Search

Deborah K Bulmer

from Three Forks, MT
Age ~75
Get Report
Also known as:
Deborah Kay Bulmer, Deborah Bulmer, Deborah Owens, Debbie Bulmer, Deborah Palmer, Deborah Owen, Pam Register
Related to:
Timothy Owens, 63Ashley Blumer, 24James P Owens, 65Nancy Morley, 53May Owens, 45
Connected to:
Brandi Bulmer, 42Danielle Bulmer, 34Gwendolyn Bulmer, 77Ian Bulmer, 34Kyle K Bulmer, 27Luann M Bulmer, 63Margaret A Bulmer, 87Nadine S Bulmer, 63Nancy R Bulmer, 89Patti W Bulmer, 69

Deborah Bulmer Phones & Addresses

  • Three Forks, MT
  • Belgrade, MT
  • Mesa, CO
  • Bozeman, MT
  • Idaho Falls, ID
  • Missoula, MT
  • Henderson, NV

Interests

career opportunities, consulting offers,...

Resumes

Resumes

Deborah Bulmer Photo 1

Deborah Bulmer

View page
Location:
United States

Publications

Us Patents

Development Of Genetically Engineered Bacteria For Production Of Selected Aromatic Compounds

View page
US Patent:
62109375, Apr 3, 2001
Filed:
Apr 22, 1998
Appl. No.:
9/064693
Inventors:
Thomas E. Ward - Idaho Falls ID
Carolyn S. Watkins - Idaho Falls ID
Deborah K. Bulmer - Henderson NV
Bruce F. Johnson - Scotia NY
Mohan Amaratunga - Clifton Park NY
Assignee:
Bechtel BWXT Idaho, LLC - Idaho Falls ID
International Classification:
C12P 742
C12N 121
C12N 1563
US Classification:
435146
Abstract:
The cloning and expression of genes in the common aromatic pathway of E. coli are described. A compound for which chorismate, the final product of the common aromatic pathway, is an anabolic intermediate can be produced by cloning and expressing selected genes of the common aromatic pathway and the genes coding for enzymes necessary to convert chorismate to the selected compound. Plasmids carrying selected genes of the common aromatic pathway are also described.

Lysogenic Bacteriophage Isolated From Acidophilium

View page
US Patent:
51322218, Jul 21, 1992
Filed:
May 10, 1989
Appl. No.:
7/350662
Inventors:
Thomas W. Ward - Idaho Falls ID
Debby F. Bruhn - Idaho Falls ID
Deborah K. Bulmer - Idaho Falls ID
Assignee:
The United States of America as represented by the United States
Department of Energy - Washington DC
International Classification:
C12N 700
C12N 120
US Classification:
4352351
Abstract:
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. 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.
Control profile
Deborah K Bulmer from Three Forks, MT, age ~75 Get Report