AbstractBy genetic manipulation of cloned Escherichia coli galactose operon DNA, we have constructed a new plasmid in which the N terminal segment of the galK gene is replaced by the N terminal of the galE gene. This plasmid encodes a hybrid protein that confers a Gal K+ phenotype on host cells: differences in initiation at the galE translation start point cause different phenotypes. The plasmid has unique restriction sites at the junction of the galE and galK gene segments and thus can be used to replace the N terminal of galK with any other translation start
An expression system utilizing specialized ribosomes has been constructed with p-galactosidase a s t...
Amino-terminally double HA-tagged Gal4 expression plasmid p2HG4 was constructed by inserting two tan...
In order to develop an extremely stable, inducible host/vector system, the following genetic manipul...
AbstractBy genetic manipulation of cloned Escherichia coli galactose operon DNA, we have constructed...
The use of lacZ as a reporter gene requires appropriate plasmid constructions to produce fusions of ...
The use of lacZ as a reporter gene requires appropriate plasmid constructions to produce fusions of ...
Lack of suitable gene transfer techniques hampers genetic improvement and analysis of several indus...
A 'phase-shift' translation fusion vector was constructed in which mutually compatible restriction s...
Lack of suitable gene transfer techniques hampers genetic improvement and analysis of several indus...
Lack of suitable gene transfer techniques hampers genetic\ud improvement and analysis of several ind...
Recombineering allows DNA cloned in Escherichia coli to be modified via lambda (l) Red-mediated homo...
AbstractBackground: Modern biological research is highly dependent upon recombinant DNA technology. ...
We present the nucleotide sequence of the galactokinase gene (galK) of Escherichia coli including it...
The 5.5 kb high-copy number cryptic plasmid pDI25 from Lactococcus lactis subsp. lactis 5136 was iso...
The tractability of the budding yeast genome has provided many insights into the fundamental mechani...
An expression system utilizing specialized ribosomes has been constructed with p-galactosidase a s t...
Amino-terminally double HA-tagged Gal4 expression plasmid p2HG4 was constructed by inserting two tan...
In order to develop an extremely stable, inducible host/vector system, the following genetic manipul...
AbstractBy genetic manipulation of cloned Escherichia coli galactose operon DNA, we have constructed...
The use of lacZ as a reporter gene requires appropriate plasmid constructions to produce fusions of ...
The use of lacZ as a reporter gene requires appropriate plasmid constructions to produce fusions of ...
Lack of suitable gene transfer techniques hampers genetic improvement and analysis of several indus...
A 'phase-shift' translation fusion vector was constructed in which mutually compatible restriction s...
Lack of suitable gene transfer techniques hampers genetic improvement and analysis of several indus...
Lack of suitable gene transfer techniques hampers genetic\ud improvement and analysis of several ind...
Recombineering allows DNA cloned in Escherichia coli to be modified via lambda (l) Red-mediated homo...
AbstractBackground: Modern biological research is highly dependent upon recombinant DNA technology. ...
We present the nucleotide sequence of the galactokinase gene (galK) of Escherichia coli including it...
The 5.5 kb high-copy number cryptic plasmid pDI25 from Lactococcus lactis subsp. lactis 5136 was iso...
The tractability of the budding yeast genome has provided many insights into the fundamental mechani...
An expression system utilizing specialized ribosomes has been constructed with p-galactosidase a s t...
Amino-terminally double HA-tagged Gal4 expression plasmid p2HG4 was constructed by inserting two tan...
In order to develop an extremely stable, inducible host/vector system, the following genetic manipul...