-
research into the
mitochondrial genomes of
jakobids,
which are
unusually large and bacteria-like,
evidence that
jakobids may be
important to the evolutionary...
- "suspension feeding",
unlike in "typical excavates" (e.g. malawimonads,
jakobids, Trimastix, Carpediemonas, Kiperferlia, etc).
Ancyromonads instead capture...
- of
Jakobids,
because of
their discoidal mitochondrial cristae,
which is
different from
Jakoba that have
irregularly flattened, and the
other Jakobids member...
-
Stygiellidae are
genetically diverse but
morphologically similar anaerobic jakobids. The
unifying aspect of
their appearance is
their cristae-lacking mitochondria...
-
among jakobids and that have the
potential to fold into a
distinct tRNA-like
secondary structure. With the
availability of nine
complete jakobid mtDNA...
-
archamoebae (F/S) Opisthokonta:
choanoflagellates (F)
Excavata Discoba:
jakobids (F),
kinetoplastids (bodonids, F/P, trypanosomatids, P),
euglenids (F/A)...
-
having a gene-rich
mitochondrial genome, the
largest known outside the
jakobids. Brugerolle, G.; Bricheux, G.; Philippe, H.; Coffe, G. (2002). "Collodictyon...
-
along with
other unrelated groups of
flagellates such as apusomonads,
jakobids, cercomonads, spongomonads, katablepharids, ebriids,
proteomyxids and so...
- not
formally described.)
Jakoba are
small bacterivorous zooflagellates (
jakobids)
found in
marine and
hypersaline environments. They are free
swimming trophic...
- in many
eukaryotic branches, i.e. red algae, mosses, dinoflagellates,
jakobids, and
other single cell eurkaryotes.
Choanoflagellates contain a gene named...
