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What else can I help you with?
What did eukaryotes most evolve from?
Eukaryotes most likely evolved from prokaryotes.
Some eukaryotic or prokaryotes live and function together in groups or colonies?
Some eukaryotic or prokaryotes live and function together in colonies.
What are single-celled organisims that do not have a membrane called..?
(For the most part) Prokaryotes. However, some (but few) are multicellular.
Are parasites prokaryotes?
Some parasites are prokaryotic (bacteria), and some are eukaryotic (helminths, protozoans...)
Is it true that many prokaryotes are large and multicellular organisms?
No, prokaryotes are typically small, single-celled organisms. Most prokaryotes do not have specialized organelles or a true nucleus. Multicellularity is a characteristic more commonly associated with eukaryotes.
What did eukaryotes most evolve from?
Eukaryotes most likely evolved from prokaryotes.
What is the most common form of prokaryotes?
Bacteria are the most common type of Prokaryotes.
What kinds of organisms live in Earth's most extreme environments and may provide scientists with clues about possible life forms on other planets?
organisms in the archaea kingdom Prokaryotes
Some eukaryotic or prokaryotes live and function together in groups or colonies?
Some eukaryotic or prokaryotes live and function together in colonies.
What is a seals habitat?
Most seals live in the ocean. Some do come on land, but only when theyre tired of swimming. They live in the Arctic or Antarctic, In very cold habitats.
Does prokaryotes have a cell well?
Yes, most prokaryotes have cell walls.
What animals live in an hostile habitat?
Humans. Humans are animals and live in some of the most hostile habitats known.
Why do animals have habitats?
They live in habitats which are basically homes like what we live in is a habitat.
Most prokaryotes are what?
heterotrophs
What are the most common types of prokaryotes?
Bacteria are the most common prokaryotes, closely followed by fungi.~Erica Mandilag :)
Why only 1 percent of prokaryotes can be grown in lab?
The vast majority of prokaryotes cannot be grown in the lab because their growth requirements are not yet understood or mimicked. These prokaryotes may have very specific nutritional, environmental, or symbiotic dependencies that are difficult to replicate outside of their natural habitats. Additionally, many prokaryotes are part of complex ecosystems that are challenging to recreate in a laboratory setting.
How do oxygen requirements of prokaryotes affect the environment where they live?
Prokaryotes exhibit diverse oxygen requirements, influencing their habitats significantly. Aerobic prokaryotes thrive in oxygen-rich environments, contributing to the decomposition of organic matter and nutrient cycling. In contrast, anaerobic prokaryotes flourish in oxygen-poor settings, such as deep sediments or the guts of animals, where they play crucial roles in processes like fermentation and nitrogen fixation. This diversity in oxygen needs helps shape ecosystems by regulating nutrient availability and energy flow.
