Lysogenic bacteriophage isolated from acidophilium
Patent
·
OSTI ID:868398
- Idaho Falls, ID
A bacteriophage identified as .phi.Ac1 capable of infecting acidophilic heterotropic bacteria (such as Acidiphilium sp.) and processes for genetically engineering acidophilic bacteria for biomining or sulfur removal from coal are disclosed. The bacteriophage is capable of growth in cells existing at pH at or below 3.0. Lytic forms of the phage introduced into areas experiencing acid drainage kill the bacteria causing such drainage. Lysogenic forms of the phase having genes for selective removal of metallic or nonmetallic elements can be introduced into acidophilic bacteria to effect removal of the desired element form ore or coal.
- Research Organization:
- EG & G IDAHO INC
- DOE Contract Number:
- AC07-76ID01570
- Assignee:
- United States of America as represented by United States (Washington, DC)
- Patent Number(s):
- US 5132221
- OSTI ID:
- 868398
- Country of Publication:
- United States
- Language:
- English
Continuous leaching of uranium by Thiobacillus ferrooxidans.
|
journal | January 1976 |
Isolation and Characterization of a Bacteriophage for Thiobacillus novellus
|
journal | November 1973 |
Wide-Host-Range Plasmids Function in the Genus Thiobacillus
|
journal | September 1983 |
Ubiquinone, Fatty acid and DNA Base Composition Determination as a Guide to the Taxonomy of the Genus Thiobacillus
|
journal | July 1982 |
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Related Subjects
lysogenic
bacteriophage
isolated
acidophilium
identified
phi
ac1
capable
infecting
acidophilic
heterotropic
bacteria
acidiphilium
sp
processes
genetically
engineering
biomining
sulfur
removal
coal
disclosed
growth
cells
existing
ph
below
lytic
forms
phage
introduced
experiencing
acid
drainage
kill
causing
phase
genes
selective
metallic
nonmetallic
elements
effect
desired
element
form
sulfur removal
selective removal
metallic elements
metallic element
effect removal
/435/
bacteriophage
isolated
acidophilium
identified
phi
ac1
capable
infecting
acidophilic
heterotropic
bacteria
acidiphilium
sp
processes
genetically
engineering
biomining
sulfur
removal
coal
disclosed
growth
cells
existing
ph
below
lytic
forms
phage
introduced
experiencing
acid
drainage
kill
causing
phase
genes
selective
metallic
nonmetallic
elements
effect
desired
element
form
sulfur removal
selective removal
metallic elements
metallic element
effect removal
/435/