Examples of using Plasmid in English and their translations into Vietnamese
{-}
-
Colloquial
-
Ecclesiastic
-
Computer
Conjugative plasmids contain so-called tra-genes, which perform the complex process of conjugation, the transfer of plasmids to another bacterium(Fig. 4).
Plasmids may be transferred between cells by physical contact, in a process that may be similar to bacterial conjugation.
New elements, such as the ability to dual-wield weapons and Plasmids, allow players to create exciting combination's of punishment.
called plasmids, which are both physically and functionally separate from the bacterial DNA.
circular segments of DNA called plasmids through specialized tubes to one another.
showed that various Nitrobacter populations carry two large plasmids.
For example, different species of bacteria obtain antibiotic resistance genes by exchanging small chromosomes called plasmids.
For large plasmids, to hundreds of copies of the same plasmid in a single cell.
Bacteria keep some of their genes on little loops of DNA called plasmids that can be swapped quite easily;
and more in plasmids and viruses, blur the distinction between sense and antisense strands by having overlapping genes.
By sequencing the genome and plasmids of the evolved autotrophic cells, the researchers discovered that as few as 11 mutations were acquired through
The origins of viruses in the evolutionary history of life are unclear: some may have evolved from plasmids- pieces of DNA that can move between cells- while others may have evolved from bacteria.
phages and plasmids use a primase to synthesize a short RNA primer with a free 3' OH group which is subsequently elongated by a DNA polymerase.
known as plasmids, to express the guide RNAs and to store barcodes to track
The MCR-1 gene was found on plasmids- mobile DNA that can be easily copied and transferred between different bacteria,
several DNA viruses, phages and plasmids utilize a primase to synthesize a brief RNA primer with an absolutely free 3 OH group that is subsequently elongated by means of a DNA polymerase.
They focused on blocking mechanisms that allow coding antibiotic resistance genes into plasmids- these pieces of DNA can carry genes that encode proteins that help potentially dangerous bacteria.
A new study led by scientists at the University of Oxford has found that small DNA molecules known as plasmids are one of the key culprits in spreading the major global health threat of antibiotic resistance.
the MIT team designed logical circuits which were then coded into synthetic loops of DNA called plasmids, using a system called Cello.
Bacteria keep some of their genes on little loops of DNA called plasmids that can be swapped quite easily; think of them as programs on USB sticks.