Example sentences for: scaffold

How can you use “scaffold” in a sentence? Here are some example sentences to help you improve your vocabulary:

  • So possibly, the role of COP1 RING finger in nuclear import is to function as structural scaffold by bringing the two clusters of positively charged amino acids (site 1 and site 3) within the right spatial proximity to fit into the binding sites of the nuclear import machinery, as illustrated by Fig 7C.

  • In the annotation of the unmasked WGS3 scaffold, transposable elements within rolled introns interfered with Genscan so that a very poor rolled gene prediction was generated, and protein similarity results of transposable elements complicated the evidence.

  • They have long GC-rich 5'-UTRs that can form extensive secondary structure and have been classified as "weak" mRNAs because they are translated inefficiently when eIF4E levels are limiting (reviewed in [ 15 ] ). It has been proposed that when eIF4E levels are elevated these mRNAs can more effectively recruit eIF4E and its associated factors including eIF4G, a scaffold protein essential in recruiting the small ribosomal subunit, and eIF4A, a helicase essential for scanning through secondary structures in the 5'-UTR [ 15 27 ] .

  • The sequence of this scaffold is contained within a previously described BAC contig [ 60, 61].

  • The DLG5 gene encodes for a protein that is a member of the MAGUK (Membrane Associated Guan late Kinase homologs) family of proteins located in the plasma membrane [ 2 ] . MAGUK is a new family of proteins that act as a molecular scaffold for intracellular signaling pathways [ 11 ] . The MAGUK family of proteins is characterized by domains that interact with other proteins to create an assembly of large multi-protein complexes [ 10 ] . The PDZ (PSD-95, DLG and ZO-1) domains are the best characterized for their binding to the C-terminal region of channels and transmembrane proteins [ 11 ] . Usually each protein has 1-3 copies of such domains [ 8 12 13 ] . The SH3 domain (Src homology 3) are present in proteins that couple transmembrane receptors to signaling molecules [ 14 ] . The presence of this domain in MAGUKs increases their possibilities of interacting with signaling pathways.


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