What's the difference between cleavable and cleave?

Cleavable


Definition:

  • (a.) Capable of cleaving or being divided.

Example Sentences:

  • (1) Two-dimensional SDS-PAGE (non-reduced and then reduced) analyses of HSV-1-infected HEL cells treated with the cleavable cross-linker DTBP demonstrated that molecules that comigrated with gC were the only components of these high Mr complexes.
  • (2) Although EI may function extracellularly as well as intracellularly, its deduced sequence lacks a typical cleavable N-terminal signal sequence.
  • (3) The calmodulin-binding domain of the CYA 62 truncated enzyme was labeled with a cleavable radioactive photoaffinity cross-linker coupled to calmodulin.
  • (4) These results are consistent with the proposal that the drug action in vivo involves the stabilization of a cleavable complex between topoisomerase II and DNA in chromatin.
  • (5) The N-terminal aa sequence of CelS showed that the protein was synthesized with a 32-aa cleavable signal peptide.
  • (6) A heterobifunctional, cleavable, photo-activatable cross-linker (sulfo-SADP) was coupled to purified arrestin.
  • (7) This difference was abrogated when the precursors were treated with glycopeptidase F. In the intracellular small chain a difference was observed in the size of carbohydrate chains that were cleavable with endo-beta-N-acetylglucosaminidase H. Sequence analysis of the N-termini of mature intracellular cathepsin D indicated a N-terminal trimming in both large and small chains from both human and transfected hamster cells.
  • (8) A tripartite gene fusion was constructed, consisting of (i) the Escherichia coli lacZ gene for beta-galactosidase, (ii) a segment encoding an endoproteolytically cleavable peptide, and (iii) the A. eutrophus gene hoxN.
  • (9) Dimethyl-4,4'-dithiobisbutyrimidate dihydrochloride was used as a cleavable cross-linking reagent to maintain the structure of labile intermediates in adenovirus type 2 assembly.
  • (10) The mutant cleavable complex had a higher kinetic stability and was less sensitive to salt dissociation than the wild type complex.
  • (11) The mechanism by which these point mutations increased HA cleavability has not been defined.
  • (12) When inhibition and cleavage with VM-26 were measured concurrently as a function of topoisomerase II concentration, a clear inverse relationship between topoisomerase II inhibition and cleavable complex production was observed.
  • (13) Formation of the cleavable complex is a cytotoxic lesion that may contribute to the growth-inhibitory properties of flavones observed for three human tumour cell lines.
  • (14) Following absorption from the proximal intestine, non-specific esterases hydrolyze this cleavable ester, releasing cefpodoxime, a new broad-spectrum third-generation cephalosporin with sustained plasma levels in humans.
  • (15) Elution conditions were found that maintained beta-galactosidase activity so purified enzyme could be released on breaking the cleavable linker.
  • (16) Treatment of the cleavable complex with protein denaturant resulted in DNA breaks.
  • (17) The heterobifunctional, photoactivatable, thiol-cleavable cross-linker sulfosuccinimidyl 2-(p-azido-salicylamido)ethyl-1,3'-dithiopropionate (SASD) was radioiodinated and used to determine whether endothelial albumin binding proteins (ABP) recently identified (Ghinea, N., Fixman, A., Alexandru, D., Popov, D., Hasu, M., Ghitescu, L., Eskenasy, M., Simionescu, M., and Simionescu, N. (1988) J.
  • (18) The amount of DNA present in such a cleavable-complex progressively decreased following pretreatment of topoisomerase type II with PADPR synthetase and increasing concentrations of NAD.
  • (19) Biosynthetically radiolabeled murine B cells were incubated for 2 h in the presence or absence of T lymphocytes before treatment with the cleavable cross-linking reagent dimethyl-3,3'-dithiobispropionimidate.
  • (20) OmpF-Lpp, a model secretory protein, carries either an uncleavable or cleavable signal peptide, and mutant secretory proteins derived from uncleavable OmpF-Lpp were used as translocation substrates.

Cleave


Definition:

  • (v. i. ) To adhere closely; to stick; to hold fast; to cling.
  • (v. i. ) To unite or be united closely in interest or affection; to adhere with strong attachment.
  • (v. i. ) To fit; to be adapted; to assimilate.
  • (v. t.) To part or divide by force; to split or rive; to cut.
  • (v. t.) To part or open naturally; to divide.
  • (v. i.) To part; to open; to crack; to separate; as parts of bodies; as, the ground cleaves by frost.

Example Sentences:

  • (1) Accordingly, when bFGF, complexed to heparin, is treated with pepsin A, an aspartic protease with a broad specificity, only the Leu9-Pro10 peptide bond is cleaved generating the 146-amino acid form.
  • (2) It was concluded that ochratoxin A was cleaved into the nontoxic ochratoxin alpha and phenylalanine by the contents from all but the abomasum.
  • (3) The 3C protease of poliovirus is distinguished from that of all other picornaviruses in that it only cleaves at Gln-Gly amino acid pairs within the viral polyprotein.
  • (4) To circumvent the restriction of having to analyze relatively short PCR fragments, restriction endonucleases were used to cleave a longer PCR product and the mixture of fragments was analyzed directly in SSCP gel electrophoresis.
  • (5) Under optimal reaction conditions, HhaI and RsaI cleaved the DMTS-std duplex to 76-77% completion and the DMTS-imp duplex to 96-99% completion.
  • (6) In the alpha 2M-thrombin, alpha 2M-plasmin, and alpha 2M-trypsin complexes, approximately 50%, 60%, and 75% of the subunits are cleaved, respectively.
  • (7) This finding suggested that cytosolic factors, removed from isolated nuclei, could influence the susceptibility of intact cells to the cytotoxic and DNA-cleaving actions of etoposide.
  • (8) Reversible chemical cross-linking with dithiobis(succinimidyl propionate) and analysis of cross-linked and cleaved complexes in sodium dodecyl sulfate-polyacrylamide gel electrophoresis confirmed that the C proteins exist as tetramers, most or all of which are composed of (C1)3C2.
  • (9) Brief digestion at neutral pH without reduction produced a molecule in which the Fab and Fc fragments were still linked by a pair of labile disulphide bridges, and the Fc fragment released by cleaving these bonds, called 1Fc fragment, contained a portion of the ;hinge' region including an interchain disulphide bridge.
  • (10) However, peptide bonds between 193 and 194, and 194 and 195 were cleaved in the presence of mAb 1C3 as easily as in the presence of mAb 31A4, suggesting that the region of residues 200 to 202 was obscured by, or within the antibody binding site, but that the region of residues 193 to 195 was not.
  • (11) We have shown that LPS induces a novel protease that functions optimally at pH 5 to cleave ACTH 1-39 into ACTH 1-22 to 1-26.
  • (12) Single-stranded linear DNAs were prepared by separating strands of duplex molecules or by cleaving single-stranded circles at a unique restriction site created by annealing a short defined oligonucleotide to the circle.
  • (13) In contrast, edited versions of CYb, COII, and COIII RNAs were not cleaved within the editing domains.
  • (14) This fusion protein exhibited an in vivo endonuclease activity which specifically cleaved the intron homing site within the intronless cob gene.
  • (15) These plasmin-cleaved peptides are derived from the COOH terminus of C2b, and they induce the contraction of estrous rat uterus.
  • (16) In contrast, phospholipase A2 treatment followed by papain digestion cleaved a fraction of these polypeptides.
  • (17) These data demonstrate that Fc epsilon RII can be internalized by ligand-induced endocytosis and subsequently cleaved in an intracellular compartment.
  • (18) The D-Phe peptides, which are cleaved especially rapidly by thrombin in water, have structures (in deuterated DMSO) in which the aromatic ring of the D-Phe residue is folded back over the Val or Pip residue.
  • (19) Substrate and product DNAs are cleaved with a restriction endonuclease and the resulting fragments are separated by electrophoresis in agarose gels.
  • (20) A comparison of two different restriction enzymes, which cleave the plasmid with blunt or cohesive-ended double-strand breaks, did not reveal differences in repair fidelity.

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