What do you understand by Heterokont flagellation?

/ (ˈhɛtərəʊˌkɒnt) / noun. any organism that possesses two flagella of unequal length. Heterokonts include diatoms and some other algae.

What is Isokont and heterokont?

Heterokont Flagella In many organisms more than one flagellum is present. If all the flagella are of similar length then it is known as isokont. If the flagella are of different length then it is known as heterokont. Isokont flagella either show tinsel or whiplash appearance.

Which class is also known as heterokont?

Heterokonts are a group of protists (formally referred to as Heterokonta, Heterokontae or Heterokontophyta). The group is a major line of eukaryotes.

What is Endoparasitism give example?

Endoparasites: Parasites which live attached to the internal body surfaces of the host are called endoparasites, e.g. roundworms and hookworms.

How do you say Acoelomate?

Also a·coe·lom·a·tous [ey-see-lom-uh-tuhs, -loh-muh-], /ˌeɪ siˈlɒm ə təs, -ˈloʊ mə-/, a·coe·lo·mous. having no coelum.

What is Isokont?

Adjective. isokont (not comparable) (biology) Having flagella of equal length.

How do you pronounce Bunsen?

Break ‘Bunsen’ down into sounds: [BUN] + [SUHN] – say it out loud and exaggerate the sounds until you can consistently produce them.

What is a heterokont?

Any of numerous mostly aquatic organisms in the group Heterokonta, having zoospores or other swimming cells usually with a pair of flagella, one of which has brush-like extensions, and whose photosynthetic members have a distinctive form of chlorophyll. Heterokonts include the brown algae, chrysophytes, diatoms, and oomycetes.

Are diatoms heterokont or eukaryotic?

Read more… Diatoms are mostly photosynthetic eukaryotes within the heterokont lineage.

What is the significance of heterokont algae in marine primary productivity?

Heterokont algae are significant contributors to marine primary productivity. Gunvor Bjerkelund Røkke, Thor Bernt Melø, Alice Mühlroth, Olav Vadstein, Atle M. Bones, Martin F. Hohmann-Marriott 2019, ‘Unique photosynthetic electron transport tuning and excitation distribution in heterokont algae’, PLOS ONE 10.1371/journal.pone.0209920.