… The nickel-dependent enzyme urease is a virulence factor … of the active site channel and
essential for enzyme catalysis, … 1-SI) shows the well-described heteropolymeric nature of S. …

… (DAP), generated upon enzymatic hydrolysis of NBPTO with … mode to the two Ni(II) ions in
the active site of urease via two O … PAP), like urease, are hydrolases containing binuclear metal …

… is the active site which is invariably found in binuclear nickel center … three subunits and are
thus hetero polymeric molecules. … to report the effect of pesticides on the urease enzyme of B. …

… the Bacillus bacteria having the ability to produce the urease … Urease enzyme hydrolyzes
the supplied urea and produces … The addition of nickel chloride in 5–100 µM concentration …

… -chemical interaction among bacteria (here, Sporosarcina pasteurii), sand, and cementing
… setup for achieving biocementation using urease active S. pasteurii. A robust factorial design…

… (BAC) immobilizing urease-producing microorganisms was … the main urease-producing
bacteria were genera of Bacillus, … urease/AC); and compared with the free enzyme, the tethered …

… formation and urease only has a role as an enzyme for catalysis in the hydrolysis of urea.
There is no direct evidence that microbes and urease affect the morphology of carbonates. …

… carbonate precipitation via enzymatic hydrolysis of urea by using ureolytic bacteria [[17], [18],
[19], [20], [21]]. Urea is decomposed into ammonium and carbonate by urease as produced …

… formation and urease only has a role as an enzyme for catalysis in the hydrolysis of urea.
There is no direct evidence that microbes and urease affect the morphology of carbonates. …

… pasteurii bacterial cells produce urease enzyme which is essential for hydrolyzing of urea
and production of both ammonium and carbonate ions (Eq. 1) [6, 7]. Ammonium production …