Examples of 'kanamycin resistance' in a sentence
Meaning of "kanamycin resistance"
kanamycin resistance - Kanamycin resistance refers to the ability of an organism or cell to withstand the effects of kanamycin, an antibiotic. It commonly describes the characteristic displayed by certain bacteria or cells that have acquired genetic mutations or acquired genes that enable them to survive and grow in the presence of kanamycin.
How to use "kanamycin resistance" in a sentence
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kanamycin resistance
The kanamycin resistance cassette was then eliminated.
The selectable marker may be kanamycin resistance.
Kanamycin resistance is used as a selectable marker.
The vectors encode kanamycin resistance.
A kanamycin resistance gene was used for bacterial selection.
Selective marker is a kanamycin resistance gene.
The kanamycin resistance gene was used to select for plasmid maintenance.
Transgenic plants were initially selected based on kanamycin resistance.
The gene encoding the kanamycin resistance protein is labeled km.
The expression plasmid is provided with kanamycin resistance.
The chloramphenicol and kanamycin resistance cassettes can then be eliminated.
Transformed cells are selected in culture for kanamycin resistance.
The kanamycin resistance gene is encoded on the vector for selection.
An example of such a marker is the kanamycin resistance gene.
This separation results in kanamycin resistance in cells receiving the desired recombination product.
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Transformants were selected for kanamycin resistance.
Such an insertion provides kanamycin resistance which may function as an antibiotic marker.
The transgenic plants are selected on the basis of their kanamycin resistance.
This separation results in kanamycin resistance in cells receiving only the desired recombination products.
Transformed and regenerated plants are initially selected for kanamycin resistance.
The plasmid is essentially pUC containing kanamycin resistance instead of ampicillin resistance.
Transformed tomato plants were recovered as described and assayed for kanamycin resistance.
The plants were evaluated for segregation of kanamycin resistance to determine insert copy number.
This is not a transposon but allows for selection of the deletion using kanamycin resistance.
This plasmid includes also the kanamycin resistance gene and a bacterial origin of replication.
One particular preferred marker gene is the kanamycin resistance gene.
A kanamycin resistance gene was inactivated by the insertion of an inframe ATG stop codon.
All plasmids contain the kanamycin resistance gene.
This was accomplished by marking the parent plasmid with a Mu derivative coding for kanamycin resistance.
Expression of this plasmid confers kanamycin resistance in plant cells.
In one embodiment, a vector of the invention is composed of a gene which confers kanamycin resistance.
The primers used for the cloning of the kanamycin resistance gene were as follows.
The kanamycin resistance cassette was then eliminated according to Protocol 1.
The progeny of these plants was analyzed for kanamycin resistance segregation.
Other thermostable kanamycin resistance genes have also been described Hoseki J et al.
Alternative promoters include the promoter of the kanamycin resistance conferring gene.
The kanamycin resistance cassette is then eliminated according to Protocol 1.
The progeny of the kanamycin resistant plants was analyzed for kanamycin resistance segregation.
This suggested that the markers for kanamycin resistance and chlorsulfuron resistance were not linked.
The reactions result in separation of the tetR gene from the regulated kanamycin resistance gene.
Transgenic plants were identified by their kanamycin resistance phenotype and examined for their morphological phenotype.
The sequence encoding aroC was positioned second followed by aroB and the kanamycin resistance marker.
The vector also contains the kanamycin resistance npt II gene as a selectable marker.
The Tn phoA transposon carries a gene encoding kanamycin resistance.
To construct this epoK mutant, a kanamycin resistance cassette was inserted into the epoK gene.
The shoots were rooted on hormone free MS medium and selected for kanamycin resistance.
The filter was probed with the kanamycin resistance gene of the mini-Tn5 transposon.
In one embodiment, the selectable marker is kanamycin resistance.
As previously, the kanamycin resistance cassette is then eliminated according to Protocol 1.
This strategy allows the insertion of a chloramphenicol or a kanamycin resistance cassette into the genes concerned.
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Examples of using Kanamycin
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Kanamycin works by interfering with protein synthesis
Shoots were rooted on kanamycin to eliminate untransformed escapes
Kanamycin enters breast milk in small amounts
Examples of using Resistance
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National resistance to the occupation was therefore legitimate
This must result in a resistance value of approx
Resistance to surface damage by fine particles optional
