213) , and real-time PCR were used to evaluate molecular changes. |
214) ontained information on prevalence and/or molecular characterization of ESBL genes a |
215) Here we address this through the molecular characterization of Saccharomyce |
216) where AMR has been detected in gulls, the molecular characterization of resistance g |
217) Further molecular characterization of these de nov |
218) s have facilitated the identification and molecular characterization of these import |
219) However, the molecular determinants involved in Sgg pat |
220) With the identification of the molecular determinants responsible for pos |
221) ing methodology to predict the structural molecular determinants underpinning the in |
222) CYP3A isoforms and further unraveled the molecular determinants underpinning their |
223) harnessed to elucidate the structural and molecular determinants underscoring its in |
224) The molecular events associated with the prote |
225) erefore, this study provides insight into molecular events contributing to photorece |
226) od, the interplay between glial cells and molecular events may play a crucial role i |
227) In line with this, we investigated the molecular events responsible for the e-cig |
228) subsequent coupling with calmodulin, two molecular events that are intractable usin |
229) Molecular analysis is diagnostically helpf |
230) Primary screening followed with molecular analysis for confirming the β-h |
231) A molecular analysis of 52 genes performed i |
232) s; and 2) limited tools are available for molecular analysis of stored placental sam |
233) At the molecular level, KCN1 antagonized hypoxia- |
234) ght influences rubber biosynthesis at the molecular level, a comprehensive transcrip |
235) On the molecular level, the modification of serin |
236) At the molecular level, transcriptome analysis of |
237) Molecular modeling predicted that amino ac |
238) Molecular modeling suggests CHMO DTNP acti |
239) tigation of OSTα/β structure and refine molecular modeling approaches to facilitat |
240) Using the Rosetta molecular modeling suite, we generated thr |
241) vides novel insight into the cellular and molecular processes affected by antidepres |
242) inherited by future generations, and any molecular processes affecting the germline |
243) es in EGF and MCP-1 levels and underlying molecular processes associated with loss o |
244) ant withdrawal are widely recognized, the molecular processes that underlie them are |
245) Here, we show a continuum of postsynaptic molecular properties in three types of neu |
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