Sentence examples for bind to common proteins from inspiring English sources

The centromere DNA sequences are diverse in different organisms, but are known to bind to common proteins that form the interphase centromeric chromatin and the mitotic kinetochore.

In particular, drugs sharing side effects tend to bind to common protein targets [ 8] and mouse models of functionally related genes often show similar phenotypes [ 9].

Taken together these observations show that Hox proteins are able to bind to common and different types of TFs.

These TGF-βs isoforms bind to common specific transmembrane receptors (TGF-β receptypesypes I and II) to target genes via the SMAD family of signal transducing proteins [ 22].

However, Lrig proteins contain evolutionarily conserved ectodomains harboring both leucine-rich repeats and immunoglobulin domains, suggesting an ability to bind to common partners.

Drugs that bind to common targets likely exert similar activities.

We can for instance mention the participation of loci to the same transcription factory [ 22, 25, 26], their synchronisation during replication [ 27], or the fact that they bind to a common protein, such as CTCF [ 28].

Immunoprecipitation studies indicate that a trimethylguanosine cap structure is present at the 5′ end and that the RNA is bound to core proteins common to spliceosomal ribonucleoprotein particles.

In both cases, previous experimental evidence shows the two partners are not capable of binding each other alone, suggesting that a chaperone is required to enable binding, or that these interactions require both proteins to bind to a common intermediate or complex of intermediates.

A common feature of integrins such as αv β3 is that they bind to ECM proteins via a three-amino-acid sequence, RGD (arginine-glycine-aspartic acid).

Short linear motifs (SLiMs) are also identified as specific sequence patterns that are over-represented in proteins that bind to a common partner, but the algorithms used to discover SLiMs employ filters to remove homologous proteins whereas the ELM-discovery algorithms do not [ 100].