BIOMOLECULES Flashcards

1
Q

What are the 4 biomolecules?

A
  • Carbohydrates
  • Lipids
  • Nucleic Acids
  • Proteins
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2
Q

WE TYPICALLY GET BIOMOLECULES FROM

A

FOOD

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3
Q

THE BIOMOLECULES SERVE TO KEEP

A

ORGANISMS ALIVE

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4
Q

CARBOHYDRATES
ARE?

A

SUGARS

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5
Q

We get __ kilocalories per gram
of carb that we eat!

A

4

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6
Q

Most common organic molecule

A

Carbohydrates

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7
Q

Function: Primary energy source our body
needs

A

Carbohydrates

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8
Q

Elements present: C, H, O (1:2:1 ratio)

A

Carbohydrates

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9
Q

Monomer (building block):
Monosaccharides (Glucose is most common)

A

Carbohydrates

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10
Q

Polymer: Polysaccharides (starch, Glycogen,
Cellulose, Chitin

A

Carbohydrates

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11
Q

Examples: Chocolate, Bread, Pasta, Fruits,
Vegetables (ALL FROM PLANTS!!!)

A

Carbohydrates

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12
Q

Single sugar

A

monosaccharide

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13
Q

Ex: glucose , fructose (in fruits)

A

Single sugar: monosaccharide

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14
Q

2 monosaccharides

A

disaccharide

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15
Q

Ex: maltose, sucrose

A

2 monosaccharides: disaccharide

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16
Q

3+ monosaccharides

A

polysaccharide

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17
Q

Ex: Starch, Glycogen, Cellulose, and Chitin

A

3+ monosaccharides
polysaccharides

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18
Q

Used for energy storage in plants

A

Starch

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19
Q

Types of polysaccharides

A

Starch, Glycogen, Cellulose, and Chitin

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20
Q

Potatoes, pasta and rice are ?

A

Starch

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21
Q

They provide a quick form of energy for the body

A

Starch

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22
Q

Used for energy storage in animals

A

Glycogen

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23
Q

Provides structural
support in plants (found
in the cell wall)

A

Cellulose

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24
Q

Found in exoskeletens of
arthropods (insects,
spiders)

A

Chitin

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25
Found in cell wall of some fungi
Chitin
26
Primarily in a Ring shape (but not always)
Carbohydrates
27
LIPIDS ARE?
FATS
28
We get _____ kcals per gram Of fat that we consume.
9
29
Function: Store energy, Insulates your body, and make up the cell membrane!
Lipids
30
Elements: C-H-O
Lipids
31
Monomer (Building blocks): glycerol & 3 fatty acids
Lipids
32
Polymer: Phospholipids, triglycerides
Lipids
33
Example: Steroids, cholesterol, fats, Oils, Nuts, Waxes, and make up part of the cell membrane
Lipids
34
are Hydrophobic (water fearing) and do not dissolve in water
Lipids
35
Lipids can be?
Saturated and Unsaturated
36
The bonds between all the carbons are single bonds.
Saturated
37
Solid at room temperature
Saturated
38
Mainly animal fats (bacon grease, lard)
Saturated
39
There is at least one double or triple bond between carbons present.
Unsaturated
40
Liquid at room temperature
Unsaturated
41
Mainly plant based fats (olive oil, peanut oil) as well as oily fish (Tuna, Sardines)
Unsaturated
42
unhealthy lipids
Saturated
43
healthy lipids
Unsaturated
44
Long strands of Carbon and Hydrogen
Lipid Structure (HYDROCARBONS)
45
BUILD US
PROTEINS
46
We get ____ kcals per gram Of protein that we consume.
4
47
Transport molecules in and out of the cell
Proteins
48
Control the speed of chemical reaction
Proteins
49
Used for growth and repair
Proteins
50
make up the structure of living things…Hair, nails, skin, bones, muscle, etc.
Proteins
51
Elements: C-H-O-N
Proteins
52
Monomer (Building Block): amino acids (20 different ones!)
Proteins
53
Polymer: proteins (tons)
Proteins
54
hemoglobin in red blood cells, albumin in eggs, enzymes that control reactions in the body, and antibodies
Proteins
55
Found in: fish, eggs, meat
Proteins
56
______ groups represent one of the 20 Amino Acids! (so, each amino acid has something different in that spot)
R
57
When groups of _____ are joined together a protein is formed
amino acids
58
There are ____kinds of amino acids
20
59
what amino acids consist of?
They consist of a carboxyl group (COOH) and an amino group NH2
60
form between amino acids
Peptide bonds
61
other name for Peptide bonds
polypeptide
62
These biomolecules are not necessarily from food
NUCLEIC ACIDS
63
Provide our genetic information
Nucleic acids
64
Holds the instructions to make proteins.
Nucleic acids
65
Elements: C-H-O-N-P
Nucleic acids
66
Monomer : nucleotides
Nucleic acids
67
A nucleotide is made up of:
* Sugar *Phosphate *Nitrogen Base: A, T, G, C, or U
68
Polymer: DNA, RNA and AT
Nucleic acids
69
dextrose sugar
glucose
70
MONOSACCHARIDE
GLUCOSE GALACTOSE FRUCTOSE
71
DISACCHARIDE
SUCROSE LACTOSE MALTOSE
72
monomers of sucrose
glucose+fructose
73
monomers of lactose
glucose+galactose
74
monomers of maltose
glucose+glucose
75
on the same side of hydrogen and healthy
cis fatty acid
76
on the opposite side of hydrogen and unhealthy
trans fatty acid
77
hydrogenation of vegetable oils
trans fatty acid
78
naturally existing
cis fatty acid
79
table sugar
surcose