • Front
  • Back
acesulfame potasium
sunett, sweet one, 200x and heat stable
aspertane
nutra sweet equal 160-200x
can't heat.
saccharin
sweet and low 300 x heat stable
acesulfame potasium
sunett, sweet one, 200x heat stable
aspertane
nutra sweet equal 160-200x
can't heat
stevia
purevia, truvia 250-300x
no info
sucralose
splenda 600x heat stable
sugar alcohol
2.4 kc/g mannitol, sorbitol, xylitol
0.8 sweetness.
3 monosaccharides are
glucose- most abundant
fructose- sweetest
galactose
three disacharides
lactose (milk sugar) glucose + galactose

maltose (malt sugar) glucose +glucose

sucrose = (table sugar) glucose + fructose
high fructose corn syrup
blamed for obesity
sweeter + inexpensive
does not trigger insulin release.
lower insulin = higher appetite and no satiety signals.
fiber band with what to loosen stools?
water.
soluble fiber
digested by bacteria in colon.
beans and oats
promotes satiety
citrus, fruits, berries, food stays in stomache longer.
lower cholestoral
lower blood glucose
higher satiety.
insoluble fiber
constipation cure.
not digested.
vegetables,wheat, whole grains
lower colon cancer, lower diverticulosis, lower hemroids.
speeds through GI tract
carbohydrate function
promote energy
glucose only fuel source to enter brain and red blood cells.
fuel excersize
prevent ketoacidosis
digestion for carbs.
start in mouth salivary amylase.
small intestine pancreotic amylase
liver converts sugars to glucose if not needed everything else glycogin.
rest released by liver
pancrease sucreats
insulin and glucogon
Insulin
secreted when blood glucose is high.
transports glucose into cells
stimulates liver and muscles to store glucose as glycogin.
glucagon
secreted when blood glucose is low
stimulates liver to break down glycogin to glucose
assists with breakdown of body proteins to amino acids for making glucose
normal fasting blood glucose
70-110
glucagon =
lower than 70
glycemix index
potential of certain foods to raise blood sugar
glycemic load
amount of CHO x glyccemic index
diabetes
body can't regulate blood glucose
percentage type 1 and 2
1 5-10% 2. 90-95%
type 1
body can't produce enough insulin
type 2
body cells become insulin resistant.
hypoglycemia
low blood glucose, excessive insulin.
hypoglycemia 1. reactive
pancrease secreats to much insulin
hypoglycemia 2. fasting
body produces insulin even though you havn't eaten anything.
lactose intolerance
not producing enough lactase enzyme
milk allergy
protein in milk
triglycerides
3 fatty acids attactched to a glycerol
longer to digest longer chain
saturated
no double bonds.
solid at room temperature.
no hydrogin
transfat
hydrogenated.
solid at room temp.
LDL
bad cholestoral
hdl
high density equals good
what percent should = saturated intake?
10% or lower
unsaturated: 1. mufa
1 double bond, liquid at room temerature.
olive, canola, avacado
unsaturated: 2. pufa
less than one double bond and liquid at room temp.
sunflower, soybean, safaflower
Omega 6
transports fats, blood clotting, cell membrane structure.
omega 3
alpha, anti inflammatory, cognitive development, epa, dha and heart disease!
function of fats
energy, main fuel source at rest or low intensity, storage, food taste better, stays in stomache longer.
protection organs, maintain cell function
fat in mouth
lipase
fat in stomache
gastric lipase digests some triglicerides
fats: gall bladder releases bile in small intestine
breaks fats into small droplets.
pancreatoic lyypase
phospholipids
2 fattys acids + glycerol + phosphate
soluble in water!!
lipid transport as part of lipo proteins
emulsifier!
sterols
ring structure
not soluble in water
body makes cholestoral
transfat form
first unsaturated then double bonds broken (hydroginated) = solid at room temp.
most to least fats
mufa, pufa, 6 to 1.
20 % mufa up to 10 pufa
average american
too much omega 6
cancer, most reasearch
prostate cancer
what makes each amino acid different?
side chain
how many essential vs non essential.
20 in all. 9 ess, 11 noness.
Amino acids are joined by a what bond?
Peptide bond
what determines the structure of an amino acid?
DNA
AA are constanty what?
turned and synthesized.
lower protein synthesis means
missing amino acid, inadequate energy intake, incomplete protein
proteins are where?
everywhere
enzymes are what?
catalysts that break substances apart, bind, or transport.
proteins maintain what 2 things?
fluit and elctrolight balannce
proteins help immune system with
antibodies
Protein Digestion: starts where?
stomache- denatured by hdrochloric acid.
protein small intestine
proteases into single AA
protein liver
takes to cells as needed
how high over protein
1.6x
average american diet protein is
1.5-2x rda
excess protein =
higher cholestoral
semi vegetarian
no red meat
pescovegetarian-
no mammels birds
lacto-ovo-vegetarian
eat dairy plus eggs products of animals, not animal.
vegan
no flesh or products of animals
macrobiotic
ultimate brown rice and water. avoid all animal
vegetarians lack
vit. D, Iron, calcium, zinc, b12 - found only in animal products.
marasmus
inadequate energy + protein intake underweights, body and muscle wasting
kwashiorkor
not enough protein muscle wasting, swollen stomache, protein attracts fluid.
edema =
lower protein, lower protein in blood.