Examples of using Multicellular in English and their translations into Polish
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Colloquial
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Official
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Medicine
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Ecclesiastic
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Ecclesiastic
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Financial
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Official/political
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Programming
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Computer
Spirulina is composed of unicellular or multicellular lower organisms,
subsequently developed multicellular worms, snails,
specifically dealing with phenotypic plasticity traits in multicellular organisms related to the repair
Single-celled organisms dominated the oceans, and the first multicellular organisms would soon evolve.
such as bacteria… to large multicellular mammals, including man.
Single-celled organisms dominated the oceans… but some existed in colonies called microbial mats… and the first multicellular organisms would soon evolve.
Today, there are many micro-organisms that show a similar multicellular lifestyle, which functions remarkably like tissue formation in higher organisms and is thought to make more efficient use of nutrients.
And the first multicellular organisms would soon evolve. but some existed in colonies called"microbial mats, Single-celled organisms dominated the oceans.
Cobalt is an essential trace element for all multicellular organisms as the active center of coenzymes called cobalamins.
and the first multicellular organisms would soon evolve. but some existed in colonies called"microbial mats.
For about 1.5 billion years ago formed composite multicellular organisms such as ring worms, corals and jellyfish.
These bacterial communities were the earliest form of multicellular life on Earth, dating back to
For instance, the plant Flu regulatory protein is present both in Arabidopsis(multicellular higher plant)
Extrinsic control involves a cell in a multicellular organism changing its metabolism in response to signals from other cells.
experiment" in multicellular life, with later multicellular life evolving independently from unrelated single-celled organisms.
around 1 billion years ago, the first multicellular plants emerged, probably green algae.
is the system of organs within multicellular animals that takes in food,
its physiological capacity to ensure protective stability for the tissues and organs of multicellular organisms.
One of the main reasons that bacteria make cellulose is to produce'biofilms'- cellulose films that form a matrix outside bacterial cells and help their multicellular communities to stick together.
Non-proliferative(non-dividing) cells in multicellular eukaryotes generally enter the quiescent G0 state from G1