ショウジョウバエのトランスポゾンP因子の転移に関する分子遺伝学的解析

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博士論文

論文の内容の要旨 / (0003.jp2)
CONTENTS / p2 (0010.jp2)
Summary / p3 (0011.jp2)
Introduction / p5 (0013.jp2)
Structure of P element and single P element transposition / p5 (0013.jp2)
Mechanism of P element transposition / p6 (0014.jp2)
Observation of P element behavior using the single P element transposition method / p10 (0018.jp2)
Materials and methods / p12 (0020.jp2)
Stocks / p12 (0020.jp2)
Genetic crosses / p13 (0021.jp2)
DNA analysis / p14 (0022.jp2)
Results / p18 (0026.jp2)
Tracing of P element behavior by Southern blot analysis / p18 (0026.jp2)
Sequence analysis / p21 (0029.jp2)
Mobilization of mutated P elements / p24 (0032.jp2)
Genetic confirmation / p25 (0033.jp2)
Discussion / p27 (0035.jp2)
Imprecise excision of P element / p27 (0035.jp2)
Analyses using mutated P elements as origins / p28 (0036.jp2)
Extra sequence / p30 (0038.jp2)
Sequences of new P element insertions / p31 (0039.jp2)
An appraisal of the models for mobilization of P element / p31 (0039.jp2)
Efficient experimental systems for examining P element mobilization at the molecular level / p33 (0041.jp2)
Acknowledgements / p35 (0043.jp2)
References / p36 (0044.jp2)
Table 1 / p43 (0051.jp2)
Figure legends / p44 (0052.jp2)
44.Single P-element Insertional Mutagenesis in Drosophila melanogaster / p172 (0074.jp2)
Independence of excision frequency and transposition frequency of P element in Drosophila melanogaster* / (0080.jp2)

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