Examples of using Protocells in English and their translations into German
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Colloquial
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Official
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Ecclesiastic
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Medicine
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Financial
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Ecclesiastic
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Political
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Computer
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Official/political
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Political
Modern cells evolved from protocells.
The protocells were introduced in oil;
These are also, these tar-fueled protocells.
The protocells can actually move away from the light.
Origin of life in membraneless protocells.
So here we are. These are protocells, patterning their environment.
It is thought that modern cells evolved from much simpler protocells.
Watch when these two large protocells, the hybrid ones, fuse together.
The protocells are designed to move from light to dark regions in Venice's lagoon and canals.
Properties, perhaps these protocells have.
But these protocells satisfy these general requirements of living systems.
So remember, these are primitive things, so dancing protocells, that's very interesting to us.
Living bricks" and protocells are still in their infancy- or, more precisely, in the laboratory.
Artificial phagocytosis A research group at the University of Bristol have recently beenable to achieve artificial phagocytosis using protocells.
These are also, these tar-fueled protocells, are also able to locate resources in their environment.
Protocells can deliver a class of drug used in the treatment of leukaemia, lymphoma, and for some solid tumours.
Formed from the aggregation of abiotic components, protocells are the precursors to modern living cells.
And so here the protocells are depositing their limestone very specifically, around the foundations of Venice, effectively petrifying it.
So the challenge then is,throw away all your pure chemicals in the lab, and try to make some protocells with lifelike properties from this kind of primordial ooze.
On the other hand we have two moving protocells that like to circle each other, and they form a kind of a dance, a complex dance with each other.
Protocells with receptors for the entry of henipaviruses have been shown to disarm these viruses by deactivating Ephrin-B2 protein which enables viral entry into the cell.
So now that you're all experts on protocells, we're going to play a game with these protocells.
In this way, these protocells(coacervates) have the ability to transfer genetic information between other protocells which would have been an important criterion for starting life.
Using molecular constituents as tools to build protocells, the bottom-up approach closely resembles the way in which life must have been created on Earth- from abiotic sources.
Through the study of protocells, a clearer image can be drawn in relation to the origin of life on Earth and the connections between abiotic and living materials can be fully elucidated.
Right? So not only do individual protocells have behavior, what we have interpreted as behavior in this system, but we also have basically population-level behavior similar to what organisms have.
So then we put these protocells together in a single experiment to see what they would do, and depending on the conditions, we have some protocells on the left that are moving around and it likes to touch the other structures in its environment.
So since we can make some interesting protocells that we like, interesting colors and interesting behaviors, and they're very easy to make, and they have interesting lifelike properties, perhaps these protocells have something to tell us about the origin of life on the Earth.
So since we can make some interesting protocells that we like, interesting colors and interesting behaviors, and they're very easy to make, and they have interesting lifelike properties, perhaps these protocells have something to tell us about the origin of life on the Earth. Perhaps these represent an easily accessible step, one of the first steps by which life got started on the early Earth.