Host cells

... naked eye. They can't multiply on their own, so they have to invade a 'host' cell and take over its machinery in order to be able to make more virus ... by a protective coat of protein. They are capable of latching onto cells and getting inside them. Bacteria are organisms made up of just one ...

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... process of endosymbiosis requires genetic integration between the host and symbiont; vast amount of genes are transferred to the host nucleus, ... an algal symbiont, but when it divides only one of the daughter cells gets the alga.4 The other daughter cell has a feeding apparatus that ...

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... This article addresses endysymbionts, which live inside the cells of other organisms. This is actually very common and important in understanding how an ancestral mitochondria can be engulfed and not digested by the host cell. What it all comes down to, in my opinion, is if it looks like ...

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... antigens/structures that are common to microbes but not present in the host body. This way the receptors that recognize these can be assembled straight ... molecule and relies on clonal expansion (each cell and its daughter cells of a given cell type have similar antigen recognizing receptor and ...

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Do you know if lentivirus based vectors (allowing stable transduction of cells) insert to host DNA at specific sequences or randomly? I know it is a replication independent process.

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