PRELIM 03 - The Chemical Level of Structural Organization Flashcards

1
Q

Part of water and many organic compounds; used to generate ATP

A

Oxygen (O)

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2
Q

Oxygen - % of total body mass

A

65%

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3
Q

Forms backbone chains and rings of all organic molecules

A

Carbon (C)

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4
Q

Carbon - % of total body mass

A

18.5%

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5
Q

Constituent of water and most organic molecules

A

Hydrogen (H)

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6
Q

Hydrogen - % of total body mass

A

9.5%

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7
Q

Component of all proteins and nucleic acids

A

Nitrogen (N)

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8
Q

Nitrogen - % of body mass

A

3.2%

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9
Q

Major elements constitutes about __________% of total body mass

A

96%

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10
Q

Contributes to the hardness of bones and teeth

A

Calcium (Ca)

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11
Q

Calcium - % of total body mass

A

1.5%

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12
Q

Component of nucleic acids and ATP

A

Phosphorus (P)

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13
Q

Phosphorus - % of total body mass

A

1%

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14
Q

Needed to generate action potentials

A

Potassium (K)

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15
Q

Potassium - % of total body mass

A

0.35%

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16
Q

Component of some vitamins and many proteins

A

Sulfur (S)

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17
Q

Sulfur - % of total body mass

A

0.25%

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18
Q

Essential for maintaining water balance and is needed to generate action potentials

A

Sodium (Na)

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19
Q

Sodium - % of total body mass

A

0.2%

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20
Q

Is essential for maintaining water balance

A

Chlorine (Cl)

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21
Q

Chlorine - % of total body mass

A

0.2%

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22
Q

Is needed for action of many enzymes

A

Magnesium (Mg)

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23
Q

Magnesium - % of total body mass

A

0.1%

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24
Q

Is part of hemoglobin and some enzymes

A

Iron (Fe)

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25
Iron - % of total body mass
0.005%
26
Lesser elements constitutes about __________% of total body mass
3.6%
27
The force of attraction that holds together ions with opposite charges
Ionic bonds
28
Positively charged ion
Cation
29
Negatively charged ion
Anion
30
An ionic compound that breaks apart into positive and negative ions in a solution
Electrolyte
31
Forms when two or more atoms share electrons rather than gaining or losing them
Covalent bonds
32
Forms when a hydrogen atom with a partial positive charge attracts the partial negative charge of neighboring electronegative atoms
Hydrogen bonds
33
Occurs when new bonds form or old bonds break between atoms
Chemical reactions
34
The starting substances
Reactants
35
The ending substances
Products
36
Is the capacity to do work
Energy
37
2 principal forms of energy
Potential energy, Kinetic energy
38
Stored energy
Potential energy
39
Energy in motion
Kinetic energy
40
States that energy cannot be created or destroyed, just transferred or converted
Law of Conservation of Energy
41
The collision energy needed to break the chemical bonds of the reactants
Activation energy
42
2 factors that influence activation energy
Concentration, Temperature
43
Are chemical compounds that speed up chemical reactions by lowering the activation energy
Catalysts
44
When two or more atoms, ions, or molecules combine to form new and larger molecules
Synthesis reaction/Anabolism
45
Splitting up of large molecules into smaller atoms, ions, or molecules
Decomposition reaction/Catabolism
46
Consists of both synthesis and decomposition reactions
Exchange reaction
47
The products can revert to the original reactants
Reversible reaction
48
When one substance is oxidized, another substance is reduced at the same time
Oxidation-reduction reaction
49
Large organic molecules
Macromolecules
50
4 major macromolecules
Carbohydrates, Lipids, Proteins, Nucleic acids
51
Contains carbon, hydrogen, and oxygen; used for energy supply and storage
Carbohydrates
52
3 types of carbohydrates
Monosaccharides, Disaccharides, Polysaccharides
53
Are fatty compounds that doesn't interact with water; used for long-term energy supply and storage
Lipids
54
3 examples of lipids
Waxes, Oils, Steroids
55
Includes the genetic material in any cell; includes DNA and RNA
Nucleic acids
56
The monomers of nucleic acids
Nucleotides
57
5 nucleotides in DNA and RNA
Guanine-Cytosine Adenine-Thymine/Uracil
58
Structural building blocks of cells in all tissues
Proteins
59
The monomers of proteins
Amino acids
60
4 structures of proteins
Primary structure, Secondary structure, Tertiary structure, Quaternary structure
61
The order of amino acids making up the polymer string
Primary structure
62
Helixes and sheets of the polymer string folding on itself
Secondary structure
63
Globs of sheets and helixes folding around each other
Tertiary structure
64
Individual proteins bound to each other to form a multi-protein unit with its own unique function
Quaternary structure
65
2 examples of monosaccharides
Glucose, Fructose
66
1 example of disaccharide
Sucrose
67
4 examples of polysaccharides
Starch, Glycogen, Cellulose, Chitin