Sentence examples for derived to accommodate from inspiring English sources

It is not surprising that the NR0 subfamily members fit within other clades as the NR0 subfamily was derived to accommodate nuclear receptors that lack either the LBD or the DBD, independent of phylogenetics [ 3].

When dietary polysaccharides were supplied to the mice, B. thetaiotaomicron expanded its niche from host derived glycans to accommodate the additional diet-derived nutrients.

It starts with the definition of scientific research and its underlying obligation on why and how empirical approach proves and derives facts to accommodate good design.

ChIP analysis was also extended to accommodate targets derived from the Motif-Searching procedure while their cognate gene products suggested biological relevance (presented in Table 5).

Models regarding GPCR activation and signaling have been rapidly modified to accommodate new data derived from structural and mutational analysis of GPCRs.

The 2017 World Workshop Classification system for periodontal and peri-implant diseases and conditions was developed in order to accommodate advances in knowledge derived from both biological and clinical research, that have emerged since the 1999 International Classification of Periodontal Diseases.

The 2017 World Workshop Classification system for periodontal and peri-implant diseases and conditions was developed in order to accommodate advances in knowledge derived from both biological and clinical research that have emerged since the 1999 International Classification of Periodontal Diseases.

A retention factor dependence of the plate height being different from that derived from the general rate model was proposed to accommodate general flow conditions.

The Gemini spacecraft, which was built by McDonnell Aircraft, was derived from the earlier Mercury spacecraft, but modified to accommodate two astronauts.

New primers were designed to accommodate shorter fragments in FFPE derived DNA (Additional file 1: Table S2), and tested in the 20 fresh frozen samples vs. their matched FFPE DNA samples.

This flexible approach arises naturally from the model used to derive conventional power equations, but extends those methods to accommodate arbitrarily complex designs.