Search

Kemet Spence Phones & Addresses

  • Genesee, ID
  • Potlatch, ID
  • Pullman, WA

Publications

Isbn (Books And Publications)

A Laboratory Manual for Introductory Biology

View page
Author

Kemet Spence

ISBN #

0787210773

Us Patents

Microbial Insecticide

View page
US Patent:
42230071, Sep 16, 1980
Filed:
Apr 27, 1979
Appl. No.:
6/033895
Inventors:
Kemet D. Spence - Potlatch ID
Robert E. Andrews - Pullman WA
Assignee:
Battelle Development Corporation - Columbus OH
International Classification:
A61K 3902
A61K 3912
C12K 108
A01N 1500
US Classification:
424 16
Abstract:
An improved microbial insecticide composition, and methods for the production and utilization thereof, are disclosed. The disclosed composition comprises a microbial insect pathogen of viral, bacterial, or fungal origin which is susceptible to sunlight-induced inactivation embedded in a coacervate microbead which is comprised of a nucleic acid, typically RNA, and a proteinaceous material, whereby the microbead structure itself effectively shields the agent from sunlight-induced inactivation. The microbead is typically stabilized by chemical crosslinking.

Microbial Insecticide

View page
US Patent:
43259375, Apr 20, 1982
Filed:
Mar 5, 1981
Appl. No.:
6/240846
Inventors:
Kemet D. Spence - Potlatch ID
Robert E. Andrews - Pullman WA
Assignee:
Battelle Development Corporation - Columbus OH
International Classification:
A61K 3902
A61K 3912
C12K 108
A01N 1500
US Classification:
424 16
Abstract:
An improved microbial insecticide composition, and methods for the production and utilization thereof, are disclosed. The disclosed composition comprises a microbial insect pathogen of viral, bacterial, or fungal origin which is susceptible to sunlight-induced inactivation embedded in a coacervate microbead which is comprised of a nucleic acid, typically RNA, and a proteinaceous material, whereby the microbead structure itself effectively shields the agent from sunlight-induced inactivation. The microbead is typically stabilized by chemical crosslinking.

Microbial Insecticide

View page
US Patent:
42658802, May 5, 1981
Filed:
Mar 26, 1980
Appl. No.:
6/134325
Inventors:
Kemet D. Spence - Potlatch ID
Robert E. Andrews - Pullman WA
Assignee:
Battelle Development Corporation - Columbus OH
International Classification:
A01N 1500
C09D 532
C12K 108
US Classification:
424 93
Abstract:
An improved microbial insecticide composition, and methods for the production and utilization thereof, are disclosed. The disclosed composition comprises a microbial insect pathogen of viral, bacterial, or fungal origin which is susceptible to sunlight-induced inactivation embedded in a coacervate microbead which is comprised of a nucleic acid, typically RNA, and a proteinaceous material, whereby the microbead structure itself effectively shields the agent from sunlight-induced inactivation. The microbead is typically stabilized by chemical crosslinking.

Microbial Insecticide

View page
US Patent:
43282032, May 4, 1982
Filed:
Sep 15, 1980
Appl. No.:
6/187455
Inventors:
Kemet D. Spence - Potlatch ID
Robert E. Andrews - Pullman WA
Assignee:
Battelle Development Corporation - Columbus OH
International Classification:
A61K 3902
A61K 3912
C12K 108
A01N 1500
US Classification:
424 16
Abstract:
An improved microbial insecticide composition, and methods for the production and utilization thereof, are disclosed. The disclosed composition comprises a microbial insect pathogen of viral, bacterial, or fungal origin which is susceptible to sunlight-induced inactivation embedded in a coacervate microbead which is comprised of a nucleic acid, typically RNA, and a proteinaceous material, whereby the microbead structure itself effectively shields the agent from sunlight-induced inactivation. The microbead is typically stabilized by chemical crosslinking.
Kemet D Spence from Genesee, ID, age ~87 Get Report