asmallerflea.org
Attacking Biofilms: Another Quote, Plus Some Discussion | A Smaller Flea
https://asmallerflea.org/2016/12/13/attacking-biofilms-another-quote-plus-some-discussion
The ISVM Community Blog for Sharing Our Enthusiasm for the Viruses that Infect Archaea, Bacteria, and Microbial Eukaryotes. Attacking Biofilms: Another Quote, Plus Some Discussion. December 13, 2016. December 13, 2016. Stephen T. Abedon. The Ohio State University. This quote is from Lee Watkins and J. W. Costerton (1984). Growth and biocide resistance of bacterial biofilms in industrial systems. Chemical Times and Trends (October):35-40. Ging, or what we might describe as passive treatment in the case of...
asmallerflea.org
sabedon | A Smaller Flea
https://asmallerflea.org/author/sabedon
The ISVM Community Blog for Sharing Our Enthusiasm for the Viruses that Infect Archaea, Bacteria, and Microbial Eukaryotes. Virion Location of Most Phage Depolymerases. December 13, 2016. Stephen T. Abedon. The Ohio State University. Here is a something worth knowing about, from Pires, D.P., H. Oliveira, L.D. Melo, S. Sillankorva, and J. Azeredo. 2016 Bacteriophage-encoded depolymerases: their diversity and biotechnological applications. Appl. Microbiol. Biotechnol. 100. 2141-2151. [ PubMed. That the maj...
asmallerflea.org
Virion Location of Most Phage Depolymerases | A Smaller Flea
https://asmallerflea.org/2016/12/13/virion-location-of-most-phage-depolymerases
The ISVM Community Blog for Sharing Our Enthusiasm for the Viruses that Infect Archaea, Bacteria, and Microbial Eukaryotes. Virion Location of Most Phage Depolymerases. December 13, 2016. Stephen T. Abedon. The Ohio State University. Here is a something worth knowing about, from Pires, D.P., H. Oliveira, L.D. Melo, S. Sillankorva, and J. Azeredo. 2016 Bacteriophage-encoded depolymerases: their diversity and biotechnological applications. Appl. Microbiol. Biotechnol. 100. 2141-2151. [ PubMed. That the maj...
asmallerflea.org
Freezing Selects for Phage T7 Deletion Mutations… Not! | A Smaller Flea
https://asmallerflea.org/2016/10/24/freezing-selects-for-phage-t7-deletion-mutations-not
The ISVM Community Blog for Sharing Our Enthusiasm for the Viruses that Infect Archaea, Bacteria, and Microbial Eukaryotes. Freezing Selects for Phage T7 Deletion Mutations Not! October 24, 2016. November 13, 2016. Stephen T. Abedon. The Ohio State University. Myth: Freezing phage T7 can select for deletion mutations. From Clark and Geary (1973), with emphasis added:. In other words, the evidence is. Consistent with freezing selecting for deletion mutations in phage T7. Leave a Reply Cancel reply. You ar...
asmallerflea.org
Phage Tails as Polymeric Substance Probes: Arguments For and Against | A Smaller Flea
https://asmallerflea.org/2016/11/13/phage-tails-as-polymeric-substance-probes-arguments-for-and-against
The ISVM Community Blog for Sharing Our Enthusiasm for the Viruses that Infect Archaea, Bacteria, and Microbial Eukaryotes. Phage Tails as Polymeric Substance Probes: Arguments For and Against. November 13, 2016. November 13, 2016. Stephen T. Abedon. The Ohio State University. Perhaps not unexpectedly, I now find that this was not an entirely original thought. From Wilkinson (1958). Physical blocking of the surface receptor. In my defense, my suggestion pointed specifically to longer phage tails, and the...
asmallerflea.org
Bacterial Lawns as Biofilm-Like Environments: A New Old Quotation | A Smaller Flea
https://asmallerflea.org/2016/12/10/bacterial-lawns-as-biofilm-like-environments-a-new-old-quotation
The ISVM Community Blog for Sharing Our Enthusiasm for the Viruses that Infect Archaea, Bacteria, and Microbial Eukaryotes. Bacterial Lawns as Biofilm-Like Environments: A New Old Quotation. December 10, 2016. Stephen T. Abedon. The Ohio State University. Way back in 2010. We ( Abedon and Thomas-Abedon. Indeed, we noted as well that Gallet. Described phage formation of plaques also as phage growth within a “biofilm-like environment”. Of course, one cannot claim that bacteria growing within soft agar over...
asmallerflea.org
d’Hérelle, F. (1918). Sur le rôle du microbe filtrant bactériophage dans la dysentérie bacillaire. Compt. rend. Acad. Sci. 167:970-972. | A Smaller Flea
https://asmallerflea.org/2016/04/22/dherelle-f-1918-sur-le-role-du-microbe-filtrant-bacteriophage-dans-la-dysenterie-bacillaire-compt-rend-acad-sci-167970-972
The ISVM Community Blog for Sharing Our Enthusiasm for the Viruses that Infect Archaea, Bacteria, and Microbial Eukaryotes. D’Hérelle, F. (1918). Sur le rôle du microbe filtrant bactériophage dans la dysentérie bacillaire. Compt. rend. Acad. Sci. 167:970-972. April 22, 2016. November 13, 2016. Stephen T. Abedon. The Ohio State University. I’ve been meaning to post machine-translated articles for some time now. Here is what you are seeing:. The posts are broken up by paragraphs with three sections per.
ceos.osu.edu
Project CEOS: Comprehensive Equity at Ohio State | Links
http://ceos.osu.edu/links.html
Skip to main content. The Ohio State University. The ADVANCE Program at National Science Foundation. Project CEOS informational video:. Gender Initiatives in STEMM Website. Center for Aviation Studies. Chemical and Biomolecular Engineering. Civil and Environmental Engineering and Giodetic Science. Computer Science and Engineering. Electrical and Computer Engineering. Food, Agricultural, and Biological Engineering. Knowlton School of Architecture. Materials Science and Engineering. School of Earth Sciences.
esn.osu.edu
Energy | Environmental Sciences Network at Ohio State
https://esn.osu.edu/energy
Skip to main content. Ohio State nav bar. Skip to main content. The Ohio State University. The Ohio State University. Environmental Sciences Network at Ohio State. Energy Research at Ohio State. Human consumption and production of energy is inextricably linked to the environment. Over a hundred researchers at Ohio State are engaged in diverse energy research, development and analysis, including:. New and modified sustainable energy technologies including bioproducts, solar and wind. Contributes to the kn...
brent.xner.net
Christner Research Group - Personnel
http://brent.xner.net/personnel.html
Personnel of the Christner Research Group. Principal Investigator: Brent C. Christner. BS, Molecular Biology, Westminster College. New Wilmington, Pennsylvania, 1992. MS, Microbiology, University of Dayton. Dayton, Ohio, 1996. PhD, Microbiology, The Ohio State University. Columbus, Ohio, 20. Research Associate: Heather Lavender. BS, Microbiology, Louisiana State University, 1999. MS, Microbiology, University of Arkansas for Medical Sciences, 2012. Graduate Student Researcher: Amanda Achberger. Erik Broem...
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