Biochemistry

Front 1

Motif

Back 1

Repetitive secondary proteins

Front 2

List of structural proteins

Back 2

Collagen

Elastin

Keratin

Actin

Tubulin

Front 3

Motor proteins are known to display

Back 3

Enzymatic activity through ATPases

Front 4

Lines in said in mitosis by

Back 4

Aligning chromosomes during metaphase

Front 5

Dyneins aid in

Back 5

Movement

Front 6

Another name for immunoglobulins

Back 6

Antibodies

Front 7

What produces antibodies

Back 7

B-cells

Front 8

Composition and structure of antibodies

Back 8

Y-shaped with 2 heavy chains and 2 light chains

Front 9

Where do antigens bind on antibodies

Back 9

Tip of each Y

Front 10

Types of enzyme enzyme linked receptors

Back 10

Membrane spanning domains

Lingand binding domain

Catalytic domain

Front 11

Membrane spanning domains

Back 11

Anchor receptors into the cell membrane

Front 12

Membrane spanning domains

Back 12

Anchor receptors into the cell membrane

Front 13

Ligand binging domain

Back 13

Stimulated by certain ligand and activates a catalytic domain

Front 14

Membrane spanning domains

Back 14

Anchor receptors into the cell membrane

Front 15

Ligand binging domain

Back 15

Stimulated by certain ligand and activates a catalytic domain

Front 16

Catalytic domain

Back 16

Begins second messenger cascade

Front 17

G Protein Coupled Receptors

Back 17

Named due to their intracellular link to GDP & GTP

Front 18

Gs

Back 18

Stimulates adenylate cyclase

Front 19

Gs

Back 19

Stimulates adenylate cyclase

Front 20

Gi

Back 20

Inhibits adenylate cyclase

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Gq

Back 21

Activated phospholipase

Front 22

Gq

Back 22

Activated phospholipase

Front 23

Electrophoresis

Back 23

Separates proteins based on size and charge. The smaller and/or more charged move faster.

Front 24

Gq

Back 24

Activated phospholipase

Front 25

Electrophoresis

Back 25

Separates proteins based on size and charge. The smaller and/or more charged move faster.

Front 26

Native Page

Back 26

Used in conjunction with other techniques to differentiate sizes of similar compounds

Front 27

Gq

Back 27

Activated phospholipase

Front 28

Electrophoresis

Back 28

Separates proteins based on size and charge. The smaller and/or more charged move faster.

Front 29

Native Page

Back 29

Used in conjunction with other techniques to differentiate sizes of similar compounds

Front 30

SDS PAGE

Back 30

Sepetates based off mass alone

Uses SDS to denature

Affected by friction and E field

Front 31

Gq

Back 31

Activated phospholipase

Front 32

Electrophoresis

Back 32

Separates proteins based on size and charge. The smaller and/or more charged move faster.

Front 33

Native Page

Back 33

Used in conjunction with other techniques to differentiate sizes of similar compounds

Front 34

SDS PAGE

Back 34

Sepetates based off mass alone

Uses SDS to denature

Affected by friction and E field

Front 35

Isoelectric focusing

Back 35

Separates by pI/pH

Acid goes to anode, Bases go to cathode

Front 36

Chromatography

Back 36

Passes through porous mixture in which molecules that are similar to the pores are retained longer.

Front 37

Chromatography

Back 37

Passes through porous mixture in which molecules that are similar to the pores are retained longer.

Front 38

Column chromatography

Back 38

Less polar = faster movements

Uses silica or alumina (polar)

Front 39

Chromatography

Back 39

Passes through porous mixture in which molecules that are similar to the pores are retained longer.

Front 40

Column chromatography

Back 40

Less polar = faster movements

Uses silica or alumina (polar)

Front 41

Ion-exchabge

Back 41

Uses a charger substance in the column to attract opposing charges

Front 42

Chromatography

Back 42

Passes through porous mixture in which molecules that are similar to the pores are retained longer.

Front 43

Column chromatography

Back 43

Less polar = faster movements

Uses silica or alumina (polar)

Front 44

Ion-exchabge

Back 44

Uses a charger substance in the column to attract opposing charges

Front 45

Size exckusion

Back 45

Uses tiny pores to trap smaller molecules

Front 46

Chromatography

Back 46

Passes through porous mixture in which molecules that are similar to the pores are retained longer.

Front 47

Column chromatography

Back 47

Less polar = faster movements

Uses silica or alumina (polar)

Front 48

Ion-exchabge

Back 48

Uses a charger substance in the column to attract opposing charges

Front 49

Size exckusion

Back 49

Uses tiny pores to trap smaller molecules

Front 50

X-Ray Crystollagraphy

Back 50

Measures electron density