- ATP in
anaerobic conditions.
Hydrogenosomes were
discovered in 1973 by D. G.
Lindmark and M. Müller.
Because hydrogenosomes hold
evolutionary lineage significance...
-
organelles derived from
mitochondria (e. g.,
mitosomes and
hydrogenosomes).
Hydrogenosomes, mitosomes, and
related organelles as
found in some loricifera...
- are
unusual in not
having classical mitochondria—instead they have
hydrogenosomes,
mitosomes or
uncharacterised organelles. The
oxymonad Monocercomonoides...
-
cells of
alphaproteobacterial symbionts to form
either mitochondria or
hydrogenosomes,
which are
still found in all
known Eukarya (sometimes in
highly reduced...
- mitochondria, but all
contain mitochondrion-derived organelles, like
hydrogenosomes or mitosomes,
having lost
their mitochondria secondarily. They obtain...
- Instead,
these loricifera derive their energy from hydrogen,
using hydrogenosomes.
Henneguya zschokkei also lack mitochondria,
mitochondrial DNA, and...
- coevolution, with the
bacteria evolving into
either mitochondria or
hydrogenosomes.
Another engulfment of cyanobacterial-like
organisms led to the formation...
-
domestic waste landfill sites). They lack
mitochondria but
contain hydrogenosomes of
mitochondrial origin. As in the
related chrytrids, neocallimastigomycetes...
-
genetic code, such as from a cell nucleus, mitochondrion, plastid, or
hydrogenosome.
There are 64
different codons in the
genetic code and the
below tables;...
- four flagella. They
contain double-membrane
bound organelles called hydrogenosomes, ****umed to be
derived from mitochondria,
usually ****ociated with colonies...
