Sentence examples for using the same catalytic from inspiring English sources

A competitor, Alcohoot, is promising shipment in September of a $75 model using the same catalytic method that plugs into an iPhone.

Both Compact GTL and Velocys use the same catalytic reactions found in massive GTL facilities: natural gas is first mixed with steam to produce carbon monoxide and hydrogen; the resulting syngas is then converted into a waxy form of synthetic crude oil.

A search of Burkholderia genomes detected a putative amidase in B. cepacia J2315 with high identity to the P. aeruginosa amidase and predicted that other Burkholderia species also possessed CN_hydrolases that use the same catalytic triad (Glu Lys Cys) as amidase.

Both superfamilies use the same catalytic triad (Asp-His-Ser), which is thought to have evolved through convergent evolution [ 2].

The two pathways use the same catalytic steps and are distinguished by the stage at which the double bond at C24 in the side chain is reduced.

This suggests that the spliceosome and the group II intron use the same catalytic mechanisms, providing further support for their common evolutionary origin.

Since ADI, PADs, and PPAD are likely to use the same catalytic machinery to deiminate (peptidyl)arginine, a similar chemistry may be applied to develop PPAD inhibitors.

They position catalytic divalent metal ions in the same way as Domain V of group II intron RNA, suggesting that the spliceosome and group II intron use the same catalytic mechanisms.

One can use the same catalytic rates for all enzymes since different values for catalytic rates just change the position of observed transition points and do not change the qualitative behavior of transitions.

For example, many diverse enzymes (peptidases, thioesterases, lipases) in the α/β-hydrolase superfamily use the same catalytic triad (Ser-His-Asp) for different types of bond changes [ 25].

Cleavage of XBP1/HAC1 intron by IRE1 is a distinct and separable activity from RIDD Oligomerization of active IRE1 is required for XBP1/HAC1 cleavage but not RIDD Both activities use the same catalytic residues but different substrate binding sites Selective activation of RIDD promotes cell death, whereas XBP1/HAC1 splicing supports survival.