Index 459 Phenylketonuria, 421, 450g phoA translational fusion with, 295, 421 Phylogenetic tree, 239–241 Phylogeny, 450g Pischia pastoris, 239–242 Plaque, 94 Plasmid, 450g see also vector Plasmid, copy number see vector Plasmid, F plasmid see vector Plasmid, R plasmid see vector Polycation-mediated transfection, 339 Polygalacturonase, 376–377 Polylinker see multilpe cloning site Polymerase chain reaction, 64–77 allele specific PCR amplifiction, 423 cloning products of, 74–76 fluorescent, 413, 425 fluorogenic 5′ exonuclease assay, 431–432 for gene cloning, 86 for quantitation, 76 in diagnosis of infectious disease, 437–439 in diagnosis of inherited disease, 423–432 in forensic analysis, 412–415 in sequencing, 185–188, 201–202 inverse PCR, 148 library screening, 133–134 multiplex, 414, 420, 431 primer specific amplification, 423 primers, 66,72–73 quantitative real-time reverse transcriptasepolymerase chain reaction (QRT-PCR), 76, 327–329 reaction, 68–72 real-time PCR, 76 signature-tagged mutagenesis, 154, 155 site-directed mutagenesis, 308 TaqMan®, 431–432, 438 temperature cycling, 71 Polymorphism, 18–19, 77, 160, 161–163, 167, 425, 450g Polynucleotide kinase, 107, 320 Polyploid, 24, 450g Positional cloning, 450g see also map based cloning Pre-implantation diagnosis, 423, 426, 436, 450g Prenatal genetic diagnosis, 423, 426, 450g Primer, 450g see also oligonucleotide Primer extension, 318–319,320, 324–326, 419–420 Primer specific amplification, 423 Primer walking, 182–183, 191, 192 Probe Allele Specific Oligonucleotide (ASO), 427 cloned DNA fragment, 127 degenerate, 126, 132 DNase I hypersensitivity assay, 340–341 expression library screening, 353 Fluorescent In Situ Hybridisation (FISH), 434–435 gene identification, 148, 155, 162, 165, 167 immobilized, 331,334 labeled RNA, 322–323 molecular beacon, 429–431, 437, 438 molecular diagnostics, 437–439 multiplex ligation-dependent probe amplification, 427, 428 northern analysis, 326, 328 nuclear run-on, 331–334 nuclease protection assay, 321–323 oligonucleotide, 66–67, 124–127 random hexanucleotide, 108, 130, 328, 329, 332, 356, 357 screening DNA libraries, 123–127, 450g TaqMan®, 431–432, 438 Transcriptomics, 354–355 ProDom, 225 Profile, 237, 450g Prokaryote, 450g Promoter, 210, 253, 316–318, 450g alcohol dehydrogenase, 269 alcohol oxidase (AOX1), 270 ara, 253, 254 cauliflower mosaic virus 35S, 392–393 ferritin, 272 for production of proteins from cloned genes, 253–259, 269, 271 gal-1, 269 heat shock gene, 271, 388 HIV, 333–334 lac, 253–256 lambda P L , 255–258 nirB, 337, 346, 349 pBAD, 253, 254 T7, 257–258 tac, 255–256 techniques used to study promoter function, 318–350, 354–356 triose phosphate isomerase (TPI), 269 ubiquitin, 271 Promoter probe, 334–335, 376–377, 450g Prosite, 225, 237 Protease as examples for sequence analysis, 226–239 cleaving translational fusions, 264 factor Xa, 263 in E. coli, 261 Protease – contd TEV protease and TAP tagging, 303–304
460 <strong>Gene</strong> <strong>Cloning</strong> Protein addition of “tags” to, 264, 274–275 aggregation of, 261 disulfide bonds in, 263, 265 N-glycosylation of, 265–266 production from cloned genes, 249–277 purification, 274–275 redox state of, 263, 265 Protein A, 301–304 Protein expression in E. coli, 252–265, 267 in insect cells, 273 in mammalian cell cultures, 270–273 in transgenic organisms, 372–374 in yeast, 268–270 proteomics, 356–361 Protein family, 232, 235 Protein fingerprinting, 358–359 Protein fusions see fusion protein Protein identification, 358–359 Protein sequencing, 359–361 Protein turn-over, 358 Protein-protein interactions, 297–304 detecting with co-immunoprecipitation, 301–302 detecting with TAP-tagging, 302–304 detecting with two-hybrid methods, 297– 301 Proteins, expression of, 249–277 Proteolytic fingerprint, 358–359 Proteome, 450g Proteomics, 356–361, 450g Pseudogene, 16 Pseudomonas aeruginosa, 149, 171, 209, 241 Pull-down assays, 301–304, 353 Pyrosequencing, 197–202 Q QRT-PCR see quantitative real-time reverse transcriptase-polymerase chain reaction Quantitative real-time reverse transcriptasepolymerase chain reaction (QRT-PCR), 76, 327–329 R RACE see rapid amplification of cDNA ends Rapid amplification of cDNA ends (RACE), 323–325 Rattus norvegicus, 20 Reading frame, 208–211, 450g Real-time PCR, 76 see also quantitative real-time reverse transcriptase polymerase chain reaction Recombinant, 450g Recombination, 450g Recombination, homologous, 159, 282–284, 382–383, 398–403 Recombination, non-homologous use in constructing gene deletions, 382–383 Recombination, site-specific, 382–383, 403–405 Red hair, 416 Regular expression, 235, 450g Regulation of gene expression, 315–361 Repeat sequence plants, 23 Repetitive DNA, 9, 13–15, 23, 31, 87, 90, 93, 156, 163, 411–415 Reporter gene, 335–337, 376–377, 450g Reporter gene assays, 264, 326, 334–338, 347–349, 376–377, 379 deletion analysis, 347–350 example of use, 337 promoter probes, 334–335 reporter proteins, 335–337 site-directed mutagenesis, 347–350 vectors, 338 Reporter protein, 264, 295, 334–337, 450g Repressor, 316, 339, 347–349, 451g Resistance gene, 156–159 Restriction endonuclease, 451g s see also restriction enzyme Restriction enzyme, 38–40, 47–51, 451g 4bp recognition site, 49 6bp recognition site, 47 blunt ends, 51 compatible ends, 49 frequency of recognition sites, 47–48 function, 38–40 isoschizomers, 49 naming, 38 partial digestion, 90 rare cutters, 51 recognition sequences, 48 sticky ends, 39, 40–41 type II, 38 use in gene cloning, 38–40, 47–51 Restriction fragment, 451g Restriction fragment length polymorphisms, 125, 161–163, 451g Restriction map, 58–59, 451g Retrovirus, 27 Reverse northern dot-blot analysis, 332–334, 354 Reverse transcriptase, 27, 103, 318, 327, 357 RFLP see restriction fragment length polymorphisms Ribosome binding site, 209, 210, 258–259 RISC see RNA-induced silencing complex RNA interference, 287–290, 374, 375, 451g small interfering RNA, 287
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Gene Cloning
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vi Contents 3.14 Designing PCR Prim
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viii Contents 8.3 Identifying Eukar
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1 Introduction 1.1 The Beginning of
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Introduction 3 which also conveys a
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Introduction 5 thought, or the brin
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2 Genome Organization Learning outc
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Genome Organization 15 Box 2.2 Inte
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Genome Organization 17 Table 2.2 Hu
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Genome Organization 19 close to oth
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Genome Organization 21 individual g
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slower rate than junk DNA. (To be m
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Genome Organization 25 kb 0 2 4 6 8
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Genome Organization 27 cloning pred
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Genome Organization 29 (a) 1 2 3 4
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Genome Organization 31 interphase a
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Genome Organization 33 A2.3. Chromo
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3 Key Tools for Gene Cloning Learni
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Key Tools for Gene Cloning 37 repli
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Key Tools for Gene Cloning 39 Box 3
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Key Tools for Gene Cloning 41 (a) (
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Key Tools for Gene Cloning 43 then,
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Key Tools for Gene Cloning 45 Figur
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Key Tools for Gene Cloning 47 Clear
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Key Tools for Gene Cloning 49 that
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Key Tools for Gene Cloning 51 same
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3.9 More About Vectors Detecting su
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Key Tools for Gene Cloning 57 Q3.13
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Key Tools for Gene Cloning 59 alway
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Key Tools for Gene Cloning 61 Figur
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Key Tools for Gene Cloning 63 (a) C
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Key Tools for Gene Cloning 65 Box 3
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Key Tools for Gene Cloning 67 simpl
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Key Tools for Gene Cloning 69 (a) 5
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Key Tools for Gene Cloning 75 (a) T
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Key Tools for Gene Cloning 77 DNA s
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Key Tools for Gene Cloning 81 A3.15
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86 Gene Cloning you extract DNA fro
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88 Gene Cloning Box 4.1 Preparation
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90 Gene Cloning which is 6.3 Mb, to
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92 Gene Cloning Also, if all the fr
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94 Gene Cloning (a) (b) Bacterial s
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96 Gene Cloning (a) Insertion vecto
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98 Gene Cloning The strictly define
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100 Gene Cloning BamHI Ap r Tet r p
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102 Gene Cloning parB Cm r parA rep
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104 Gene Cloning (a) TTTTT AAAAA TT
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106 Gene Cloning Box 4.3 Converting
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108 Gene Cloning of your gene is. A
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110 Gene Cloning A4.2. Extract chro
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112 Gene Cloning A4.8. See Section
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114 Gene Cloning Q4.15. What are th
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116 Gene Cloning dystrophin gene is
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118 Gene Cloning it is still a form
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120 Gene Cloning One obvious proble
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122 Gene Cloning The main difficult
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124 Gene Cloning (a) Labeled single
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126 Gene Cloning N terminus Phe Val
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128 Gene Cloning Box 5.3 Types of D
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130 Gene Cloning Box 5.4 Methods fo
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132 Gene Cloning the DNA probe. Bot
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134 Gene Cloning a b c d e f g h 1
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136 Gene Cloning S. cerevisiae, and
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138 Gene Cloning Q5.7. Would you ex
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140 Gene Cloning use your genomic c
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142 Gene Cloning diseases, where th
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144 Gene Cloning (a) Replicative Ta
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146 Gene Cloning where the transpos
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148 Gene Cloning DNA fragment in th
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150 Gene Cloning Bacteria transform
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152 Gene Cloning Wild-type gene Mut
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154 Gene Cloning molecule using PCR
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156 Gene Cloning digesting chromoso
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158 Gene Cloning + + Ac Avr Avr cf-
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160 Gene Cloning which are very clo
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162 Gene Cloning Box 6.3 Restrictio
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164 Gene Cloning Initial region clo
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166 Gene Cloning Box 6.4 Nonsense S
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168 Gene Cloning 6.10 Cloning of th
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170 Gene Cloning are two possible o
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172 Gene Cloning Isolation of the t
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174 Gene Cloning Two approaches wer
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176 Gene Cloning synthesize DNA de
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178 Gene Cloning Box 7.1 Denaturing
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180 Gene Cloning G A T C Figure 7.4
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182 Gene Cloning although other con
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184 Gene Cloning A large DNA fragme
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186 Gene Cloning chain reaction, fl
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188 Gene Cloning rounds of amplific
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190 Gene Cloning Contig 2 Clone 12
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192 Gene Cloning λ Clone Scaffold
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194 Gene Cloning Genomic DNA (a) Cl
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196 Gene Cloning therefore sequence
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198 Gene Cloning Tag sequence CGTGT
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200 Gene Cloning Genomic DNA (a) Ad
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202 Gene Cloning bases. The light s
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204 Gene Cloning A7.3. (a) The dide
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8 Bioinformatics Learning outcomes:
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Bioinformatics 209 Table 8.1 The ge
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Bioinformatics 211 5' accgcgcatggtg
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Bioinformatics 213 Correlation Scor
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Bioinformatics 215 AGG T R A G T C
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Bioinformatics 217 conjunction with
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Bioinformatics 223 Matrix: EBLOSUM6
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Bioinformatics 225 Box 8.2 DNA and
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Bioinformatics 227 (a) DB:ID Source
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Bioinformatics 229 (a) Sequences pr
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Bioinformatics 231 list is also of
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Bioinformatics 235 common functiona
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Bioinformatics 237 These two regula
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Bioinformatics 239 three-dimensiona
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Bioinformatics 241 Neisseria mening
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Bioinformatics 243 A8.1. The triple
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Bioinformatics 245 Q8.11. Which gro
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Bioinformatics 247 EMBL Nucleotide
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250 Gene Cloning What sorts of stud
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252 Gene Cloning 9.2 Requirements f
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254 Gene Cloning (a) The lac promot
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256 Gene Cloning lac: CCAGGCTTTACAC
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258 Gene Cloning phage (such as T7)
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260 Gene Cloning 9.4 Some Problems
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262 Gene Cloning Figure 9.6 Inclusi
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264 Gene Cloning Box 9.1 Translatio
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266 Gene Cloning Box 9.2 Signal Seq
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268 Gene Cloning Ribosome Cytosol P
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270 Gene Cloning Other yeast specie
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272 Gene Cloning (turned on by an i
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274 Gene Cloning 9.6 A Final Word A
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276 Gene Cloning study, as they wil
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10 Gene Cloning in the Functional A
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316 Gene Cloning genomic sequences
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318 Gene Cloning the first exon of
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320 Gene Cloning Box 11.1 End Label
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322 Gene Cloning mRNA 5' 3' 3' 5' S
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324 Gene Cloning mRNA 5' 3' 3' 5' G
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326 Gene Cloning cloning step. RACE
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328 Gene Cloning Prepare RNA from c
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330 Gene Cloning Gene A condition 1
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332 Gene Cloning (a) (b) (c) Immobi
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334 Gene Cloning tat and one in whi
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336 Gene Cloning Box 11.3 Examples
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338 Gene Cloning (a) MCS for promot
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340 Gene Cloning important regulato
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342 Gene Cloning (a) F DP DPA DNA-t
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344 Gene Cloning DNA alone DNA-prot
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346 Gene Cloning [FNR] GA - + -90 -
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348 Gene Cloning (a) 1 2 3 4 5 Prom
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350 Gene Cloning bind the transcrip
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352 Gene Cloning Target sequence Ye
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354 Gene Cloning have been develope
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356 Gene Cloning detected by autora
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358 Gene Cloning vide a complete li
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360 Gene Cloning MS 503 750 1400 16
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362 Gene Cloning Q11.3. Why is it e
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364 Gene Cloning (transcriptomics o
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366 Gene Cloning Figure 12.1 Transg
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368 Gene Cloning Herbicide Non-tran
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370 Gene Cloning that has been used
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372 Gene Cloning tumors with high f
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374 Gene Cloning Transgene encoding
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376 Gene Cloning placed on the mark
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378 Gene Cloning Gene A: a gene whi
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380 Gene Cloning Isolate the gene o
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382 Gene Cloning Box 12.1 Recombina
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384 Gene Cloning damage to the DNA
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386 Gene Cloning Box 12.2 The Produ
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388 Gene Cloning as to whether the
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390 Gene Cloning transformed. The i
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392 Gene Cloning 1. Gene of interes
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394 Gene Cloning Showing that the D
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396 Gene Cloning complete plants by
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398 Gene Cloning 12.5 Knockout Mice
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400 Gene Cloning introduced back in
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402 Gene Cloning Chromosome Constru
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404 Gene Cloning cells, and one has
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406 Gene Cloning mapped by inverse
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