Properties of Biomolecules Flashcards

(75 cards)

1
Q

How many calories are in Lipids?

A

9 per gram

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2
Q

How many calories are in Nucleic Acids?

A

2 per gram

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3
Q

How many calories are in Carbs?

A

4 per gram

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4
Q

How many calories are in Protiens?

A

4 per gram

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5
Q

Carb atomic structure

A

C, 2H for every O

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6
Q

Protein atomic structure

A

C, H, O & N

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7
Q

Lipid atomic structure

A

C, H & O

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8
Q

Nucleic Acid atomic structure

A

C, H, O, N & P

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9
Q

Examples of simple carbs

A

fruit, honey, sugar

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10
Q

Examples of complex carbs

A

potatoes, cereals, rice, bread, pasta

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11
Q

Examples of proteins

A

beans, eggs, milk, nuts

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12
Q

Examples of Lipids

A

butter, cream, oils, fried food

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13
Q

Examples of Nucleic Acids

A

meat, fish, mushrooms, yeast, vegetables

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14
Q

Function of Simple carbs.

A

Instant energy

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15
Q

What is glycogen used for

A

Reserve energy in Muscle cells

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16
Q

Where does carb digestion start?

A

Mouth

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17
Q

Where does carb digestion end?

A

Small intestine

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18
Q

What does glucose do?

A

Blood sugar, converted into ATP energy

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19
Q

What moves glucose into cells?

A

Insulin

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20
Q

What does insulin do?

A

Builds glycogen out of glucose

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21
Q

What does glucadon do?

A

Breaks glycogen into glucose

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22
Q

Where is glycogen stored?

A

Liver and skeletal muscles

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23
Q

What does protein do?

A

Build body parts and chemicals

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24
Q

What body parts does protein make?

A

Skin, muscle, hair, nails

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25
What chemicals do proteins make?
enzymes, hormones, and neurotransmitters
26
Where does protein digestion begin?
Stomach
27
Where does protein digestion end?
Small Intestine
28
When is protein used for energy?
In emergencies
29
What are enzymes?
special proteins that make reactions happen faster
30
Denaturing
Change of shape of protein so it does not function normally - heat, pH or salinity
31
What type of energy are Lipids used for?
Long term energy
32
What does the body use Lipids for?
Cell membranes, hormones, insulation, cushion
33
Where are Lipids digested?
Small intestine
34
Saturated fats
solid at room temp, animals - bacon, beef, lard - single bonds between all Carbons - hydrogen atoms at all possible places on carbon backbone
35
Unsaturated fats
liquid at room temp, plants - corn oil, peanut oil - will have double bonds between carbons, thus fewer Hydrogens
36
Trans fats
man made solid fat - oil turned into solid - margerine and shortening
37
Why are trans fats bad for your health?
Sticks to artery walls, causes narrowing of arteries; increased blood pressure
38
Anabolic
build molecules - estrogen, progesterone, testosterone
39
Catabolic
break molecules down -anti - inflamatory steroid - cortisone, prednisone
40
What are nucleic acids used for?
DNA, RNA, and ATP
41
DNA
deoxyribose, double stranded, instructions on how to make protein, stays in the nucleus
42
RNA
ribose sugar, single stranded, does what DNA tells it to - move around in the cell
43
Where are nucleic acids digested in?
The small intestine
44
Dehydration Synthesis
BUILDING MOLECULES - BY FIRST REMOVING A WATER anabolic PROCESS
45
Hydrolysis
BREAKING MOLECULES BY ADDING WATER - CATABOLIC REACTION
46
Properties of water
Cohesion, Adhesion, Thermal Properties, Solvent Properties
47
How far is each level on the pH scale?
10x the next number
48
Donate H+ in water
Acids
49
Gain H+ in water
Base
50
Neutralization Reaction
Acid + Base = Salt + Water
51
How do water molecules bond?
Positive Hydrogen to Negitive Oxygen
52
What do buffers do?
Prevent pH change
53
Normal body pH range
7.3 - 7.5
54
Causes acidosis
Starvation, diabetic ketosis, diarrhea, alcohol
55
Caused by acidosis
Coma
56
Causes Alkadosis
Kidney failure, UTI, Vomiting, Gastric Suction
57
Insulin
Decreases glucose levels by moving it into cells and turn it into glycogen
58
Insulin is produced by
Beta cells
59
Glucagon
Increases glucose levels by breaking glycogen
60
Glucagon is produced by
Alpha cells
61
Caused by Alkalosis
Tetanus
62
What test do you boil when testing biomolecules
Benedict's Test
63
Body pH too acidic
Acidosis
64
Body pH too basic
Alkalosis
65
The chemical process of BUILDING molecules.
anabolic reactions
66
The chemical process of BREAKING DOWN molecules.
catabolic reactions
66
Bio-
Living/life
67
Making a molecule by removing water
Dehydration Synthesis
68
Breaking a molecule down by adding water
Hydrolysis
69
Hydro-
Water
70
Saturated Fats
Solid at room temp.
71
Unsaturated Fats
Liquid at room temp.
72
-Lysis
to split/break apart
73
Chem-
Chemicals
74
Function of Complex carbs.
Reserve energy stored in liver and muscles