[PDF] Top 20 Physical lengths of meiotic and mitotic gene conversion tracts in Saccharomyces cerevisiae.

... In summary, mitotic conversion events, both spon- taneous and induced, produce continuous conversion tracts that are, in general, longer than those produced as the result of meiot[r] ... See full document

... Current molecular models of HR are largely based on meiotic and mitotic studies done in Saccharomyces cerevisiae (reviewed in Symington et al. 2014). During meiosis, physi- ological DSBs are ... See full document

... which gene conversion produces a wild-type allele from the hetero- alleles, and the presence or absence of the intervening marker is ...experiments, gene conversion events are reduced in rad51 ... See full document

... Not all SNPs on chromosome IV near the URA3 insertion are represented on the microarray. To refine the mapping of the breakpoints, for some events, we used a different method of determining LOH termed “SPA ” ... See full document

... of gene conversion tracts, and the length distribution of conversion ...the lengths of crossover- associated conversion events are reduced in the exo1 ...spontaneous ... See full document

... Sal1 or NdeI site relative to that for the NcoI site. For these reasons, we suggest that conversion tracts identified as being associated with a crossover are not [r] ... See full document

... a physical by junction cleavage; in every case, the two products contain assay to directly detect hDNA ...full conversion nase Cdc5, displayed a decrease in the formation of CO ...of gene ... See full document

... Our conclusions from this study are: (1) meiotic gene conversion of T y insertions at some loci tend to duplicate the T y element, (2) mitotic gene conversion events i[r] ... See full document

... prevent gene conversion ...LYS2 gene to regenerate a wild-type copy of the gene by BIR (Lydeard et ...by physical monitoring assays, when the donor is close to the telomere and only ... See full document

... examined meiotic recombination at the CYS3 ...of meiotic gene conversion, with a putative 59–39 polarity gradient of conversion ...in meiotic recombination, we performed a ... See full document

... Despite its effects on meiotic recom- bination, the xrs2 mutation does not prevent mitotic recombination events, including homologous integration of linear DNA, mating-t[r] ... See full document

... continuous gene flow, by inte- grating over admixture times as in Pool and Nielsen ...continuous gene flow, as well as overlap- ping generations, results in pedigrees that are still binary trees, but of ... See full document

... Since the aberrant segregation frequencies for high PMS alleles near the 3’ end of the gene have not yet been studied, it is unclear whether the ARG4 polarity g[r] ... See full document

... creased with amount of dose. The induction of nondisjunction seemed slightly more efficient. The proportion of meiosis I1 nondisjunction also increased with dosage. Amphot[r] ... See full document

... Figure 1.—Breakage and repair of meiotic chromosomal DNA. S. pombe cells with the indi- cated genotype were induced for meiosis and har- vested after the indicated times (hours); DNA was analyzed by pulsed-field ... See full document

... Analysis of the conversion frequency in diploids con- taining homozygous insertions located downstream of HIS2 confirmed that sequences necessary for the high frequency of gen[r] ... See full document

... undergo mitotic exit and cytokinesis. Mitotic exit requires destruction of mitotic cyclin-dependent kinase (CDK) activity (Cdc28-Clb in budding yeast) and is controlled by the mitotic exit ... See full document

... However, the present study reports evidence for the coincident association of heteroallelic repair with mitotic recombination for both linked and unlinked markers within[r] ... See full document

... singledivision defect; (2) expression of SP013 in vegetative cells causes a CDC2Mependent cell cycle arrest at G,/M; (3) overexpression of SPO13 during meiosis causes a del[r] ... See full document

... 4-6 days incubation, three types of colonies: small (1 mm diameter) colonies morphologically and genetically identical t3 those of the two haploid parents, and large ( 3 [r] ... See full document