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 |
263) ments of amplified mitochondrial 12S rRNA gene in addition to species-specific PCR p |
264) nes and copy number alterations of PIK3CA gene in bladder tumor and their correspond |
265) aicism and the overexpression of the SHOX gene in case 2 could explain the marked di |
266) study was carried out to characterize VP2 gene of CPV viruses from two provinces of |
267) The start codon for COI gene of M. |
268) tive breeds based on cytochrome b (cyt-b) gene of mitochondrial DNA information. |
269) fy around 415 bp fragment of cytochrome b gene of mtDNA. |
270) The extensive phenotypic heterogeneity of human prion diseases is determi |
271) 2 production using bicistronic COX-1/PGIS gene transfer and BPS supplementation, and |
272) pdate on various mechanisms of horizontal gene transfer and examines how horizontal |
273) Horizontal gene transfer has a tremendous impact on t |
274) It seems that horizontal gene transfer occurred frequently among di |
275) cial focus is paid to the role horizontal gene transfer plays in pathogenicity of th |
276) Pathogenic mutations in the KCNQ1 gene were detected in all JLNS patients. |
277) Eight tRNA genes and one protein-coding gene were encoded on light strand, the oth |
278) en the A + T-rich region and the nad2 gene were failed to sequence because of th |
279) ction since all substitutions within this gene were non-synonymous. |
280) the transforming growth factor (TGF) β3 gene were selected as transgenic companion |
281) entration of 0.1 μM, Pb(2+) induced IL-8 gene activation in gastric carcinoma AGS c |
282) l, we integrate negative regulations into gene activation process, and make the conv |
283) gnal transduction of Pb(2+) -induced IL-8 gene activation. |
284) cessary component of Pb(2+) -induced IL-8 gene activation. |
285) Gene delivery takes advantage of cellular |
286) ture strategy in conjunction with TGF-ß3 gene delivery could be a promising approac |
287) Two typical viral vectors for gene delivery include lentiviral vector fo |
288) se mechanism and explore these factors in gene delivery. |
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