Sentence examples for the enzyme connected from inspiring English sources
These new hybrids combined a tacrine, 6-chlorotacrine or acridine unit as catalytic binding site and indanone (the heterocycle present in donepezil) or phthalimide moiety as peripheral binding site of the enzyme, connected through a different linker tether length.
In addition, the chemical-protein interaction network shows that there is a relation between the UPG-III methyltransferase and sulfite reductase, which is the enzyme connected to the sulfite (metabolite) that can strongly bind to AoXlnR but not to AoAmyR.
Every time the enzyme connects two bases an A to a T or a C to a G an electrically charged ion is released and detected by sensors on the machine.
With the extrinsic redox enzymes, there is usually another protein involved in transporting electrons and therefore an electron transfer pathway exists within the enzyme connecting the active sites to an area on the surface where the ancillary protein binds.
The probability of enzyme connected and not connected to the metabolite m i are estimated as (8) P (E ~ m i | k − 1 ) = 1 − exp (− k i · (n E − k + 1 ) n tot ) P (E ≁ m i | k ) = exp (− k i · (n E − k ) n tot ).
The chemically synthesized DNA strands are mixed together; then the T4 ligase enzyme connects the fragments.
The tonometer containing the enzyme was connected to one syringe and the buffer or NADH solution was connected to the second syringe of the stopped-flow spectrophotometer.
The target compounds were designed as dual binding site acetylcholinesterase inhibitors with an arylalkylamine moiety binding at the catalytic site of the enzyme and connected via an alkyl chain to a heterocyclic fragment, capable of binding at the peripheral anionic site of AChE.
If tp:enzyme is defined, the enzyme is connected to a process via association connectors.
Interestingly, very recently three enzymes connected to glucosinolate synthesis have been shown to undergo redox regulation, pointing to the complexity of the control of the pathway.
(306) Enzymes connected to optically trapped polymer beads could then be manipulated precisely with respect to the DNA molecule and used to cut the DNA in well-defined locations.
