Matches in Nanopublications for { ?s ?p "10-fold increase in specific activity for DHEA sulfation. 10-fold increase in substrate affinity for DHEA and pregnenolone. No effect on substrate affinity for PAPS. Increases enzyme stability." ?g. }
Showing items 1 to 2 of
2
with 100 items per page.
- NX_O00204-2_MUTAGEN_333_333.RADFpjvOPScR_B-dU29t8kuV5mxRpvDAIUPTMaaKqHN4w._1 comment "10-fold increase in specific activity for DHEA sulfation. 10-fold increase in substrate affinity for DHEA and pregnenolone. No effect on substrate affinity for PAPS. Increases enzyme stability." NX_O00204-2_MUTAGEN_333_333.RADFpjvOPScR_B-dU29t8kuV5mxRpvDAIUPTMaaKqHN4w.assertion.
- NX_O00204-1_MUTAGEN_348_348.RA_JwqnAtAPH8tZ-4zVKinp1Ou3XurKvo1EZhdAHJtcdA._1 comment "10-fold increase in specific activity for DHEA sulfation. 10-fold increase in substrate affinity for DHEA and pregnenolone. No effect on substrate affinity for PAPS. Increases enzyme stability." NX_O00204-1_MUTAGEN_348_348.RA_JwqnAtAPH8tZ-4zVKinp1Ou3XurKvo1EZhdAHJtcdA.assertion.