homologous chromosomes exchange alleles during crossing over.
crossing over can unlink genes because when crossing over occurs it a portion of one chromosome is replaced by a region of a homologous chromosome and during this the alleles that were presently on that linked gene could possibly be separated
the frequencies of crossing over between genes
This is the process of crossing over that happens in prophase I.
Crossing over can effect on more then one gene i.e. at least two as in crossing over the genes of homologus chromatin get interchanged so it effect at least two genes and can effect or change more then two genes depend upon the linking and crossing over capability
homologous chromosomes exchange alleles during crossing over.
During crossing-over, chromosomes of a homologous pair breaks and exchange genes.
crossing over can unlink genes because when crossing over occurs it a portion of one chromosome is replaced by a region of a homologous chromosome and during this the alleles that were presently on that linked gene could possibly be separated
If crossing over didn't happen during meiosis in humans, the haploid daughter cells would all have the same genes. The crossing over creates variation and causes each daughter cell to have slightly different genes.
During the crossing-over of pro phase 1, chromosomes of a homologous pair break and exchange genes.
the frequencies of crossing over between genes
This is the process of crossing over that happens in prophase I.
No
crossing over(recombination)
Crossing over is the exchanging of genes in a homologous pair.
Crossing over is the exchanging of genes in a homologous pair.
Genetic recombination occurs during meiosis cell division. As genes cross over during this process, scientists track the genes to study their linkage.