As for conventional actin, Arp1 can bind and hydrolyze ATP, and Arp1 assembly is accompanied by nucleotide hydrolysis.

All four Rep proteins were shown to bind ATP and to possess helicase activity.

This hydrolyzes the MinD's bound ATP, preventing it from anchoring itself to the membrane.

It binds ATP & ADP and has weak ATPase activity.

Mn effectively binds ATP and allows hydrolysis of the energy molecule by most ATPases.

Both Orc1 and Orc5 bind ATP, though only Orc1 has ATPase activity.

However, NBDs are highly conserved across different genomes-an observation consistent with which it binds and hydrolyzes ATP.

Like the proteasome, hslU must bind ATP in a magnesium-dependent manner before substrate binding and unfolding can occur.

PII proteins exist in trimers in vivo and bind ATP in a cleft between the subunits.

This subunit contains a nucleotide binding motif and functions to bind and hydrolyze ATP [ 19 ] .