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Latchman D.S. — Transcription Factors: A practical Approach
Latchman D.S. — Transcription Factors: A practical Approach



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Íàçâàíèå: Transcription Factors: A practical Approach

Àâòîð: Latchman D.S.

Àííîòàöèÿ:

Univ. College of London, UK. Provides a comprehensive guide to the methods currently available to characterize the function and activity of an individual transcription factor. A new chapter covers the use of in vitro transcription assays. For researchers. Previous edition: c1993. Hardcover, softcover is also available.


ßçûê: en

Ðóáðèêà: Áèîëîãèÿ/

Ñòàòóñ ïðåäìåòíîãî óêàçàòåëÿ: Ãîòîâ óêàçàòåëü ñ íîìåðàìè ñòðàíèö

ed2k: ed2k stats

Ãîä èçäàíèÿ: 1999

Êîëè÷åñòâî ñòðàíèö: 303

Äîáàâëåíà â êàòàëîã: 01.12.2006

Îïåðàöèè: Ïîëîæèòü íà ïîëêó | Ñêîïèðîâàòü ññûëêó äëÿ ôîðóìà | Ñêîïèðîâàòü ID
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Ïðåäìåòíûé óêàçàòåëü
$\beta$-galactosidase, assay      200—201
'Supershift' gel mobility shift analysis, non-DNA-binding transcription factors      90—91
ABCD (avidin-biotin complex on DNA) assay, protein-protein interactions      209—211
Adenovirus major-late promoter, and in vitro transcription      222 224—225
Affinity chromatography, method      110—111
Alkylation of DNA with dimethyl sulphate (DMS), method      40—41
Amino acids, degeneracy of codons      149—150
Amplification of DNA from bacterial colonies, method      156—157
Antibodies, characterization of DNA-binding proteins      19—21
Antibodies, detection of DNA-transcription factor complexes      171
Antibodies, for screening bacteriophage expression libraries      134—136
Antibodies, method for binding      21
Antibodies, method for production      135
Antibodies, phosphorylation-site-specific      283
Antibodies, specificity      20—21
Bacteriophage expression libraries      see cDNA expression libraries
Baculovirus, expression of cloned transcription factors      17 194 195
Biotinylated oligonucleotides, concentration of DNA-binding proteins      108 111
Blotting peptides to PVDF membranes, method      116—117
Blunt-end ligation, cloning of PCR products      155—156
Bradford assay for protein concentration, method      13
Brain in vitro transcription assay      215—217 222—226
Brain, nuclear extracts from      215—216 217—222
Bromodeoxyuridine-substituted DNA, cross-linking with ultraviolet light      77—80
c-Myc, protein modification      286
Calcium phosphate-mediated transfection      198—200
Cations, requirement for binding of transcription factors      21
CDNA and genomic libraries, method for low-stringency hybridization      147—148
CDNA expression libraries, cloning by complementation      138—139
CDNA expression libraries, cloning transcription factors      123—126
CDNA expression libraries, expression in eukaryotic cells      137—138
CDNA expression libraries, library selection      124
CDNA expression libraries, plaque purification      126
CDNA expression libraries, plating      125—126
CDNA expression libraries, screening methods      126—139
CDNA expression libraries, use in polymerase chain reaction (PCR)      153
CDNA isolation, design of oligonucleotides      118—121
Cell cycle control      261—263
Cell membranes, permeabilization      49
Chloramphenicol acetyl transferase (CAT), assay      201—202
Chromatin, structure      229—230
Chromatin, transcription from      217 229—259
Cloning, cDNA expression libraries      123—126 138—139
Cloning, methods for PCR products      155—156
Cloning, target genes for transcription factors      174—177
Cloning, transcription factors      145—164
CNBr, cleavage of proteins to peptides      114—115
CNBr-activated Sepharose 4B, for DNA affinity chromatography      104—105 108—109
Co-immunoprecipitation, analysis of interactions between transcription factors      92—94
Codons, degeneracy      149—150
Cofactors, DNA-binding proteins      21
Cooperative binding, analysis      86—87
COUP-TF, interaction with non-DNA-binding transcription factor S300-II      88—89
CpG islands, enrichment in genes      169
CpG islands, genomic binding-site cloning      173—174
Cross-linking of transcription factors      85—86 94
Cross-linking, transcription factors to DNA      78—80 81—82
CTCF factor, purification      98 105—108 112
Dephosphorylation of proteins, method      269—270
Dimerization, transcription factors      84—86
Dimethyl sulphate (DMS), interference assay      42—43
Dimethyl sulphate (DMS), modification of DNA      39 40—41 48—51 53
Dimethylpimelidate (DMP), cross-linking agent      86
Dithiobis(succinimylpropionate) (DSP), protein cross-linker      93—94
DNA affinity chromatography, purification of DNA-binding proteins      104—111
DNA fragments, nitrocellulose binding assay      176
DNA in vitro modification of DNA with DMS      53
DNA labelling with DNA polymerase      8—10
DNA labelling, end labelling      28—29 32—34
DNA labelling, single strand      29—30
DNA mobility shift assay for DNA-binding proteins      1—25 202 204—206
DNA mobility shift assay, analysis of tertiary structure      84—85
DNA mobility shift assay, applications      2—6
DNA mobility shift assay, binding of transcription factors to nucleosomes      255
DNA mobility shift assay, binding reaction      12—13
DNA mobility shift assay, identification of transcription factors      4—6
DNA mobility shift assay, limitations      6
DNA mobility shift assay, measurement of transcription factor levels      4—5
DNA mobility shift assay, preparation of labelled oligonucleotide probes      7—8
DNA mobility shift assay, principle      2—4
DNA mobility shift assay, selection of DNA probe      6—7
DNA mobility shift assay, sequence specificity      3—5 18—20 128 135—137 138 141
DNA modification in vivo      48—51
DNA modification, dimethyl sulphate (DMS)      39 40—41 48—51
DNA modification, ethylnitrosourea (ENU)      40
DNA probes, selection for DNA mobility shift assay      6—7
DNA, cross-linking to transcription factors      77—82
DNA, dephosphorylation methods      8
DNA, end labelling methods      7—8 33—34 120 246—247
DNA, packing into chromatin      229—230
DNA, piperidine cleavage      53—55
DNA, purification      51—53
DNA, supercoiling and promoter activity      226—227
DNA-binding activity, mobility shift assay      1—25 202 204—206
DNA-binding assays, preparation of $3^2P$-labelled oligonucleotides      204—205
DNA-binding proteins, characterization      19—23
DNA-binding proteins, cloning      123—143
DNA-binding proteins, cofactors      21
DNA-binding proteins, concentration with biotinylated oligonucleotides      108 111
DNA-binding proteins, detection      2—14
DNA-binding proteins, DNA mobility shift assay      1—25
DNA-binding proteins, DNA sequence specificity      3—5
DNA-binding proteins, guanidinium chloride denaturation and renaturation      132—134
DNA-binding proteins, identification      4 19—23 111
DNA-binding proteins, interactions with other proteins      23—24
DNA-binding proteins, molecular weight determination      2—3 17 98
DNA-binding proteins, production of peptides from      114—117
DNA-binding proteins, proteolytic clipping band-shift assay      21—23
DNA-binding proteins, purification      17 97—114
DNA-binding proteins, requirement for cations      21 see
DNA-binding specificity, transcription factors      17—19
DNA-binding specificity, use of competitor DNA      3—5 18—20
DNA-cellulose chromatography, purification of DNA-binding proteins      103—104
DNA-protein complexes footprint analysis      27—62 see
DNA-protein interactions, determination of affinity      205—206
DNAase I footprinting      37—38 84
DNAase I footprinting, binding of transcription factors to nucleosomes      255
DNAase I footprinting, non-DNA-binding transcription factors      88 see
Drosophila embryo, nuclear extracts      233
E2F family, transcription factors      261—262 264—265
Electro-mobility shift assay (EMSA)      see DNA mobility shift assay
Electroporation of COS-1 cells, method      194
Electroporation, for transfection of transcription factors      198—199
Enhancer activity, genomic DNA fragments      176—177
Enzymes, introduction into cells      49
Enzymes, production of peptides from DNA-binding proteins      115
Ethylnitrosourea (ENU), DNA modification      40
Expression vectors, organization      192—193
Far-Western approach, screening cDNA expression libraries      137
Ferrous EDTA, use in footprint analysis      38—39
Footprint analysis in vitro      29—47
Footprint analysis in vivo      47—61
Footprint analysis of binding sites on closed circular plasmids      31 43—47
Footprint analysis of binding sites on end-labelled fragments      29—43
Footprint analysis, choice of linear DNA molecules      30—34
Footprint analysis, DNA-protein complexes      27—62
Footprint analysis, interference assays      27—29 39—43 84
Footprint analysis, ligation-mediated PCR (LMPCR)      32—33 34—35 47—49
Footprint analysis, method      45—47 59—61
Footprint analysis, protection analysis      27—29 37—39
Footprint analysis, protection from DNase I digestion      37—38 84
Footprint analysis, protein sources for binding      34—37
Fragment probes, labelling of      8—10
G-free cassette assay, for transcription      64—66 68
GATA1 factor, purification      98 101 103 105—106
GATA1 factor, quantity in cells      97
Gel filtration chromatography, molecular weight determination      69—72
Gel filtration chromatography, properties of matrices      70—71
Gel mobility shift assay, analysis of protein-protein interactions      209 210
Gel mobility shift assay, non-DNA-binding transcription factors      88 90—91
Gel retardation assay      see DNA mobility shift assay; gel mobility shift assay
Gene promoters, TAATGARAT sequence      1—2
Genes, enrichment in CpG islands      169
Genome sequences, databases      160 162
Genomic binding-site, cloning cloning procedure      172—173
Genomic binding-site, concentration of DNA-protein complex      170—171
Genomic binding-site, identification of target genes      165—179
Genomic binding-site, preparation of transcription factor protein      167—169
Genomic binding-site, principle      165—167
Genomic binding-site, source of DNA      169—170
Genomic binding-site, use of CpG islands      169 173—174
Glycerol gradient centrifugation, molecular weight determination      73—74
Glycosylation, transcription factors      285—290
GST pull-down assay, analysis of protein-protein interactions      206—207
GST-fusion proteins, method for expression      190—191
GST-fusion proteins, purification      191
Guanidinium chloride, denaturation and renaturation of DNA-binding proteins      132—134
HeLa cells, preparation of nuclear extracts      66—67
Helix-loop-helix proteins, properties      161
Herpes simplex virus 1 (HSV-1)      1—2 23—24
Histone acetylation, effects on transcription      257 262
Histones, and transcription      230 257 262
Histones, packing of DNA into chromatin      229—230
Histones, preparation      236—242
Homeobox proteins, properties      161
Hydroxyapatite, purification of histones      236 238—239 241
Immunoprecipitation, analysis of protein-protein interactions      208—209
Immunoprecipitation, detection of DNA-transcription factor complexes      171
in vitro transcription and adenovirus major-late promoter      222 224—225
in vitro transcription and neurofilament (NF) promoter      222 224—225 227
in vitro transcription and promoter templates      226—227
in vitro transcription and translation, method      188
in vitro transcription, method      68 223—224
Insect cells, overexpression of cloned transcription factors      194
Lectins, analysis of protein glycosylation      286—288
Library plating and replica lifts, method      125—126
Ligation-mediated polymerase chain reaction (LMPCR), for in vivo footprinting      32—33 34—35 47—49
Ligation-mediated polymerase chain reaction (LMPCR), method      56—59
Ligation-mediated polymerase chain reaction (LMPCR), preparation of DNA for      53—55
Ligation-mediated polymerase chain reaction (LMPCR), preparation of linkers      55—56
Ligation-mediated polymerase chain reaction (LMPCR), resolution      56—61
Linear DNA, method for protection from DNase I      37—38
Lipofection, for transfection of transcription factors      198—199
Luciferase, assay      200—201
Lysogen, generation from purified phage stock      139—140
Mammalian cells, expression of transcription factors      15—16 192—194 195
Mass spectrometry, analysis of protein phosphorylation      284—285
Mass spectrometry, identification of protein sequences      97
Mass spectrometry, measurement of mass of peptides      115
Mass spectrometry, method for preparing proteins      119—120
Methidium-propyl EDTA, use in footprint analysis      38
Microbore reverse-phase chromatography, separation of peptides      114
Micrococcal nuclease, analysis of reconstituted nucleosomes      253—255
Minichromosomes, preparation of nucleosome arrays      234
Molecular weight determination, calibration      69—70 73—74
Molecular weight determination, denatured transcription factors      76—83
Molecular weight determination, DNA-binding proteins      2—3 98
Molecular weight determination, methods      3 17 69—77
Molecular weight determination, transcription factors      69—76 98
Mononucleosome templates, analysis of transcription elongation      231
Mononucleosome templates, analysis of transcription initiation      231
Mononucleosome templates, binding of transcription factors      255—257
Mononucleosome templates, position of transcription factor binding site      243—244
Mononucleosome templates, preparation      232—233 234—236 243—255
Mononucleosome templates, transcription      230—232
Myelin, effect on isolation of nuclei      219—220
Neurofilament (NF) promoter, and in vitro transcription      222 224—225 227
Non-denaturing gradient electrophoresis, molecular weight determination      75—76
Non-DNA-binding transcription factors, 'supershift' gel mobility shift analysis      90—91
Non-DNA-binding transcription factors, DNAase footprinting      88
Non-DNA-binding transcription factors, gel mobility shift analysis      88 90—91
Non-DNA-binding transcription factors, restoration of activity      89
Non-DNA-binding transcription factors, S300-II      88—89
Northern blot analysis, transcription factor binding sites      175
Nuclear extracts, Drosophila embryo      233
Nuclear extracts, preparation      66—67 99—103 215—216 217—222
Nuclear extracts, Xenopus      233
Nuclear proteins, extraction from rat brain      220—222
Nuclear proteins, methods of preparation      11 36 67 101—103
Nuclease P1, use in footprint analysis      38
Nuclei, effect of myelin on isolation from brain      219—220
Nuclei, isolation from rat brain      217—220
Nuclei, preparation from whole tissue      102—103
Nucleoplasmin, reconstitution of nucleosomes      235—236
Nucleosome arrays      see nucleosome templates
Nucleosome core particles, preparation method      250—252
Nucleosome templates, analysis of transcription elongation      232
Nucleosome templates, analysis of transcription initiation      231
Nucleosome templates, binding of transcription factors      255—257
Nucleosome templates, essential components      234
Nucleosome templates, preparation      232—234
Nucleosomes and transcription      230
Nucleosomes, characterization of reconstituted      252—255
Nucleosomes, packing of DN A into chromatin      229—230
Nucleosomes, reconstitution      247—249
Octamer family, transcription factors      1—2 20 23—24 261—263 266 268—269 273
Oestrogen receptor      165 177—178 181—182 208—209
Oestrogen receptor binding site, nucleotide sequence      202 204
Oestrogen receptor in vitro transcription and translation      187—189
Oestrogen receptor, DNA-binding domain      167—168 170 172
Oestrogen receptor, interaction with steroid receptor coactivator protein SRC1a      207
Oestrogen receptor, ligand-binding domain      189—190
Oestrogen receptor, transcriptional activation by      196—197
Oestrogen receptor, zinc fingers      167—168
Oestrogen response element, binding site      197
Oestrogen-responsive genes, isolation      165 172 177—178
Oligonucleotides for DNA mobility shift assay      7—8
Oligonucleotides for screening libraries      114 130—131
Oligonucleotides, design for cDNA isolation      118—121
Oligonucleotides, method for hybridization to library filters      120—121
Orthologous genes, isolation from phylogenetically diverse organisms      145
P53 tumour suppressor, glycosylation      286
PCR products, cloning      155—156
PCR products, method for direct sequencing      157—158
PCR, see polymerase chain reaction (PCR) PCR deletion analysis, method      184
Peptide mapping for phosphorylation sites, method      277—278
Peptide tags, for purification of proteins      185
Peptides, measurement of mass by mass spectroscopy      115
Peptides, preparation methods      114—117
Phenanthroline-copper, use in footprint analysis      38—39
Phosphatases, use in analysis of protein phosphorylation      267—270
Phosphoamino acid analysis, method      280
Phosphorylation, retinoblastoma (pRb) protein      261—262
Phosphorylation, synthetic peptides      282—283
Phosphorylation, transcription factors      261—285
Piperidine, cleavage of modified DNA      48 53—55
Plasmids, footprint analysis      43—47
Polymerase chain reaction (PCR) and cloning transcription factors      148—160
Polymerase chain reaction (PCR), 'in-and-out'PCR      153
Polymerase chain reaction (PCR), 'touchdown PCR'      151
Polymerase chain reaction (PCR), annealing temperature      149 151
Polymerase chain reaction (PCR), artefacts      158—160
Polymerase chain reaction (PCR), choice of template      151 153—155
Polymerase chain reaction (PCR), cloning of products      155—156
Polymerase chain reaction (PCR), methods for screening libraries      154—155
Polymerase chain reaction (PCR), preparation of deletion mutants of transcription factors      182—185
Polymerase chain reaction (PCR), preparation of point mutations of transcription factors      185—187
Polymerase chain reaction (PCR), reaction conditions      151
Polymerase chain reaction (PCR), selection of primers      148—149 150 152 182—183 185
Polymerase chain reaction (PCR), sequencing of products      155—158
Polymerase chain reaction (PCR), standard method      153—154
Polymerase chain reaction (PCR), whole genome PCR method      171
POU-domain proteins, properties      161
Progesterone receptors, assay      64—66
Progesterone receptors, cooperative binding to progesterone-response elements (PREs)      87
Progesterone-response elements (PREs), cooperative binding of progesterone receptors      87
Progesterone-response elements (PREs), synergistic progesterone inducibility      87
Promoter templates and in vitro transcription      226—227
Promoter templates and supercoiling of DNA      226—227
Promoters for transcription assays      64
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