Sentence examples for much lower recombination from inspiring English sources

Hn-electrodes with BF-TiO2 level of 5 40 % were prepared, which exhibited the maximum improvement of 110% in the dye loading capacity, much lower recombination frequency (8.1 Hz vs. 31.5 Hz), and much longer electron lifetime than the disordered counterpart.

Chromosome intervals between RM261 and S16 showed a much lower recombination rate (0.0005 cM/kb).

Finally, these regions have a much lower recombination rate than the euchromatic region.

Females had much lower recombination rates in telomeric regions than males, while recombination rates were much higher in females within regions proximal to the centromere.

Similarly, in the end regions between LcaE142 and LcaB128 on LG2, Lca1508 and LcaTe0045 on LG3, LcaTe0194 and LcaE169 on LG5 and Lca114 and Lca454 on LG9, females had much lower recombination rates in telomeric regions than males.

Females have much lower recombination rates in telomeric regions than males on LGs 1, 2, 3, 5 and 9, while recombination rates are much higher in females within regions possibly proximal to the centromere on LGs 1, 3, 9, 10, 17, 23 and 24.

Deletion of the replication fork block protein Fob1 results in much lower rDNA recombination and ERC formation and extends life span considerably (Defossez et al. 1999).

Male recombination rates were much lower than female recombination rates in large parts of the genome.

This is also supported by the recent observation by [ 33] that the pericentromeric heterochromatic regions of sorghum chromosomes showed much lower rates of recombination (~8.7 Mbp/cM) compared to euchromatic regions (~0.25 Mbp/cM), with the average rate of recombination across the heterochromatic portion of the sorghum genome being ~34-fold lower than recombination in the euchromatic region.

This is also supported by the recent observation that the pericentromeric heterochromatic regions of sorghum chromosomes show much lower rates of recombination (~8.7 Mbp/cM) compared to euchromatic regions (~0.25 Mbp/cM), with the average rate of recombination across the heterochromatic portion of the sorghum genome being ~34-fold lower than recombination in the euchromatic region [ 43].

For example, ESCs harbor much lower mutation and recombination rate than somatic cells (Cervantes et al., 2002).