-
supergroup Excavata. The
mitosome was
first discovered in 1999 in
Entamoeba histolytica, an
intestinal parasite of humans, and
mitosomes have also been identified...
-
system as well as
mitochondrial remnants,
called mitosomes,
through mitochondrial reduction. The
mitosomes are not used in ATP
synthesis the way mitochondria...
- the
mitosome,
which is
likely a
remnant of mitochondria. Each cell
contains 25 to 100
mitosomes divided into two
categories -
peripheral mitosomes, which...
- all
contain mitochondrion-derived organelles, like
hydrogenosomes or
mitosomes,
having lost
their mitochondria secondarily. They
obtain energy by enzymatic...
- or
organelles derived from
mitochondria (e. g.,
mitosomes and hydrogenosomes). Hydrogenosomes,
mitosomes, and
related organelles as
found in some loricifera...
- is a clear-cut
distinction between mitochondria, hydrogenosomes, and
mitosomes (another kind of
degenerate mitochondria). A non-exhaustive list of organisms...
-
addresses the
evolutionary origin of mitochondria, hydrogenosomes, and
mitosomes, the role of
lateral (horizontal) gene
transfer in
eukaryotic genome evolution...
- in not
having classical mitochondria—instead they have hydrogenosomes,
mitosomes or
uncharacterised organelles. The
oxymonad Monocercomonoides is reported...
-
degrade organic carbon waste and
generate electricity.
Hydrogenosomes and
mitosomes Anaerobic digestion Microbial fuel cell
Standard electrode potential (data...
- its host(s).
Mixotricha mitochondria degenerated in
hydrogenosomes and
mitosomes and lost the
ability to
produce energy aerobically by
oxidative phosphorylation...
