Add to ORKGThis thcsis consists of a collection of 5 papers dealing with ultraviolet inactivation and excision-repair in the transformable bacterium 'Bacillus subtilis' specially with respect to transforming DNA. One of the main objectives was to study UV inacyivation of a number of transforming markers. To that purpose, a multiple auxotrophic mutant, strain 8G-5 was constructed, which served as as the recipient strain. ... Zie: Summary
The efficiency of excision repair of UV-damaged E. coli DNA is enhanced when DNA replication is temp...
The dam gene of Escherichia coll encodes a DNA methyrtransferase that methylates the N6 position of ...
Bacillus subtilis has been a model for gram-positive bacteria and it has long been exploited for ind...
The repair hypothesis argues that natural genetic transformation in Bacillus subtilis evolved as a s...
This thesis describes experiments aimed at advancing our knowledge concerning the process of transfo...
Bacillus subtilis has been a model for gram-positive bacteria and it has long been exploited for ind...
Abstract The extracellular b-glucosidase from microor-ganisms is generally produced in low levels. T...
Thesis (Ph. D.)--Massachusetts Institute of Technology, Dept. of Biology, 2001.Includes bibliographi...
Bacterial transformation is the genetic modification of bacteria following their exposure to exogeno...
An Escherichia coli strain carrying the recB21 and res-1 mutations showed an abnormally low level of...
This thesis describes a number of aspects of transformation and transfection in Bacillus subtilis, w...
A Bacillus subtilis strain containing a mutation decreasing exonuclease I activity by up to 25% as c...
Bibliography:pages 157-175.Repair deficient mutants of Bacteroides fragilis have been isolated in or...
A Bacillus subtilis strain containing a mutation decreasing exonuclease I activity by up to 25% as c...
Bacterial spores are highly resistant to killing by UV radiation and exhibit unique DNA photochemist...
The efficiency of excision repair of UV-damaged E. coli DNA is enhanced when DNA replication is temp...
The dam gene of Escherichia coll encodes a DNA methyrtransferase that methylates the N6 position of ...
Bacillus subtilis has been a model for gram-positive bacteria and it has long been exploited for ind...
The repair hypothesis argues that natural genetic transformation in Bacillus subtilis evolved as a s...
This thesis describes experiments aimed at advancing our knowledge concerning the process of transfo...
Bacillus subtilis has been a model for gram-positive bacteria and it has long been exploited for ind...
Abstract The extracellular b-glucosidase from microor-ganisms is generally produced in low levels. T...
Thesis (Ph. D.)--Massachusetts Institute of Technology, Dept. of Biology, 2001.Includes bibliographi...
Bacterial transformation is the genetic modification of bacteria following their exposure to exogeno...
An Escherichia coli strain carrying the recB21 and res-1 mutations showed an abnormally low level of...
This thesis describes a number of aspects of transformation and transfection in Bacillus subtilis, w...
A Bacillus subtilis strain containing a mutation decreasing exonuclease I activity by up to 25% as c...
Bibliography:pages 157-175.Repair deficient mutants of Bacteroides fragilis have been isolated in or...
A Bacillus subtilis strain containing a mutation decreasing exonuclease I activity by up to 25% as c...
Bacterial spores are highly resistant to killing by UV radiation and exhibit unique DNA photochemist...
The efficiency of excision repair of UV-damaged E. coli DNA is enhanced when DNA replication is temp...
The dam gene of Escherichia coll encodes a DNA methyrtransferase that methylates the N6 position of ...
Bacillus subtilis has been a model for gram-positive bacteria and it has long been exploited for ind...