-
their respiration processes. Some
organotrophs such as
animals and many bacteria, are also heterotrophs.
Organotrophs can be
either anaerobic or aerobic...
-
Organisms that use
organic molecules as an
electron source are
called organotrophs.
Chemoorganotrophs (animals, fungi, protists) and
photolithotrophs (plants...
-
mycelium and its
constituent hyphae.
Heterotrophs can be
organotrophs or lithotrophs.
Organotrophs exploit reduced carbon compounds as
electron sources,...
-
called lithotrophs,
while those that use
organic compounds are
called organotrophs. Still, more specifically,
aerobic organisms use
oxygen as the terminal...
- In
terms of
electron donor, this
group contains both
organotrophs and lithotrophs. The
organotrophs oxidize organic compounds, such as carbohydrates, organic...
-
Foundation species Kinetotrophs Mixotrophs Myco-heterotrophy
Mycotroph Organotrophs Photoheterotrophs Photosynthesis Photosynthetic efficiency Phototrophs...
-
compounds or
carbon fixation Ferroglobus,
Methanobacteria or Pyrolobus
Organotrophs Organic compounds Organic
compounds or
carbon fixation Pyrococcus...
-
phototrophy and chemotrophy,
depending on the
availability of light.
Organotrophs use
organic compounds as electron/hydrogen donors.
Lithotrophs use inorganic...
-
chemotrophs obtain energy by
consuming chemical energy from matter.
Organotrophs consume other organisms to
obtain electrons,
while lithotrophs obtain...
-
Organic molecules are used as a
source of
hydrogen atoms or
electrons by
organotrophs,
while lithotrophs use
inorganic substrates.
Whereas phototrophs convert...
