- addition,
euglenids can be
divided into
inflexible or
rigid euglenids, and
flexible or
metabolic euglenids which are
capable of 'metaboly' or '
euglenid motion'...
- phagotrophy. Some
unicellular species of
green algae, many
golden algae,
euglenids, dinoflagellates, and
other algae have
become heterotrophs (also called...
- a
clade of
euglenids, single-celled
eukaryotes or
protists belonging to the
phylum Euglenozoa. They are
distinguished from
other euglenids by
active deformation...
- unicellular,
mostly around 15–40 μm (0.00059–0.00157 in) in size,
although some
euglenids get up to 500 μm (0.020 in) long. Most
euglenozoa have two flagella, which...
-
first and only
example of
mixotrophic euglenids. The
genus was
defined as
including flexible mixotrophic euglenids with two
unequal flagella, a minimum...
- diatoms,
brown algae), dinoflagellates, cryptophyta, haptophyta, and
euglenids (the
events may have
begun in the Mesoproterozoic)
while the
first retarians...
- forward. In addition, like some
other euglenids,
their cells exhibit a
certain movement known as
metaboly or '
euglenid motion'
characterized by
extreme flexibility...
-
chloroplasts in
organisms that
underwent secondary endosymbiosis, such as the
euglenids and chlorarachniophytes. The
chloroplasts come via
endosymbiosis by engulfment...
- of
lysine in the alpha-aminoadipate
pathway which occurs in
fungi and
euglenids. In
mammals and
higher plants saccharopine is an
intermediate in the degradation...
- them. The
chloroplasts in
dinoflagellates of the
genus Lepidodinium,
euglenids and
chlorarachniophytes were
acquired from
ingested endosymbiont green...
