 |
PUBLICATIONS:
1) McKinstry, Grenetta. “Maltose Transport in Escherichia coli.
“Master’s Thesis; Indiana University; Bloomington, IN. 1970.
2) McKinstry, Grenetta and Arthur Koch. “Interaction of Maltose
Transport with the Transport of Glucose and Galactosides.”
Journal of Bacteriology 109: 455-458. 1972.
3) Harris, Grenetta McKinstry. “Liquid Nitrogen Cryo-Impacting:
A Unique and Superior Method for the Isolation of DNA-membrane
Complexes.” Ph.D. Dissertation; Ohio State University;
Columbus, OH. 1979.
4) Harris, Grenetta McKinstry. “Protoplasts of Gibberella
Fujikuroi.” Phytopathology 72: 1403-1407. 1982.
ABSTRACTS:
1) McKinstry, Grenetta and Arthur Koch. “Interaction of Maltose
Transport in Escherichia coli. Amer. Soc. Microbiol.;
Boston, MA; Bacterial Proc. 1972.
2) Copeland, James C. and Grenetta Harris. “Genetic Evidence
for Circularity and Bidirectional Replication of the
Bacillus subtilis Chromosome.” Amer. Soc. Microbiol.,
Chicago, IL. Abstracts of Annual Meeting. G223. P.192. 1974.
3) Copeland, J.C. and G. Harris. “Genetic Evidence for Circularity
for the Bacillus subtilis Chromosome.” Microbial Genetics
Bulletin. 36:18. 1974.
4) Harris, Grenetta M. and James C. Copeland. “A Simplified
Method for Genetically Analyzing Density Gradients from
Bacillus subtilis.” Amer. Soc. Microbiol.; Atlantic City,
N.J.; Abstracts of Annual Meeting. H16, p.98. 1976.
5) Harris, Grenetta McKinstry. “Genetic Reassortment After
Protoplast Fusion in the Fungus Gibberella fujikuroi in :
6th International Protoplast Symposium.” Basel, Switzerland.
MD-5, p.350-351. 1983.
6) Harris, Grenetta McKinstry and S. Partipillo. “Self-autolysins
Generates Protoplasts of Gibberella fujikuroi.” Amer. Soc.
Microbiol.; St. Louis, MO; Abstracts of Annual Meeting.
K4. P.147. 1984.
7) Harris, Grenetta McKinstry. “Pigmented Mutants of Gibberella
fujikuroi.” Amer. Soc. Microbiol.; Las Vegas, Nevada; Abstracts
of Annual Meeting. H41. P.30. 1985.
8) G. McKinstry-Hicks, Osborne, T., Ebong, S., Benson, S.,
Hadden, C. and N. Revis. “Amplification of Heavy Metal Resistance
of Pseudomonas syringae O2 after addition of Ampicillin or
Penicillin V to Synthetic Growth Medium.” Fifth International symposium
on Genetics of Industrial Microorganisms.” Split, Yugoslavia. SS3-P4. P.69. 1986.
9) Revis, N., C. Hadden, H. Edenborn, G. Hicks, A. King, and G. Holdsworth.
“Reduction of Heavy Metal Ions to the Elemental Form by a Nonspecific
Heavy Metal Reductase of Pseudomonas maltophilia.” Amer. Soc.
Microbiol.; Atlanta, GA. Abstracts of Annual Meeting. Q76.p.126.1987.
10) McKinstry, Grenetta. “Hazardous Waste-Associated Genetic Disorders.”
European Journal of Human Genetics; Vienna, Austria. Vol. 9,Suppl. 1. P. 326.
2001.
OTHER TECHNICAL PRESENTATIONS:
1) Harris, Grenetta. “ The Use of Protoplast Fusion for Strain Improvement of
Fungi.” Illinois Society for Microbiology- Spring Meeting; Chicago, IL. 1982.
ISM August News Letter. p.9. 1982.
2) Harris, Grenetta. “Genetic Variants Obtained By Fusion Of Gibberella fujikuroi
Protoplasts.” Abbott Laboratories Technology Exchange Conference. Lincolnshire, IL.
Abstracts. #78. 1984.
|
|
|
|
|
|
