-
peripheral stalks is
dependent on the type of
ATPase: F-
ATPases have one, A-
ATPases have two, and V-
ATPases have three. The F1
catalytic domain is located...
-
expression patterns. This
enzyme belongs to the
family of P-type
ATPases. The Na+/K+-
ATPase helps maintain resting potential,
affects transport, and regulates...
- are F-
ATPases (which
usually work as ATP
synthases instead of
ATPases in
cellular environments) and
running "in reverse" for an
ATPase (
ATPase catalyze...
- H+/K+
ATPase is a P2-type
ATPase, a
member of the
eukaryotic class of P-type
ATPases. Like the Ca2+ and the Na+/K+
ATPases, the H+/K+
ATPase functions...
- The P-type
ATPases, also
known as E1-E2
ATPases, are a
large group of
evolutionarily related ion and
lipid pumps that are
found in bacteria, archaea, and...
- Vacuolar-type
ATPase (V-
ATPase) is a
highly conserved evolutionarily ancient enzyme with
remarkably diverse functions in
eukaryotic organisms. V-
ATPases acidify...
-
active site of F-
ATPase.
Together with V-
ATPases and A-
ATPases, F-
ATPases belong to
superfamily of
related rotary ATPases. F-
ATPase consists of two domains:...
- producing)
catalytic core. The F-
ATPases (or F1Fo
ATPases), V-
ATPases (or V1Vo
ATPases) and A-
ATPases (or A1Ao
ATPases) are
composed of two
linked complexes:...
- H+ -
ATPases are
specific for plants, fungi, and protists; and Na+ /K+ -
ATPases are
specific for
animal cells.
These two
groups of P-type
ATPases, although...
- P-type
ATPases undergo major conformational changes during the
catalytic cycle. P-type
ATPases are not
evolutionary related to V- and F-type
ATPases. P-type...
