Sentence examples for complex and compared from inspiring English sources

We have added a paragraph in the Results section discussing the role of IP4 in regulating the HDAC/corepressor complex, and compared that with the role of IP6 in regulating Btk activation.

To retrieve the papers according to clinical records, which we define as Use Case 2, it is necessary to process those records in a similar way to Use Case 1. First, terms are identified as simple or complex and compared with linguistic dictionaries.

To examine how Lsm1-7-Pat1 complex might bind RNA, we mapped the electrostatic potential on the molecular surface of the modeled Lsm1-7-Pat1C comparedand compared it to the electrostatic potential distribution of the human Sm ring in the U4 snRNP core domain.

In this study, we sequenced the transcriptome of an indigenous species, Asia II 3, of the Bemisia tabaci complex and compared its genetic divergence with the transcriptomes of two invasive whiteflies species, Middle East Asia Minor 1 (MEand) and Mediterranean (MED), respectively.

We next delineated the modular architecture of SWI/SNF by deleting different subunits once at a time from the complex and comparing the structure of intact SWI/SNF with those missing particular subunits.

In this work we report the NMR solution structures of apo lc DHFR and its DHFR.NADPH binary complex and compare these with our previously determined structures of the DHFR.TMP binary(12) and DHFR.TMP.NADPH ternary(10) complexes.

The Swine leukocyte antigen (SLAII) haplotypes were determined by sequencing the coding area of the DQB1 gene, a member of SLAII gene complex, and compare the obtained sequences to the reference haplotypes.

The structure was solved at a resolution of 2.3 Å, the highest available for a standard K-turn complex, and comparing the structure with the other complexes allows us to establish the general principles for the recognition of K-turn structure by the L7Ae proteins.

We have examined global chemical shift perturbations for aP2 ligand complexes and compared these with amide temperature coefficients.

Long-lived deep-red emissions were observed for the pyrene (83.7 μs) and naphthalimide (135.7 μs) derived Pt II) complexes and compared to the phenylethenyl substituted model complex (9.2 μs).

In the same experiments, we also determined the DNA binding site preferences of CSL-Notch1 and CSL-Notch1-MAML-1 complexes and compared these results with the site preferences of CSL alone (Figure 2B, C).