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Slide 1 HH H H C Structural formulaBall-and-stick model Space-filling model Models of Methane Figure...

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Slide 1 H H H H C Structural formula Ball-and-stick model Space-filling model Models of Methane Figure 3.2 Page 36
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Page 1: Slide 1 HH H H C Structural formulaBall-and-stick model Space-filling model Models of Methane Figure 3.2 Page 36.

Slide 1

HH

H

H

C

Structural formula Ball-and-stick model

Space-filling model

Models of Methane Figure 3.2Page 36

Page 2: Slide 1 HH H H C Structural formulaBall-and-stick model Space-filling model Models of Methane Figure 3.2 Page 36.

Slide 2

Ball-and-stick models of glucose

In-text figurePage 36

Page 3: Slide 1 HH H H C Structural formulaBall-and-stick model Space-filling model Models of Methane Figure 3.2 Page 36.

Slide 3

or

Carbon rings

In-text figurePage 37

Page 4: Slide 1 HH H H C Structural formulaBall-and-stick model Space-filling model Models of Methane Figure 3.2 Page 36.

Slide 4

Ball-and-stick model of hemoglobin

Space-filling model of hemoglobin

Ribbon model of hemoglobin

Figure 3.3Page 37

Page 5: Slide 1 HH H H C Structural formulaBall-and-stick model Space-filling model Models of Methane Figure 3.2 Page 36.

Slide 5

Model for the electrostatic potential energy at the surface of part of a hemoglobin

Negatively charged region (red)

Positively charged region (blue)

Figure 3.4Page 37

Page 6: Slide 1 HH H H C Structural formulaBall-and-stick model Space-filling model Models of Methane Figure 3.2 Page 36.

Slide 6

HYDROXYL

METHYL

CARBONYL

CARBOXYL

AMINO

PHOSPHATE

(alcohol)

(aldehyde;—CHO)

(nonionized;—COOH)

(ionized;—COO–)

(nonionized;—NH2)

(ionized;—+NH3)

(icon for phosphate group)(ketone;

=CO)

Figure 3.5Page 38

Page 7: Slide 1 HH H H C Structural formulaBall-and-stick model Space-filling model Models of Methane Figure 3.2 Page 36.

Slide 7

An Estrogen Testosterone

Figure 3.6Page 38

Page 8: Slide 1 HH H H C Structural formulaBall-and-stick model Space-filling model Models of Methane Figure 3.2 Page 36.

Slide 8

enzyme action at functional groups

CONDENSATION

Figure 3.7aPage 39

Page 9: Slide 1 HH H H C Structural formulaBall-and-stick model Space-filling model Models of Methane Figure 3.2 Page 36.

Slide 9

enzyme action at functional groups

HYDROLYSIS

Figure 3.7bPage 39

Page 10: Slide 1 HH H H C Structural formulaBall-and-stick model Space-filling model Models of Methane Figure 3.2 Page 36.

Slide 10

Structure of glucose Structure of fructose

Figure 3.8aPage 40

Page 11: Slide 1 HH H H C Structural formulaBall-and-stick model Space-filling model Models of Methane Figure 3.2 Page 36.

Slide 11

glucose fructose

sucrose

+ H2O

Figure 3.8bPage 40

Page 12: Slide 1 HH H H C Structural formulaBall-and-stick model Space-filling model Models of Methane Figure 3.2 Page 36.

Slide 12

Cellulose chains Starch chain

Figure 3.9Page 40

Page 13: Slide 1 HH H H C Structural formulaBall-and-stick model Space-filling model Models of Methane Figure 3.2 Page 36.

Slide 13

cellulose

amylose (a starch)

glycogen

Figure 3.10Page 41

Page 14: Slide 1 HH H H C Structural formulaBall-and-stick model Space-filling model Models of Methane Figure 3.2 Page 36.

Slide 14

Stepped Art

Figure 3.12Page 42

stearic acid oleic acid linolenic acid

Page 15: Slide 1 HH H H C Structural formulaBall-and-stick model Space-filling model Models of Methane Figure 3.2 Page 36.

Slide 15

three fatty-acid tails

glycerol

triglyceride

+ 3H20

Stepped Art

Figure 3.13Page 42

Page 16: Slide 1 HH H H C Structural formulaBall-and-stick model Space-filling model Models of Methane Figure 3.2 Page 36.

Slide 16

two hydrophobic tails

hydrophilichead

Fig. 3.14a,bPage 43

Page 17: Slide 1 HH H H C Structural formulaBall-and-stick model Space-filling model Models of Methane Figure 3.2 Page 36.

Slide 17

Sterol backbone

CholesterolStepped Art

Figure 3.15aIn-text p43

Page 18: Slide 1 HH H H C Structural formulaBall-and-stick model Space-filling model Models of Methane Figure 3.2 Page 36.

Slide 18

Amino group (basic) Carboxyl group

(acidic)

R group (20 kinds with distinct properties)

Stepped Art

Figure 3.16Page 44

Page 19: Slide 1 HH H H C Structural formulaBall-and-stick model Space-filling model Models of Methane Figure 3.2 Page 36.

Slide 19

alanine (ala)

valine (val)

tryptophan (trp)

methionine (met)

proline (pro)

Figure 3.17Page 44

Page 20: Slide 1 HH H H C Structural formulaBall-and-stick model Space-filling model Models of Methane Figure 3.2 Page 36.

Slide 20

newly forming polypeptide chain

Another peptide bond forms. Water forms as a by-product.

Stepped Art

Fig. 3.18a-dPage 45

Peptide bond forms.Water forms as a by-product.

Another peptide bond forms.Water forms as a by-product.

Another peptide bond forms.Water forms as a by-product.

Page 21: Slide 1 HH H H C Structural formulaBall-and-stick model Space-filling model Models of Methane Figure 3.2 Page 36.

Slide 21

Primary structure of cattle insulin

disulfide bonds

Figure 3.18ePage 45

Page 22: Slide 1 HH H H C Structural formulaBall-and-stick model Space-filling model Models of Methane Figure 3.2 Page 36.

Slide 22

Tertiary structure

Peptide group

Secondary structure

Figure 3.19aPage 46

Page 23: Slide 1 HH H H C Structural formulaBall-and-stick model Space-filling model Models of Methane Figure 3.2 Page 36.

Slide 23

Secondary structure

Tertiary structure

Figure 3.19bPage 46

Page 24: Slide 1 HH H H C Structural formulaBall-and-stick model Space-filling model Models of Methane Figure 3.2 Page 36.

Slide 24

HLA-A2 quaternary structure

Binding site

One chain spans the plasma membrane and anchors molecule

Stepped Art

Figure 3.20Page 47

Page 25: Slide 1 HH H H C Structural formulaBall-and-stick model Space-filling model Models of Methane Figure 3.2 Page 36.

Slide 25

heme group

coiled and twisted polypeptide chain of one globin molecule

alpha chain

beta chain alpha chain

beta chain

Stepped Art

Fig. 3.21a,bPage 48

Page 26: Slide 1 HH H H C Structural formulaBall-and-stick model Space-filling model Models of Methane Figure 3.2 Page 36.

Slide 26

Stepped Art

Fig. 3.21c,dPage 48

Normal(HbA)

valine histidine leucine proline threonine glutamateglutamate

HbS

valine histidine leucine proline threonine glutamatevaline

Page 27: Slide 1 HH H H C Structural formulaBall-and-stick model Space-filling model Models of Methane Figure 3.2 Page 36.

Slide 27

3 phosphate groups

sugar

nitrogen-containing

base ATP

Figure 3.23aPage 50

nitrogen-containing

base

Page 28: Slide 1 HH H H C Structural formulaBall-and-stick model Space-filling model Models of Methane Figure 3.2 Page 36.

Slide 28

NAD+

Figure 3.23bPage 50

Page 29: Slide 1 HH H H C Structural formulaBall-and-stick model Space-filling model Models of Methane Figure 3.2 Page 36.

Slide 29

Adenine(a base)

Thymine

Guanine Cytosine

phosphate group

sugar (deoxyribose)

Figure 3.24aPage 51

Page 30: Slide 1 HH H H C Structural formulaBall-and-stick model Space-filling model Models of Methane Figure 3.2 Page 36.

Slide 30

Single strand of DNA or RNA

sugar

phosphateconnected bycovalent bond

base

Figure 3.24bPage 51

Page 31: Slide 1 HH H H C Structural formulaBall-and-stick model Space-filling model Models of Methane Figure 3.2 Page 36.

Slide 31

hydrogen bonding between bases

covalent bonding in carbon backbone

Figure 3.25Page 51


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