230) is 16,706 bp in length with the typical gene composition and arrangement in the mi |
231) The gene composition and order of L. |
232) The gene composition and order of T. |
233) The gene composition and order of which were s |
234) The gene composition and order of which were s |
235) is 16,726 bp in length with the typical gene composition and orders in vertebrates |
236) adians irradians, in length as well as in gene composition. |
237) The gene organization and its order were simil |
238) The gene organization and its order were simil |
239) The gene organization and its order were simil |
240) The gene organization and its order were simil |
241) The gene organization is identical to that of |
242) tics of complete mitochondrial genome and gene organization of E. |
243) es, 22 tRNA genes and a control region, a gene organization similar to that of typic |
244) r 2 (ITS2) and cytochrome oxidase 1 (CO1) gene sequences also showed that the O. |
245) and indicated the suitability of 16S rRNA gene sequences in genetic divergence and p |
246) using Cyt b (Cytochrome b) and ATPase6/8 gene sequences of mitochondrial DNA. |
247) These results demonstrate that these mt gene sequences provide novel genetic marke |
248) phylogenetic analysis based on partial F gene sequences. |
249) their phylogenetic relationships among HA gene sequences. |
250) ies identification by comparing different gene sequences. |
251) ributary of the Yangtze River blocked the gene flow among those regions. |
252) ddition, we observed that pollen-mediated gene flow possibly maintained the genetic |
253) ce in allele frequencies, suggesting that gene flow prevented the formation of popul |
254) A stepping-stone pattern of gene flow was detected in the populations |
255) ure among adults suggests high historical gene flow. |
256) me 6q region and reveal a novel candidate gene for CL±P. |
257) e MHC class II β-1 domain as a candidate gene for resistance to lactococcosis, we e |
258) mplete mitochondrial 16 S ribosomal RNA gene for the first time. |
259) dy, we present the complete mitochondrial gene for the freshwater goby Rhinogobius g |
260) ch two transgenes were co-delivered - the gene for transforming growth factor (TGF) |
261) on the expression of metagenomic xylanase gene in Bacillus subtilis extracellularly |
262) mooth muscle α-actin (ACTA2; MIM*102620) gene in a 3 generational family from North |
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