Examples of 'transposons' in a sentence
Meaning of "transposons"
Transposon refers to a DNA sequence that can change its position within a genome, sometimes creating or reversing mutations. It is often used in genetic research to study gene regulation and genetic variation
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- plural of transposon
How to use "transposons" in a sentence
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transposons
That transposons break into our cells.
Mammals have fewer transposons than plants.
The transposons can also cause problems.
The resistance genes are often parts of transposons.
Integration of transposons can be random or highly specific.
Mutations have been introduced with chemicals or transposons.
Transposons are examples of mobile genetic elements and.
Deletion mutations can be generated using transposons.
And transposons are so good at replicating inside of us.
Examples of such systems include integrons and transposons.
So most of the transposons in your genome.
Transposons are composed of modules that are able to.
There are no known transposons that occur in avian species.
Transposons can be added to a bacterial chromosome at many points.
These alien entities are called transposons.
See also
These transposons can also be the source of mutations.
Useful transposable elements include transposons.
Transposons to be used in microorganisms encoding the novel proteins.
Resistance genes are frequently acquired via plasmids or transposons.
Other transposons can be helpful.
Promoters for use in activating transposons.
Transposons may be used in microorganisms encoding the novel proteins.
And that genetic inheritance also includes the transposons.
Such transposons are included within the scope of the disclosure.
Transposomes are prepared from the individually mixed indexed transposons.
Such transposons are included within the scope of the invention.
Form of plasmids or transposons.
Artificial transposons and the like can be also used.
Most transfers between higher animals involve the movement of transposons.
Activating transposons for use in the methods of the invention.
This autonomous transposon is the most analyzed among plant transposons.
Transposons are known to be useful as molecular probes and genetic markers.
The transfer machinery involved is usually encoded by plasmids or conjugative transposons.
Mariner transposons in humans.
One suitable technique involves the use of translocatable elements such as transposons.
Transposons are classified into two categories according to their transposition mechanism.
Learned to live with these transposons and even take advantage of them.
Transposons may be isolated from various plant sources by described methods.
The preferred expression system for use in insect larvae is based on transposons.
Transposons are also of interest.
Modifying the expression of genes by means of transposons is known to the skilled worker.
The transposons may be constructed for translational and transcriptional fusions.
This requires the availability of either transposons to direct inactivation or chromosomal integration vectors.
Transposons are widely used for the discovery of gene function in plants.
Mobile genetic elements called transposons are known to jump from one chromosome to another.
Transposons can be divided into two classes according to their structure.
The control has all four transposons mixed together and immobilized on a bead.
Alteration in the transport system is produced by inducible proteins codified in plasmids and transposons.
Unfoldases are related to transposons because some of them release proteins that aid in transposition.
Integrons may be found as part of mobile genetic elements such as plasmids and transposons.
