200) On December 31, 2019, the novel human coronavirus (COVID-19) was eme |
201) resonance imaging (MRI)-in recent years, novel imaging methods have shown the poten |
202) In conclusion, micro-CT is a novel imaging modality, effectively adapte |
203) Coronavirus disease (COVID-19), a novel infectious disease caused by severe |
204) Coronavirus disease 2019 (COVID-19) is a novel infectious disease that has spread w |
205) ation and cellular responses, providing a novel insight into targeted predicting the |
206) This provides novel insight into the cellular and molecu |
207) ive design techniques to rapidly evaluate novel interventions in biomarker-defined s |
208) criptomes, and provide an opportunity for novel interventions in cardiac surgery.TRI |
209) Aim: We present a novel methodology to compare results betwe |
210) Besides introducing a novel methodology to review broad literatu |
211) We identify adropin as a novel neuroprotective peptide with the pot |
212) There is a need for novel neuroprotective therapies. |
213) hepatic focused ultrasound as a possible novel noninvasive approach in the context |
214) ery room, improved robotic surgeries, and novel noninvasive interventions. |
215) potential of these FDA-approved drugs as novel nonsteroidal contraceptive agents. |
216) Unfortunately, the development of novel nonsteroidal female contraceptive me |
217) test and cognitive memory was assessed by novel object recognition (NOR) and elevate |
218) s for proving drug effects on memory, the novel object recognition (NOR) test. |
219) Novel opportunities resulting from the COV |
220) c organoids as an in-a-dish model present novel opportunities to study humanistic me |
221) ntaining filter integrity, which provides novel perspectives on therapeutic strategi |
222) It further discusses novel perspectives to facilitate identific |
223) lization of raw materials, formulation of novel pharmaceutical agents, and loading o |
224) use.•Formulation and device loading of novel pharmaceutical agents.•Continued t |
225) ility of using NMP of porcine livers as a novel preclinical model to study OATP-medi |
226) ne perfusion (NMP) of porcine livers as a novel preclinical model to study hepatic c |
227) Here, we demonstrate that classical and novel protein kinase C (PKC) isoforms dist |
228) ce of α-N-methylation of established and novel protein substrates with canonical N- |
229) tion led us to screen for the presence of novel proteins with significant amino acid |
230) d both well-known fiber-type-specific and novel proteins. |
231) egree of conductivity and absorptivity of novel reactive azo-dyes in respect to dye- |
232) In this study, four novel reactive azo-dyes were experimentall |
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