Chapter 15 Transposons 莘大
Chapter 15 Transposons
5.1 Introduction 15.2 Insertion sequences are simple transposition modules 5.3 Composite transposons have is modules 15.4 Transposition occurs by both replicative and nonreplicative mechanisms 15.5 Transposons cause rearrangement of dNA 5.6 Common intermediates for transposition 15.7 Replicative transposition proceeds through a cointegrate 15.8 Nonreplicative transposition proceeds by breakage and reunion 15.9 TnA transposition requires transposase and resolvase 5. 10 Transposition of Tnlo has multiple controls 15. 11 Controlling elements in maize cause breakage and rearrangements 15. 12 Controlling elements form families of transposons 15 13 Spm elements influence gene expression 15.15 P elements are activated in the germline 消当
15.1 Introduction 15.2 Insertion sequences are simple transposition modules 15.3 Composite transposons have IS modules 15.4 Transposition occurs by both replicative and nonreplicative mechanisms 15.5 Transposons cause rearrangement of DNA 15.6 Common intermediates for transposition 15.7 Replicative transposition proceeds through a cointegrate 15.8 Nonreplicative transposition proceeds by breakage and reunion 15.9 TnA transposition requires transposase and resolvase 15.10 Transposition of Tn10 has multiple controls 15.11 Controlling elements in maize cause breakage and rearrangements 15.12 Controlling elements form families of transposons 15.13 Spm elements influence gene expression 15.15 P elements are activated in the germline
15.1 Introduction Transposon is a dNa sequence able to insert itself at a new location in the genome(without any sequence relationship with the target locus) 消当
Transposon is a DNA sequence able to insert itself at a new location in the genome (without any sequence relationship with the target locus). 15.1 Introduction
15.1 Introduction Transposon is a dNa sequence able to insert itself at a new location in the genome(without any sequence relationship with the target locus) 消当
Transposon is a DNA sequence able to insert itself at a new location in the genome (without any sequence relationship with the target locus). 15.1 Introduction
15.2 Insertion sequences are simple transposition modules Direct repeats are identical (or related) sequences present in two or more copies in the same orientation in the same molecule of DNA; they are not necessarily adjacent Inverted terminal repeats are the short related or identical sequences present in reverse orientation at the ends of some transposons IS is an abbreviation for insertion sequence Transposase is the enzyme activity involved in Insertion of transposon at a new site 请莘大
Direct repeats are identical (or related) sequences present in two or more copies in the same orientation in the same molecule of DNA; they are not necessarily adjacent. Inverted terminal repeats are the short related or identical sequences present in reverse orientation at the ends of some transposons. IS is an abbreviation for insertion sequence Transposase is the enzyme activity involved in insertion of transposon at a new site. 15.2 Insertion sequences are simple transposition modules