نتایج جستجو برای: haploids

تعداد نتایج: 479  

Journal: :Journal of virology 1974
J Beaudoin D Pratt

Antiserum inactivation experiments were carried out on electrophoretically purified diploid virions from a cross between two complementing amber mutants of phage M13. The total (homozygous plus heterozygous) diploid population, assayed on a permissive host where only one genome is needed for plaque formation, was inactivated at the same rate as haploids. Heterozygous diploids, assayed on a nonp...

2008
R. Ortiz G. P. Kotch

Hapluids (sporophytes with lhe gametic chrom06(Jme number) f,um polysomk: p(.Jlyploid~ represem a random gameti'c sample from the parenl and can be used 10 map genes that affect quantltat,ve trai! vmiation (OTV) with the aid of moleculm' markers (isozymes or RFLPs). The objel;ljvc: of (his work was to analyze QTV using isozyme markers in four potato (tetrasomic p0lyploid) haploid populations, A...

2001
Armando Ticona Paulo Murilo C. de Oliveira

Using a bit string model, we show that asexual reproduction for diploids is more efficient than for haploids: it improves genetic material producing new individuals with less deleterious mutations. We also see that in a system where competition is present, diploids dominate, even though we consider some dominant loci.

Journal: :Genetics 2014
Shay Covo Christopher M Puccia Juan Lucas Argueso Dmitry A Gordenin Michael A Resnick

Gain or loss of chromosomes resulting in aneuploidy can be important factors in cancer and adaptive evolution. Although chromosome gain is a frequent event in eukaryotes, there is limited information on its genetic control. Here we measured the rates of chromosome gain in wild-type yeast and sister chromatid cohesion (SCC) compromised strains. SCC tethers the newly replicated chromatids until a...

Journal: :IOP Conference Series: Earth and Environmental Science 2019

Journal: :Pakistan Journal of Biological Sciences 1999

Journal: :The Biochemical journal 1996
K M Ella J W Dolan C Qi K E Meier

A gene encoding phospholipase D (PLD) in Saccharomyces cerevisiae was identified. The 195 kDa product of PLD1 has 24% overall sequence identity with a plant PLD. Expression of yeast PLD activity was eliminated by one-step gene disruption. Yeast haploids lacking PLD activity were deficient in growth on non-fermentable carbon sources. Diploids lacking expression of PLD1 were unable to sporulate.

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