Sentence examples for genetically incorporated from inspiring English sources

Different UAAs bearing unique side chains, such as benzophenone, aryl azide, and diazirine can be genetically incorporated into proteins in live cells through reprogramming the genetic code.

Thus, in an effort to create a targeted, adjuvant-independent immunogen able to induce a 2F5-like antibody response, the gp41 sequence recognized by 2F5 (ELDKWAS) was genetically incorporated into different regions of an antibody specific for a framework determinant on human leukocyte antigen (HLA -DR.

In this study, an engineered photoactivatable Z-domain variant [an UV-active amino acid benzoylphenylalanine (Bpa) was genetically incorporated into the Z-domain] carrying one biotin molecule (ZBpa Biotin) was prepared by employing aminoacyl-tRNA synthetase/suppressor tRNA and Avitag/BirA techniques.

This enzyme recognizes and utilizes LLQG motif that is genetically incorporated, resulting in site-specific antibody-drug conjugation.

The site-specific conjugation method gives a defined DAR value depending on the number of non-natural amino acid residues that are genetically incorporated.

Evolutionary approaches to depression and evolutionary psychology posit specific mechanisms by which depression may have been genetically incorporated into the human gene pool, accounting for the high heritability and prevalence of depression by proposing that certain components of depression are adaptations, such as the behaviors relating to attachment and social rank.

Genetically incorporating a LysM domain in a protein of interest allows production, secretion, and ultimately easy isolation of the fusion protein from the culture medium of the genetically modified producer organism (GMO) (Leenhouts et al. 1999).

In response we have directly examined the engagement of the interdomain linker as a substrate in oligomer formation, exploiting the system developed by the Schultz lab for genetically incorporating an unnatural crosslinkable amino acid site specifically into BiP.

This feature greatly facilitates site-directed modification of histones and nucleosomes upon genetically incorporating Cys residues at desired locations due to the unique reactivity of the cysteine sulfhydryl group toward a diverse repertoire of electrophilic probes.

We have previously reported the ability of a single rationally designed PylRS mutant (PylRS N346A/C348A)), coupled with tRNACUAPyl, to genetically incorporate a wide variety of phenylalanine derivatives with large para and small meta substitutions at amber mutation sites in living cells.

To directly examine the engagement of the interdomain linker as a substrate in oligomer formation, we followed the suggestions of reviewer #3 and exploited the system developed by the Schultz lab for genetically incorporating an unnatural crosslinkable amino acid site-specifically into BiP.