-
sakaiensis.
Ideonella sakaiensis is gram-negative, aerobic, and rod-shaped.
Cells are
motile and have a
single flagellum.
Colonies of I.
sakaiensis are...
-
matter of days. The
first PETase was
discovered in 2016 from
Ideonella sakaiensis strain 201-F6
bacteria found from
sludge samples collected close to a...
-
beetle larvae, can
likewise degrade polystyrene on its own.
Ideonella sakaiensis and
Comamonas testosteroni can
degrade polyethylene terephthalate. Aspergillus...
- This pair of enzymes,
PETase and MHETase,
enable the
bacterium Ideonella sakaiensis to live on the
plastic PET as sole
carbon source. The
first enzyme of...
-
Ideonella is a
genus of
bacteria in the
family Comamonadaceae. In 2016 I.
sakaiensis was
shown to
degrade PET, a
polymer widely used in food containers, bottles...
-
Ideonella sakaiensis, that
possesses two
enzymes which can
break down the PET into
smaller pieces digestible by the bacteria. A
colony of I.
sakaiensis can...
- Year
Title Label Ref 2016
Spell Books O1 :::
Ideonella Sakaiensis Them
There Records 2017
treats 2! 2018 ****
FLESH postgeography 2018
Nightbath DESKPOP...
- needed].
Scientists are
working on
genetically engineering Ideonella sakaiensis to
break down PET
plastic at a
faster rate in
order to make it a viable...
- to
increase plastic biodegradation potential. For instance,
Ideonella sakaiensis has been
genetically modified to
break down PET at
faster rates. Multiple...
-
enzymes – PETase,
first discovered in 2016, and
MHETase of
Ideonella sakaiensis – for
faster depolymerization of PET as well as of PEF,
which may be useful...
