Weaver/Molecular Biology

Directory of Images

List of Images on the VRL to accompany Weaver, Molecular Biology, 1/e

0001.PIC
Figure Number: 2.4
Chapter Number: 2
Legend: The Hershey-Chase experiment
0002.PIC
Figure Number: 2.11
Chapter Number: 2
Legend: Shorthand DNA notation

0003.PIC
Figure Number: 2.13
Chapter Number: 2
Legend: The base pairs of DNA 0004.PIC
Figure Number: 2.14 a,b
Chapter Number: 2
Legend: Three models of DNA structure

0005.PIC
Figure Number: 2.14 c
Chapter Number: 2
Legend: Three models of DNA structure 0006.PIC
Figure Number: 3.1
Chapter Number: 3
Legend: Outline of gene expression

0007.PIC
Figure Number: 3.4
Chapter Number: 3
Legend: Protein secondary structure 0008.PIC
Figure Number: 3.5
Chapter Number: 3
Legend: An antiparallel beta-sheet

0009.PIC
Figure Number: 3.7
Chapter Number: 3
Legend: Protein tertiary structure 0010.PIC
Figure Number: 3.8
Chapter Number: 3
Legend: Globular protein domains

0011.PIC
Figure Number: 3.12
Chapter Number: 3
Legend: The messenger hypothesis 0012.PIC
Figure Number: 3.14
Chapter Number: 3
Legend: Stages of transcription

0013.PIC
Figure Number: 3.17
Chapter Number: 3
Legend: Secondary structure of tRNA 0014.PIC
Figure Number: 3.18
Chapter Number: 3
Legend: Codon-anticodon recognition

0015.PIC
Figure Number: 3.21
Chapter Number: 3
Legend: Fingerprinting a protein 0016.PIC
Figure Number: 4.2
Chapter Number: 4
Legend: First cloning experiment

0017.PIC
Figure Number: 4.3
Chapter Number: 4
Legend: The pBR322 vector 0018.PIC
Figure Number: 4.4
Chapter Number: 4
Legend: Cloning with pBR322

0019.PIC
Figure Number: 4.7 a
Chapter Number: 4
Legend: Joining vector to insert 0020.PIC
Figure Number: 4.7 b
Chapter Number: 4
Legend: Joining vector to insert

0021.PIC
Figure Number: 4.8
Chapter Number: 4
Legend: Cloning in Charon 4 0022.PIC
Figure Number: 4.9
Chapter Number: 4
Legend: Plaque hybridization

0023.PIC
Figure Number: 4.11
Chapter Number: 4
Legend: The pBluescript vector 0024.PIC
Figure Number: 4.12
Chapter Number: 4
Legend: The polymerase chain reaction

0025.PIC
Figure Number: 4.13
Chapter Number: 4
Legend: Nick translation 0026.PIC
Figure Number: 4.14
Chapter Number: 4
Legend: Making a cDNA library

0027.PIC
Figure Number: 4.15
Chapter Number: 4
Legend: cDNA cloning with RT-PCR 0028.PIC
Figure Number: 4.19
Chapter Number: 4
Legend: Purifying fusion proteins

0029.PIC
Figure Number: 4.20
Chapter Number: 4
Legend: Fusion proteins from lambda-gt11 0030.PIC
Figure Number: 4.21
Chapter Number: 4
Legend: Screening clones with antibody

0031.PIC
Figure Number: 4.22
Chapter Number: 4
Legend: Baculovirus expression

0032.PIC
Figure Number: 4.23
Chapter Number: 4
Legend: Yeast artificial chromosomes 0033.PIC
Figure Number: 4.25
Chapter Number: 4
Legend: Cloning in plants

0034.PIC
Figure Number: 5.4
Chapter Number: 5
Legend: Nonradioactive probes 0035.PIC
Figure Number: 5.5
Chapter Number: 5
Legend: Southern blotting

0036.PIC
Figure Number: 5.11
Chapter Number: 5
Legend: DNA sequencing (Sanger) 0037.PIC
Figure Number: 5.13 a,b
Chapter Number: 5
Legend: Automated DNA sequencing

0038.PIC
Figure Number: 5.13 c
Chapter Number: 5
Legend: Automated DNA sequencing 0039.PIC
Figure Number: 5.14
Chapter Number: 5
Legend: DNA sequencing (Maxam-Gilbert)

0040.PIC
Figure Number: 5.20
Chapter Number: 5
Legend: Site-directed mutagenesis 0041.PIC
Figure Number: 5.22
Chapter Number: 5
Legend: PCR-based mutagenesis

0042.PIC
Figure Number: 5.23
Chapter Number: 5
Legend: S1 mapping (5'-end) 0043.PIC
Figure Number: 5.24
Chapter Number: 5
Legend: S1 mapping (3'-end)

0044.PIC
Figure Number: 5.26
Chapter Number: 5
Legend: Primer extension 0045.PIC
Figure Number: 5.27
Chapter Number: 5
Legend: Run-off transcription

0046.PIC
Figure Number: 5.28
Chapter Number: 5
Legend: Run-on transcription 0047.PIC
Figure Number: 5.29 a
Chapter Number: 5
Legend: Using a reporter gene

0048.PIC
Figure Number: 5.30
Chapter Number: 5
Legend: Nitrocellulose filter binding 0049.PIC
Figure Number: 5.31
Chapter Number: 5
Legend: Gel mobility shift assay

0050.PIC
Figure Number: 5.32 a
Chapter Number: 5
Legend: Dnase footprinting 0051.PIC
Figure Number: 5.33 a
Chapter Number: 5
Legend: DMS footprinting

0052.PIC
Figure Number: 5.34
Chapter Number: 5
Legend: Knockout mouse (stage 1) 0053.PIC
Figure Number: 5.35
Chapter Number: 5
Legend: Knockout mouse (stage 2)

0054.PIC
Figure Number: 6.6
Chapter Number: 6
Legend: Effect of sigma 0055.PIC
Figure Number: 6.7
Chapter Number: 6
Legend: Effect of temperature

0056.PIC
Figure Number: 6.8
Chapter Number: 6
Legend: Polymerase-promoter binding 0057.PIC
Figure Number: 6.10
Chapter Number: 6
Legend: Polymerase-promoter binding

0058.PIC
Figure Number: 6.12
Chapter Number: 6
Legend: The rrnB P1 promoter 0059.PIC
Figure Number: 6.14
Chapter Number: 6
Legend: Transcription initiation

0060.PIC
Figure Number: 6.15
Chapter Number: 6
Legend: Function of sigma 0061.PIC
Figure Number: 6.16
Chapter Number: 6
Legend: Sigma can be reused

0062.PIC
Figure Number: 6.17
Chapter Number: 6
Legend: The sigma cycle 0063.PIC
Figure Number: 6.18
Chapter Number: 6
Legend: DNA melting by RNA polymerase

0064.PIC
Figure Number: 6.20
Chapter Number: 6
Legend: DNA covered by RNA polymerase 0065.PIC
Figure Number: 6.21
Chapter Number: 6
Legend: Methylation interference assay

0066.PIC
Figure Number: 6.25
Chapter Number: 6
Legend: Bromodeoxyuridine, thymidine 0067.PIC
Figure Number: 6.27
Chapter Number: 6
Legend: Polymerase-promoter contacts

0068.PIC
Figure Number: 6.29
Chapter Number: 6
Legend: Sigma homologies 0069.PIC
Figure Number: 6.38
Chapter Number: 6
Legend: Model of function of alpha-CTD

0070.PIC
Figure Number: 6.40
Chapter Number: 6
Legend: Rifampicin-resistance 0071.PIC
Figure Number: 6.41
Chapter Number: 6
Legend: Polymerase affinity labeling

0072.PIC
Figure Number: 6.45
Chapter Number: 6
Legend: DNA-binding sites in polymerase 0073.PIC
Figure Number: 7.2
Chapter Number: 7
Legend: Negative control of lac operon

0074.PIC
Figure Number: 7.4 a,b
Chapter Number: 7
Legend: Regulatory mutations 0075.PIC
Figure Number: 7.4 c
Chapter Number: 7
Legend: Regulatory mutations

0076.PIC
Figure Number: 7.10
Chapter Number: 7
Legend: CAP + cAMP function 0077.PIC
Figure Number: 7.12
Chapter Number: 7
Legend: CAP + cAMP activation

0078.PIC
Figure Number: 7.13
Chapter Number: 7
Legend: DNA looping 0079.PIC
Figure Number: 7.15 b
Chapter Number: 7
Legend: The CAP-cAMP-DNA complex

0080.PIC
Figure Number: 7.19
Chapter Number: 7
Legend: Constraints on DNA looping 0081.PIC
Figure Number: 7.20
Chapter Number: 7
Legend: Control of the ara operon

0082.PIC
Figure Number: 7.25
Chapter Number: 7
Legend: Autoregulation of araC 0083.PIC
Figure Number: 7.26
Chapter Number: 7
Legend: Negative control of trp operon

0084.PIC
Figure Number: 7.28
Chapter Number: 7
Legend: Mechanism of attenuation 0085.PIC
Figure Number: 7.29
Chapter Number: 7
Legend: 2º structures of trp leader

0086.PIC
Figure Number: 7.31
Chapter Number: 7
Legend: Overriding attenuation 0087.PIC
Figure Number: 8.1
Chapter Number: 8
Legend: Control of SP01 transcription

0088.PIC
Figure Number: 8.4
Chapter Number: 8
Legend: Control of T7 transcription 0089.PIC
Figure Number: 8.20
Chapter Number: 8
Legend: Effect of N on termination

0090.PIC
Figure Number: 8.21
Chapter Number: 8
Legend: N-directed antitermination 0091.PIC
Figure Number: 8.23
Chapter Number: 8
Legend: Establishing lysogeny

0092.PIC
Figure Number: 8.26
Chapter Number: 8
Legend: Maintaining lysogeny 0093.PIC
Figure Number: 8.31
Chapter Number: 8
Legend: Activation by contacting sigma

0094.PIC
Figure Number: 8.32
Chapter Number: 8
Legend: Battle between CI and Cro

0095.PIC
Figure Number: 9.2
Chapter Number: 9
Legend: lambda repressor-operator binding 0096.PIC
Figure Number: 9.3
Chapter Number: 9
Legend: Two recognition helices

0097.PIC
Figure Number: 9.8
Chapter Number: 9
Legend: Repressor-operator H-bonds 0098.PIC
Figure Number: 9.9
Chapter Number: 9
Legend: Interactions with DNA backbone

0099.PIC
Figure Number: 9.12
Chapter Number: 9
Legend: 434 repressor-operator binding 0100.PIC
Figure Number: 9.16
Chapter Number: 9
Legend: Tryptophan site in trp repressor

0101.PIC
Figure Number: 9.19
Chapter Number: 9
Legend: DNA major and minor grooves 0102.PIC
Figure Number: 10.10
Chapter Number: 10
Legend: alpha-amanitin inhibition profile

0103.PIC
Figure Number: 10.11
Chapter Number: 10
Legend: Small RNA synthesis inhibition 0104.PIC
Figure Number: 10.12
Chapter Number: 10
Legend: Epitope tagging

0105.PIC
Figure Number: 10.28
Chapter Number: 10
Legend: TATA box and initiation site 0106.PIC
Figure Number: 10.30
Chapter Number: 10
Legend: Linker scanning

0107.PIC
Figure Number: 11.6.
Chapter Number: 11
Legend: DABPolF complex formation 0108.PIC
Figure Number: 11.17
Chapter Number: 11
Legend: TBP-promoter interactions

0109.PIC
Figure Number: 11.20
Chapter Number: 11
Legend: Activator action 0110.PIC
Figure Number: 11.25
Chapter Number: 11
Legend: Class II preinitiation complex

0111.PIC
Figure Number: 11.31
Chapter Number: 11
Legend: General transcription factors 0112.PIC
Figure Number: 11.32
Chapter Number: 11
Legend: TFIIS and RNA elongation

0113.PIC
Figure Number: 11.50
Chapter Number: 11
Legend: Class III preinitiation complex 0114.PIC
Figure Number: 11.52
Chapter Number: 11
Legend: TATA-less promoters

0115.PIC
Figure Number: 12.2
Chapter Number: 12
Legend: A zinc finger 0116.PIC
Figure Number: 12.4 b
Chapter Number: 12
Legend: Three zinc fingers

0117.PIC
Figure Number: 12.8
Chapter Number: 12
Legend: Glucocorticoid action 0118.PIC
Figure Number: 12.12 a
Chapter Number: 12
Legend: Homeodomain-DNA complex

0119.PIC
Figure Number: 12.18
Chapter Number: 12
Legend: A chimeric activator 0120.PIC
Figure Number: 12.27
Chapter Number: 12
Legend: Model for activator action

0121.PIC
Figure Number: 12.32
Chapter Number: 12
Legend: Models for enhancer action 0122.PIC
Figure Number: 12.41
Chapter Number: 12
Legend: Mediator action

0123.PIC
Figure Number: 13.4
Chapter Number: 13
Legend: Models of nucleosome structure 0124.PIC
Figure Number: 13.25
Chapter Number: 13
Legend: Transcription activation model

0125.PIC
Figure Number: 13.37
Chapter Number: 13
Legend: Histone deacetylase action 0126.PIC
Figure Number: 13.39
Chapter Number: 13
Legend: Activation and repression

0127.PIC
Figure Number: 14.2
Chapter Number: 14
Legend: Outline of splicing 0128.PIC
Figure Number: 14.4
Chapter Number: 14
Legend: Lariat model of splicing

0129.PIC
Figure Number: 14.27
Chapter Number: 14
Legend: U5 and U6 splicing interactions 0130.PIC
Figure Number: 14.29
Chapter Number: 14
Legend: Spliceosomal active center

0131.PIC
Figure Number: 14.32
Chapter Number: 14
Legend: Spliceosome cycle 0132.PIC
Figure Number: 14.36
Chapter Number: 14
Legend: Yeast two-hybrid assay

0133.PIC
Figure Number: 14.47
Chapter Number: 14
Legend: A self-splicing intron 0134.PIC
Figure Number: 15.1
Chapter Number: 15
Legend: Cap purification

0135.PIC
Figure Number: 15.15
Chapter Number: 15
Legend: The polyadenylation process 0136.PIC
Figure Number: 15.25
Chapter Number: 15
Legend: The pre-cleavage complex

0137.PIC
Figure Number: 15.31
Chapter Number: 15
Legend: Model for polyadenylation 0138.PIC
Figure Number: 16.2
Chapter Number: 16
Legend: Human rRNA processing

0139.PIC
Figure Number: 16.14
Chapter Number: 16
Legend: Trans-splicing scheme 0140.PIC
Figure Number: 16.24
Chapter Number: 16
Legend: Model for RNA editing

0141.PIC
Figure Number: 17.2
Chapter Number: 17
Legend: Aminoacyl-tRNA synthetase 0142.PIC
Figure Number: 17.19
Chapter Number: 17
Legend: Translation initiation

0143.PIC
Figure Number: 17.20
Chapter Number: 17
Legend: The scanning model 0144.PIC
Figure Number: 17.25 a
Chapter Number: 17
Legend: Effect of leader 2º structure

0145.PIC
Figure Number: 17.33
Chapter Number: 17
Legend: Adapter role of eIF-4G 0146.PIC
Figure Number: 17.35
Chapter Number: 17
Legend: Phosphorylation of eIF-2alpha

0147.PIC
Figure Number: 18.1
Chapter Number: 18
Legend: Direction of translation (plan) 0148.PIC
Figure Number: 18.2
Chapter Number: 18
Legend: Direction of translation (data)

0149.PIC
Figure Number: 18.9
Chapter Number: 18
Legend: Translation elongation 0150.PIC
Figure Number: 18.14
Chapter Number: 18
Legend: aminoacyl-tRNA-A site binding

0151.PIC
Figure Number: 19.2
Chapter Number: 19
Legend: The 30S ribosomal subunit 0152.PIC
Figure Number: 19.4
Chapter Number: 19
Legend: The 50S ribosomal subunit

0153.PIC
Figure Number: 19.5 (right)
Chapter Number: 19
Legend: The 70S ribosome structure 0154.PIC
Figure Number: 19.33
Chapter Number: 19
Legend: tRNA (two views)

0155.PIC
Figure Number: 19.35
Chapter Number: 19
Legend: 3-D structure of tRNA 0155.PIC
Figure Number: 19.35
Chapter Number: 19
Legend: 3-D structure of tRNA

0155.PIC
Figure Number: 19.35
Chapter Number: 19
Legend: 3-D structure of tRNA 0156.PIC
Figure Number: 20.3
Chapter Number: 20
Legend: Three replication hypothesis

0157.PIC
Figure Number: 20.6
Chapter Number: 20
Legend: Continuity of DNA replication 0158.PIC
Figure Number: 20.8
Chapter Number: 20
Legend: Priming in DNA synthesis

0159.PIC
Figure Number: 20.14
Chapter Number: 20
Legend: Rolling circle replication 0160.PIC
Figure Number: 20.27
Chapter Number: 20
Legend: Primer removal

0161.PIC
Figure Number: 20.34
Chapter Number: 20
Legend: E. coli mismatch repair 0162.PIC
Figure Number: 21.4
Chapter Number: 21
Legend: Priming in phage replication

0163.PIC
Figure Number: 21.17 a,b,c,d
Chapter Number: 21
Legend: Sliding of Beta clamp 0164.PIC
Figure Number: 21.17 e,f,g
Chapter Number: 21
Legend: Sliding of Beta clamp

0165.PIC
Figure Number: 21.22
Chapter Number: 21
Legend: the pol III* subassembly

0166.PIC
Figure Number: 21.23
Chapter Number: 21
Legend: Simultaneous strand synthesis 0167.PIC
Figure Number: 21.24
Chapter Number: 21
Legend: Cycling between Beta clamps

0168.PIC
Figure Number: 21.30
Chapter Number: 21
Legend: Lagging strand replication 0169.PIC
Figure Number: 21.35
Chapter Number: 21
Legend: Necessity for telomerase

0170.PIC
Figure Number: 22.2
Chapter Number: 22
Legend: Holliday model of recombination 0171.PIC
Figure Number: 22.5
Chapter Number: 22
Legend: The RecBCD pathway

0172.PIC
Figure Number: 22.28
Chapter Number: 22
Legend: Ruv AB-Holliday junction complex 0173.PIC
Figure Number: 35
Chapter Number: 22
Legend: Integration and excision

0174.PIC
Figure Number: 22.46
Chapter Number: 22
Legend: Light chain gene rearrangement 0175.PIC
Figure Number: 22.48
Chapter Number: 22
Legend: Signals for V(D)J joining

0176.PIC
Figure Number: 22.57
Chapter Number: 22
Legend: Tn3 transposition 0177.PIC
Figure Number: 22.61
Chapter Number: 22
Legend: Mutagenesis by transposons

0178.PIC
Figure Number: 22.62
Chapter Number: 22
Legend: Structures of Ac and Ds 0179.PIC
Figure Number: 22.63
Chapter Number: 22
Legend: Retrovirus replication

Back

0001.PIC Figure Number: 2.4 Chapter Number: 2 Legend: The Hershey-Chase experiment	0002.PIC Figure Number: 2.11 Chapter Number: 2 Legend: Shorthand DNA notation
0003.PIC Figure Number: 2.13 Chapter Number: 2 Legend: The base pairs of DNA	0004.PIC Figure Number: 2.14 a,b Chapter Number: 2 Legend: Three models of DNA structure
0005.PIC Figure Number: 2.14 c Chapter Number: 2 Legend: Three models of DNA structure	0006.PIC Figure Number: 3.1 Chapter Number: 3 Legend: Outline of gene expression
0007.PIC Figure Number: 3.4 Chapter Number: 3 Legend: Protein secondary structure	0008.PIC Figure Number: 3.5 Chapter Number: 3 Legend: An antiparallel beta-sheet
0009.PIC Figure Number: 3.7 Chapter Number: 3 Legend: Protein tertiary structure	0010.PIC Figure Number: 3.8 Chapter Number: 3 Legend: Globular protein domains
0011.PIC Figure Number: 3.12 Chapter Number: 3 Legend: The messenger hypothesis	0012.PIC Figure Number: 3.14 Chapter Number: 3 Legend: Stages of transcription
0013.PIC Figure Number: 3.17 Chapter Number: 3 Legend: Secondary structure of tRNA	0014.PIC Figure Number: 3.18 Chapter Number: 3 Legend: Codon-anticodon recognition
0015.PIC Figure Number: 3.21 Chapter Number: 3 Legend: Fingerprinting a protein	0016.PIC Figure Number: 4.2 Chapter Number: 4 Legend: First cloning experiment
0017.PIC Figure Number: 4.3 Chapter Number: 4 Legend: The pBR322 vector	0018.PIC Figure Number: 4.4 Chapter Number: 4 Legend: Cloning with pBR322
0019.PIC Figure Number: 4.7 a Chapter Number: 4 Legend: Joining vector to insert	0020.PIC Figure Number: 4.7 b Chapter Number: 4 Legend: Joining vector to insert
0021.PIC Figure Number: 4.8 Chapter Number: 4 Legend: Cloning in Charon 4	0022.PIC Figure Number: 4.9 Chapter Number: 4 Legend: Plaque hybridization
0023.PIC Figure Number: 4.11 Chapter Number: 4 Legend: The pBluescript vector	0024.PIC Figure Number: 4.12 Chapter Number: 4 Legend: The polymerase chain reaction
0025.PIC Figure Number: 4.13 Chapter Number: 4 Legend: Nick translation	0026.PIC Figure Number: 4.14 Chapter Number: 4 Legend: Making a cDNA library
0027.PIC Figure Number: 4.15 Chapter Number: 4 Legend: cDNA cloning with RT-PCR	0028.PIC Figure Number: 4.19 Chapter Number: 4 Legend: Purifying fusion proteins
0029.PIC Figure Number: 4.20 Chapter Number: 4 Legend: Fusion proteins from lambda-gt11	0030.PIC Figure Number: 4.21 Chapter Number: 4 Legend: Screening clones with antibody
0031.PIC Figure Number: 4.22 Chapter Number: 4 Legend: Baculovirus expression
0032.PIC Figure Number: 4.23 Chapter Number: 4 Legend: Yeast artificial chromosomes	0033.PIC Figure Number: 4.25 Chapter Number: 4 Legend: Cloning in plants
0034.PIC Figure Number: 5.4 Chapter Number: 5 Legend: Nonradioactive probes	0035.PIC Figure Number: 5.5 Chapter Number: 5 Legend: Southern blotting
0036.PIC Figure Number: 5.11 Chapter Number: 5 Legend: DNA sequencing (Sanger)	0037.PIC Figure Number: 5.13 a,b Chapter Number: 5 Legend: Automated DNA sequencing
0038.PIC Figure Number: 5.13 c Chapter Number: 5 Legend: Automated DNA sequencing	0039.PIC Figure Number: 5.14 Chapter Number: 5 Legend: DNA sequencing (Maxam-Gilbert)
0040.PIC Figure Number: 5.20 Chapter Number: 5 Legend: Site-directed mutagenesis	0041.PIC Figure Number: 5.22 Chapter Number: 5 Legend: PCR-based mutagenesis
0042.PIC Figure Number: 5.23 Chapter Number: 5 Legend: S1 mapping (5'-end)	0043.PIC Figure Number: 5.24 Chapter Number: 5 Legend: S1 mapping (3'-end)
0044.PIC Figure Number: 5.26 Chapter Number: 5 Legend: Primer extension	0045.PIC Figure Number: 5.27 Chapter Number: 5 Legend: Run-off transcription
0046.PIC Figure Number: 5.28 Chapter Number: 5 Legend: Run-on transcription	0047.PIC Figure Number: 5.29 a Chapter Number: 5 Legend: Using a reporter gene
0048.PIC Figure Number: 5.30 Chapter Number: 5 Legend: Nitrocellulose filter binding	0049.PIC Figure Number: 5.31 Chapter Number: 5 Legend: Gel mobility shift assay
0050.PIC Figure Number: 5.32 a Chapter Number: 5 Legend: Dnase footprinting	0051.PIC Figure Number: 5.33 a Chapter Number: 5 Legend: DMS footprinting
0052.PIC Figure Number: 5.34 Chapter Number: 5 Legend: Knockout mouse (stage 1)	0053.PIC Figure Number: 5.35 Chapter Number: 5 Legend: Knockout mouse (stage 2)
0054.PIC Figure Number: 6.6 Chapter Number: 6 Legend: Effect of sigma	0055.PIC Figure Number: 6.7 Chapter Number: 6 Legend: Effect of temperature
0056.PIC Figure Number: 6.8 Chapter Number: 6 Legend: Polymerase-promoter binding	0057.PIC Figure Number: 6.10 Chapter Number: 6 Legend: Polymerase-promoter binding
0058.PIC Figure Number: 6.12 Chapter Number: 6 Legend: The rrnB P1 promoter	0059.PIC Figure Number: 6.14 Chapter Number: 6 Legend: Transcription initiation
0060.PIC Figure Number: 6.15 Chapter Number: 6 Legend: Function of sigma	0061.PIC Figure Number: 6.16 Chapter Number: 6 Legend: Sigma can be reused
0062.PIC Figure Number: 6.17 Chapter Number: 6 Legend: The sigma cycle	0063.PIC Figure Number: 6.18 Chapter Number: 6 Legend: DNA melting by RNA polymerase
0064.PIC Figure Number: 6.20 Chapter Number: 6 Legend: DNA covered by RNA polymerase	0065.PIC Figure Number: 6.21 Chapter Number: 6 Legend: Methylation interference assay
0066.PIC Figure Number: 6.25 Chapter Number: 6 Legend: Bromodeoxyuridine, thymidine	0067.PIC Figure Number: 6.27 Chapter Number: 6 Legend: Polymerase-promoter contacts
0068.PIC Figure Number: 6.29 Chapter Number: 6 Legend: Sigma homologies	0069.PIC Figure Number: 6.38 Chapter Number: 6 Legend: Model of function of alpha-CTD
0070.PIC Figure Number: 6.40 Chapter Number: 6 Legend: Rifampicin-resistance	0071.PIC Figure Number: 6.41 Chapter Number: 6 Legend: Polymerase affinity labeling
0072.PIC Figure Number: 6.45 Chapter Number: 6 Legend: DNA-binding sites in polymerase	0073.PIC Figure Number: 7.2 Chapter Number: 7 Legend: Negative control of lac operon
0074.PIC Figure Number: 7.4 a,b Chapter Number: 7 Legend: Regulatory mutations	0075.PIC Figure Number: 7.4 c Chapter Number: 7 Legend: Regulatory mutations
0076.PIC Figure Number: 7.10 Chapter Number: 7 Legend: CAP + cAMP function	0077.PIC Figure Number: 7.12 Chapter Number: 7 Legend: CAP + cAMP activation
0078.PIC Figure Number: 7.13 Chapter Number: 7 Legend: DNA looping	0079.PIC Figure Number: 7.15 b Chapter Number: 7 Legend: The CAP-cAMP-DNA complex
0080.PIC Figure Number: 7.19 Chapter Number: 7 Legend: Constraints on DNA looping	0081.PIC Figure Number: 7.20 Chapter Number: 7 Legend: Control of the ara operon
0082.PIC Figure Number: 7.25 Chapter Number: 7 Legend: Autoregulation of araC	0083.PIC Figure Number: 7.26 Chapter Number: 7 Legend: Negative control of trp operon
0084.PIC Figure Number: 7.28 Chapter Number: 7 Legend: Mechanism of attenuation	0085.PIC Figure Number: 7.29 Chapter Number: 7 Legend: 2º structures of trp leader
0086.PIC Figure Number: 7.31 Chapter Number: 7 Legend: Overriding attenuation	0087.PIC Figure Number: 8.1 Chapter Number: 8 Legend: Control of SP01 transcription
0088.PIC Figure Number: 8.4 Chapter Number: 8 Legend: Control of T7 transcription	0089.PIC Figure Number: 8.20 Chapter Number: 8 Legend: Effect of N on termination
0090.PIC Figure Number: 8.21 Chapter Number: 8 Legend: N-directed antitermination	0091.PIC Figure Number: 8.23 Chapter Number: 8 Legend: Establishing lysogeny
0092.PIC Figure Number: 8.26 Chapter Number: 8 Legend: Maintaining lysogeny	0093.PIC Figure Number: 8.31 Chapter Number: 8 Legend: Activation by contacting sigma
0094.PIC Figure Number: 8.32 Chapter Number: 8 Legend: Battle between CI and Cro
0095.PIC Figure Number: 9.2 Chapter Number: 9 Legend: lambda repressor-operator binding	0096.PIC Figure Number: 9.3 Chapter Number: 9 Legend: Two recognition helices
0097.PIC Figure Number: 9.8 Chapter Number: 9 Legend: Repressor-operator H-bonds	0098.PIC Figure Number: 9.9 Chapter Number: 9 Legend: Interactions with DNA backbone
0099.PIC Figure Number: 9.12 Chapter Number: 9 Legend: 434 repressor-operator binding	0100.PIC Figure Number: 9.16 Chapter Number: 9 Legend: Tryptophan site in trp repressor
0101.PIC Figure Number: 9.19 Chapter Number: 9 Legend: DNA major and minor grooves	0102.PIC Figure Number: 10.10 Chapter Number: 10 Legend: alpha-amanitin inhibition profile
0103.PIC Figure Number: 10.11 Chapter Number: 10 Legend: Small RNA synthesis inhibition	0104.PIC Figure Number: 10.12 Chapter Number: 10 Legend: Epitope tagging
0105.PIC Figure Number: 10.28 Chapter Number: 10 Legend: TATA box and initiation site	0106.PIC Figure Number: 10.30 Chapter Number: 10 Legend: Linker scanning
0107.PIC Figure Number: 11.6. Chapter Number: 11 Legend: DABPolF complex formation	0108.PIC Figure Number: 11.17 Chapter Number: 11 Legend: TBP-promoter interactions
0109.PIC Figure Number: 11.20 Chapter Number: 11 Legend: Activator action	0110.PIC Figure Number: 11.25 Chapter Number: 11 Legend: Class II preinitiation complex
0111.PIC Figure Number: 11.31 Chapter Number: 11 Legend: General transcription factors	0112.PIC Figure Number: 11.32 Chapter Number: 11 Legend: TFIIS and RNA elongation
0113.PIC Figure Number: 11.50 Chapter Number: 11 Legend: Class III preinitiation complex	0114.PIC Figure Number: 11.52 Chapter Number: 11 Legend: TATA-less promoters
0115.PIC Figure Number: 12.2 Chapter Number: 12 Legend: A zinc finger	0116.PIC Figure Number: 12.4 b Chapter Number: 12 Legend: Three zinc fingers
0117.PIC Figure Number: 12.8 Chapter Number: 12 Legend: Glucocorticoid action	0118.PIC Figure Number: 12.12 a Chapter Number: 12 Legend: Homeodomain-DNA complex
0119.PIC Figure Number: 12.18 Chapter Number: 12 Legend: A chimeric activator	0120.PIC Figure Number: 12.27 Chapter Number: 12 Legend: Model for activator action
0121.PIC Figure Number: 12.32 Chapter Number: 12 Legend: Models for enhancer action	0122.PIC Figure Number: 12.41 Chapter Number: 12 Legend: Mediator action
0123.PIC Figure Number: 13.4 Chapter Number: 13 Legend: Models of nucleosome structure	0124.PIC Figure Number: 13.25 Chapter Number: 13 Legend: Transcription activation model
0125.PIC Figure Number: 13.37 Chapter Number: 13 Legend: Histone deacetylase action	0126.PIC Figure Number: 13.39 Chapter Number: 13 Legend: Activation and repression
0127.PIC Figure Number: 14.2 Chapter Number: 14 Legend: Outline of splicing	0128.PIC Figure Number: 14.4 Chapter Number: 14 Legend: Lariat model of splicing
0129.PIC Figure Number: 14.27 Chapter Number: 14 Legend: U5 and U6 splicing interactions	0130.PIC Figure Number: 14.29 Chapter Number: 14 Legend: Spliceosomal active center
0131.PIC Figure Number: 14.32 Chapter Number: 14 Legend: Spliceosome cycle	0132.PIC Figure Number: 14.36 Chapter Number: 14 Legend: Yeast two-hybrid assay
0133.PIC Figure Number: 14.47 Chapter Number: 14 Legend: A self-splicing intron	0134.PIC Figure Number: 15.1 Chapter Number: 15 Legend: Cap purification
0135.PIC Figure Number: 15.15 Chapter Number: 15 Legend: The polyadenylation process	0136.PIC Figure Number: 15.25 Chapter Number: 15 Legend: The pre-cleavage complex
0137.PIC Figure Number: 15.31 Chapter Number: 15 Legend: Model for polyadenylation	0138.PIC Figure Number: 16.2 Chapter Number: 16 Legend: Human rRNA processing
0139.PIC Figure Number: 16.14 Chapter Number: 16 Legend: Trans-splicing scheme	0140.PIC Figure Number: 16.24 Chapter Number: 16 Legend: Model for RNA editing
0141.PIC Figure Number: 17.2 Chapter Number: 17 Legend: Aminoacyl-tRNA synthetase	0142.PIC Figure Number: 17.19 Chapter Number: 17 Legend: Translation initiation
0143.PIC Figure Number: 17.20 Chapter Number: 17 Legend: The scanning model	0144.PIC Figure Number: 17.25 a Chapter Number: 17 Legend: Effect of leader 2º structure
0145.PIC Figure Number: 17.33 Chapter Number: 17 Legend: Adapter role of eIF-4G	0146.PIC Figure Number: 17.35 Chapter Number: 17 Legend: Phosphorylation of eIF-2alpha
0147.PIC Figure Number: 18.1 Chapter Number: 18 Legend: Direction of translation (plan)	0148.PIC Figure Number: 18.2 Chapter Number: 18 Legend: Direction of translation (data)
0149.PIC Figure Number: 18.9 Chapter Number: 18 Legend: Translation elongation	0150.PIC Figure Number: 18.14 Chapter Number: 18 Legend: aminoacyl-tRNA-A site binding
0151.PIC Figure Number: 19.2 Chapter Number: 19 Legend: The 30S ribosomal subunit	0152.PIC Figure Number: 19.4 Chapter Number: 19 Legend: The 50S ribosomal subunit
0153.PIC Figure Number: 19.5 (right) Chapter Number: 19 Legend: The 70S ribosome structure	0154.PIC Figure Number: 19.33 Chapter Number: 19 Legend: tRNA (two views)
0155.PIC Figure Number: 19.35 Chapter Number: 19 Legend: 3-D structure of tRNA	0155.PIC Figure Number: 19.35 Chapter Number: 19 Legend: 3-D structure of tRNA
0155.PIC Figure Number: 19.35 Chapter Number: 19 Legend: 3-D structure of tRNA	0156.PIC Figure Number: 20.3 Chapter Number: 20 Legend: Three replication hypothesis
0157.PIC Figure Number: 20.6 Chapter Number: 20 Legend: Continuity of DNA replication	0158.PIC Figure Number: 20.8 Chapter Number: 20 Legend: Priming in DNA synthesis
0159.PIC Figure Number: 20.14 Chapter Number: 20 Legend: Rolling circle replication	0160.PIC Figure Number: 20.27 Chapter Number: 20 Legend: Primer removal
0161.PIC Figure Number: 20.34 Chapter Number: 20 Legend: E. coli mismatch repair	0162.PIC Figure Number: 21.4 Chapter Number: 21 Legend: Priming in phage replication
0163.PIC Figure Number: 21.17 a,b,c,d Chapter Number: 21 Legend: Sliding of Beta clamp	0164.PIC Figure Number: 21.17 e,f,g Chapter Number: 21 Legend: Sliding of Beta clamp
0165.PIC Figure Number: 21.22 Chapter Number: 21 Legend: the pol III* subassembly
0166.PIC Figure Number: 21.23 Chapter Number: 21 Legend: Simultaneous strand synthesis	0167.PIC Figure Number: 21.24 Chapter Number: 21 Legend: Cycling between Beta clamps
0168.PIC Figure Number: 21.30 Chapter Number: 21 Legend: Lagging strand replication	0169.PIC Figure Number: 21.35 Chapter Number: 21 Legend: Necessity for telomerase
0170.PIC Figure Number: 22.2 Chapter Number: 22 Legend: Holliday model of recombination	0171.PIC Figure Number: 22.5 Chapter Number: 22 Legend: The RecBCD pathway
0172.PIC Figure Number: 22.28 Chapter Number: 22 Legend: Ruv AB-Holliday junction complex	0173.PIC Figure Number: 35 Chapter Number: 22 Legend: Integration and excision
0174.PIC Figure Number: 22.46 Chapter Number: 22 Legend: Light chain gene rearrangement	0175.PIC Figure Number: 22.48 Chapter Number: 22 Legend: Signals for V(D)J joining
0176.PIC Figure Number: 22.57 Chapter Number: 22 Legend: Tn3 transposition	0177.PIC Figure Number: 22.61 Chapter Number: 22 Legend: Mutagenesis by transposons
0178.PIC Figure Number: 22.62 Chapter Number: 22 Legend: Structures of Ac and Ds	0179.PIC Figure Number: 22.63 Chapter Number: 22 Legend: Retrovirus replication