Phycocyanobilin
, glaucophyte s and some cryptomonad s. Phycocyanobilin is only present in the phycobiliprotein s allophycocyanin ..
Phycoerythrobilin
s of red algae , glaucophyte s and some cryptomonad s. Phycoerythrobilin is present ..
Phycobilin
algae , glaucophyte s and some cryptomonad s though not in green algae and higher plant s . They are unique ..
Photosynthetic pigment
see below under archaea . Algae Green algae , red algae and glaucophyte s all use chlorophylls ..
ATP citrate lyase
, monocotyledon s, and eudicot s , species of fungi , Glaucophyte s, Chlamydomonas , and prokaryote ..
Plastid
in red alga e and cyanelles in the glaucophyte s. The plastids differ by their pigmentation ..
Green algae
algae and glaucophyte algae, form the supergroup Primoplantae , also known as Archaeplastida or Plantae ..
Archaeplastida
s, green alga green and red alga e, and a small group called the glaucophyte s. All of these organisms ..
Endosymbiotic theory
as Primoplantae , the glaucophyte algae have chloroplasts that strongly resemble cyanobacteria. In particular ..
Protist
, along with a small group called the glaucophyte s, appear to be close relatives of other plants ..
Eukaryote
tertiary endosymbiosis and many do not. Some groups have unique structures, such as the cyanelles of the glaucophyte ... , green alga e, red alga e, and glaucophyte s Chromalveolate s Heterokont s, Haptophyte s, Cryptomonad ..
Cyanobacteria
plants , where they contain chlorophyll b , and among the red alga e and glaucophyte s, where they contain ..
Plant
above, as well as Rhodophyta red algae and Glaucophyta simple glaucophyte algae . As the broadest plant ..
Evolutionary history of life
label1 1 Apusozoa label2 2 Archaeplastida Land plants , green algae , red algae , and glaucophyte s label3 ..