Schematic Alignment Of P1 And P2 Alleles P1 Wr B73 P1 Ww 4co63

Schematic Alignment Of P1 And P2 Alleles P1 Wr B73 P1 Ww 4co63 P1 wr[b73], p1 ww[4co63], p1 rw1077 and p1 rr4b2 alleles are represented as dark red and their corresponding p2 alleles as light green pentagons with their apex pointing in the direction of. Schematic alignment of p1 and p2 alleles. p1 wr[b73], p1 ww[4co63], p1 rw1077 and p1 rr4b2 alleles are represented as dark red and their corresponding p2 alleles as light green pentagons with their apex pointing in the direction of transcription.

Schematic Alignment Of P1 And P2 Alleles P1 Wr B73 P1 Ww 4co63 Schematic alignment of p1 and p2 alleles. p1 wr[b73], p1 ww[4co63], p1 rw1077 and p1 rr4b2 alleles are represented as dark red and their corresponding p2 alleles as light green pentagons with. The reference genome, p1 wr[b73], enabled us to reconstruct additive events of transposition, chromosome breaks and repairs, and recombination that resulted in phenotypic variation and chimeric regulatory signals. the p1 ww [4co63] null allele is probably derived from p1 wr[b73] by unequal crossover between large flanking sequences. a. A mu like transposon is present in p1 alleles but absent in p2. the alignment of p1 and p2 promoter sequences reveals the probable 5′ recombination site of the ancestral p gene duplication event. interestingly, this site coincides with a mu like transposon insertion present in p1 but absent in p2. Results: comparing chromosomal regions comprising p1 ww[4co63], p1 rw1077 and p1 rr4b2 alleles with that of the reference genome, p1 wr[b73], enabled us to reconstruct additive events of transposition, chromosome breaks and repairs, and recombination that resulted in phenotypic variation and chimeric regulatory signals. the p1 ww[4co63] null.

Schematic Alignment Of P1 And P2 Alleles P1 Wr B73 P1 Ww 4co63 A mu like transposon is present in p1 alleles but absent in p2. the alignment of p1 and p2 promoter sequences reveals the probable 5′ recombination site of the ancestral p gene duplication event. interestingly, this site coincides with a mu like transposon insertion present in p1 but absent in p2. Results: comparing chromosomal regions comprising p1 ww[4co63], p1 rw1077 and p1 rr4b2 alleles with that of the reference genome, p1 wr[b73], enabled us to reconstruct additive events of transposition, chromosome breaks and repairs, and recombination that resulted in phenotypic variation and chimeric regulatory signals. the p1 ww[4co63] null. While p1 wr is the only described p1 allele with a multi copy structure, only one copy is shown here. the p1 wr 5′ region aligns well with other p1 alleles. regulatory elements, i.e. distal and proximal enhancer and basal promoter, depicted as blue arrows, were only determined for p1 rr. in other p genes or alleles, the arrows merely refer to sequence homology to p1 rr. functional homology. The p1 ww[4co63] null allele is probably derived from p1 wr[b73] by unequal crossover between large flanking sequences. a transposon insertion in a p1 wr like allele and nhej (non homologous end joining) could have resulted in the formation of the p1 rw1077 allele.