Assertion: dinoflagellate's form | /r/HasProperty | ii rubisco
Facets:
Source sentences:
text: I ribulose-1,5-bisphosphate carboxylase-oxygenase (RuBisCO) with a nuclear-encoded form II RuBisCO, which has a significantly lower affinity for CO 2 than the form I enzyme (46, 71, 93).
text: Although both are “core” dinoflagellates, F. kawagutii belongs to the typical dinoflagellate group that fixes CO 2 with form II Rubisco and contains a secondary endosymbiosis plastid with peridinin as the dominant accessory, while K. brevis instead utilizes form I Rubisco and contains a tertiary replacement plastid with fucoxanthin as the dominant accessory pigment [ O. marina .
text: andAlthough both are “core” dinoflagellates,belongs to the typical dinoflagellate group that fixes COwith form II Rubisco and contains a secondary endosymbiosis plastid with peridinin as the dominant accessory,
text: c with fucoxanthin as the major accessory pigment Most strangely, dinoflagellates with this plastid type have a nuclear-encoded form II rubisco, and apparently do not have rubisco in their chloroplast genomes.
text: It is also noteworthy that dinoflagellates are the only eukaryotes to possess a proteobacterial form II rubisco .
text: whileinstead utilizes form I Rubisco and contains a tertiary replacement plastid with fucoxanthin as the dominant accessory pigment [ 68 ].