-
multicellular fruiting body,
making it an
important factor that
related the
acrasids to the dictyostelids. Each cell
keeps its
individuality even when it forms...
-
morphology and lifestyle, the
slime molds (mycetozoans, plasmodiophorids,
acrasids, Fonticula, and labyrinthulids, now in Amoebozoa, Rhizaria, Excavata, Cristidiscoidea...
-
consisting of
orders Creneida, Lyromonadida,
Naegleriida (new,
including acrasid slime molds),
Percolomonadida and
Pseudociliatida (represented by the single...
- Pseudovahlkampfia, and most
acrasids do not have
flagellate stages. As
mentioned above,
under unfavourable conditions, the
acrasids aggregate to form sporangia...
- The Myxomycetes. In 1975,
Olive distinguished the
dictyostelids and the
acrasids as
separate groups. In 1992,
David J.
Patterson and M. L.
Sogin proposed...
-
multicellular fruiting body,
making it an
important factor that
related the
acrasids to the dictyostelids. More
recent genomic studies have
shown that Dictyostelium...
-
amoeboflagellates with
complex life cycles,
among which are some
slime molds (
acrasids). The two
clades Euglenozoa and
Percolozoa are
sister taxa,
united under...
- and choanocytes),
chytrid fungi (zoospores and gametes) Excavata: some
acrasids (Pocheina, as zoospores) In
older classifications,
flagellated protozoa...
- haplosporidians) and
acellular slime moulds,
dictyostelids (amoebozoans),
acrasids (Excavata) and Haplozoon. Some
examples of
plant syncytia,
which result...
-
protozoologists and
mycologists include mycetozoans, plasmodiophorids,
acrasids, and labyrinthulomycetes.
Fungi claimed by both
protozoologists and mycologists...
