Macromolecules Flashcards

(45 cards)

0
Q

Inorganic compounds

A

Sodium, chloride, bicarbonate

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1
Q

Organic Compounds

A

Contain both carbon and hydrogen

Include: carbs, proteins, lipids, nucleic acids

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2
Q

Polymers

A

Large molecules made up of repeating units. Example: glucose

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3
Q

Monomers

A

Individual building blocks in polymers. Example: starch, cellulose, glycogen

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4
Q

Metabolism

A

All the reactions that take place within a cell

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5
Q

Anabolism

A

The reactions that build up structures

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6
Q

Catabolism

A

The reactions that break down structures (enzyme digestion)

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7
Q

Hydrophobic/lipophilic

A

Water fearing, fat loving.

Oils. Non polar.

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8
Q

Hydrophilic/lipophobic

A

Water loving. Fat fearing. Water. Polar.

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9
Q

Cells must:

A
Obtain and ingest food and water
Get rid of wastes
Grow
Respond to their environment
Reproduce
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10
Q

Biochemistry

A

The study of chemical reactions ad the molecules and processes involved in them

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11
Q

Photosynthesis equation

A

6CO2 + 6H2O = 6O2 + C6H12O6

carbon dioxide + water = oxygen + glucose

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12
Q

Sugars and starches always contain…

A

…2 atoms of hydrogen and one atom of oxygen for every atom of carbon. CH2O

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13
Q

Carbohydrates provide

A

Short or longer term energy storage

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14
Q

Monosaccharide

A

A carbohydrate molecule with 3-7 carbon atoms (simple sugar)

Example: glucose, fructose, galactose

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15
Q

Disaccharide

A

Made up of two simple sugars held together by dehydration synthesis (maltose, sucrose, lactose)
Nutritional source of monosaccharides

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16
Q

Polysaccharide

A

Large numbers of simple sugars linked via dehydration synthesis
A complex carb
(starch, glycogen, cellulose)
Energy storage

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17
Q

Starch

A

Energy storage in plants

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18
Q

Glycogen

A

Energy storage in animals

19
Q

Cellulose

A

Plants use to build cell walls, stores energy, provides support.

20
Q

Lipids

A

Do not dissolve in water
Contain carbon, hydrogen, oxygen
Include: triglycerides, waxes, phospholipids, waxes, steroids

21
Q

Lipids purposes

A

Long term nutrient and energy storage
Insulation
Cushioning of organs
Hormones

22
Q

Fat molecule structure

A

3 branched
One molecule of glycerol
Three molecules of fatty acid
AKA triglyceride (non polar)

23
Q

Fatty acid

A

A hydrocarbon chain

Attaches to one of the three main reaction sites on a glycerol molecule

24
Saturated fatty acids
Solid at room temperature
25
Unsaturated fatty acids
Liquid at room temperature
26
Protein functions
Make up most cellular structures Function as enzymes Help transport substances across cell membranes Act as chemical messengers
27
Proteins are assembled from...
...small units (amino acid molecules)
28
Peptide bond
A chemical linkage which joins individual amino acids together
29
Polypeptide
A chain of amino acids that is not yet a protein
30
Common amino acids
20 amino acids required for healthy body structures and functions
31
Essential amino acids
8 of the common amino acids that must be present in your food because your body cannot manufacture them
32
Protein formation
Many amino acids are joined together to form a polypeptide chain. Begins to cool up into a helix or bend into pleated lines. The helix folds into a 3-D structure. Many proteins contain 2 or more folded polypeptides joined together.
33
Nucleic acids
Direct the growth and development if every living thing by means of a chemical code
34
RNA
Ribonucleic acid: contains instructions for making proteins
35
DNA
Deoxyribonucleic acid: contains instructions for making RNA
36
Nucleotides
Phosphate + pentose sugar + nitrogen base Long chains of linked subunits
37
Triglycerides
Energy storage, insulation, cushioning | Glycerol molecule with 3 fatty acids attached via dehydration synthesis
38
Waxes
Water proofing, protection, structural elements Leaves and fruits, bird feathers Beeswax
39
Phospholipids
Similar to triglycerides Glycerol molecule, 2 fatty acids, and 1 phosphorous containing molecule Form membranes (semi permeable bilayers)
40
Steroids
4 fused carbon rings | Chemical messengers
41
mRNA
Messenger RNA
42
tRNA
Transfer RNA
43
rRNA
ribosomal RNA
44
Protein synthesis
``` DNA unzips mRNA copy is made mRNA leaves nucleus and meets up with a ribosome tRNA brings amino acid Amino acid is formed ```