AP Biology Carbohydrates AP Biology OH H H HO CH 2 OH H H H OH O Carbohydrates energy molecules.
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Transcript of AP Biology Carbohydrates AP Biology OH H H HO CH 2 OH H H H OH O Carbohydrates energy molecules.
![Page 1: AP Biology Carbohydrates AP Biology OH H H HO CH 2 OH H H H OH O Carbohydrates energy molecules.](https://reader035.fdocuments.net/reader035/viewer/2022062308/56649ec95503460f94bd7130/html5/thumbnails/1.jpg)
AP Biology
Carbohydrates
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AP Biology
OH
OH
H
H
HO
CH2OH
HH
H
OH
O
Carbohydratesenergy
molecules
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AP Biology
Carbohydrates Carbohydrates are composed of C, H, O
carbo - hydr - ate
CH2O
(CH2O)x C6H12O6
Function: energy energy storage raw materials structural materials
Monomer: sugars
ex: sugars, starches, cellulose
sugar sugar sugar sugar sugar sugar sugarsugar
C6H12O6(CH2O)x
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AP Biology
Sugars Most names for sugars end in -ose
OH
OH
H
H
HO
CH2OH
HH
H
OH
O
Glucose
H
OH
HO
O H
HHO
H
Ribose
CH2OH
Glyceraldehyde
H
H
H
H
OH
OH
O
C
C
C6 5 3
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AP Biology
Functional groups determine function
carbonyl
ketone
aldehyde
carbonyl
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AP Biology
Sugar structure5C & 6C sugars form rings in solution
Carbons are numberedCarbons are numbered
Where do you find solutions
in biology?In cells!
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AP Biology
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Simple & complex sugars Monosaccharides
simple 1 monomer sugars glucose
Disaccharides 2 monomers sucrose
Polysaccharides large polymers starch
OH
OH
H
H
HO
CH2OH
H
H
H
OH
O
Glucose
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AP Biology
Building sugars Dehydration synthesis
glycosidic linkage
|glucose
|glucose
monosaccharides disaccharide
|maltose
H2O
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AP Biology
Building sugars Dehydration synthesis
|fructose
|glucose
monosaccharides
|sucrose
(table sugar)
disaccharide
Let’s go to the videotape!
H2O
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AP Biology
Polysaccharides (Video) Polymers of sugars
costs little energy to build easily reversible = release energy
Function: energy storage
starch (plants) glycogen (animals)
in liver & muscles
structure cellulose (plants) chitin (arthropods & fungi)
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AP Biology
Linear vs. branched polysaccharides
starch(plant)
glycogen(animal)
energystorage
What doesbranching do?
Let’s go to the videotape!
slow release
fast release
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AP Biology
Polysaccharide diversity Molecular structure determines function
isomers of glucose structure determines function…
in starch in cellulose
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AP Biology
Digesting starch vs. cellulose
starcheasy todigest
starcheasy todigest enzyme
enzyme
cellulosehard todigest
cellulosehard todigest
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AP Biology
Cellulose Most abundant organic
compound on Earth herbivores have evolved a mechanism to
digest cellulose most carnivores have not
that’s why they eat meat to get their energy & nutrients
cellulose = undigestible roughage
But it tasteslike hay!
Who can liveon this stuff?!
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Regents Biology
Cowcan digest cellulose well; no need to eat other sugars
Gorillacan’t digest cellulose well; must add another sugar source, like fruit to diet
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Regents Biology
Helpful bacteria How can herbivores digest cellulose so well?
BACTERIA live in their digestive systems & help digest cellulose-rich (grass) meals
Ruminants
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QuickTime™ and aTIFF (Uncompressed) decompressor
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again, George!
I eat
WHAT!
Caprophage
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Regents Biology
Let’s build some
Carbohydrates!
EATX
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Regents Biology
Group Questions Many polysaccharides are made of
these A. fatty acids B. amino acids C. glucose molecules D. glycerols E. four interconnected carbon rings
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Regents Biology
Group Questions Starch is made of these.
A. fatty acids B. amino acids C. glucose molecules D. glycerols E. four interconnected carbon rings