IPBiz: Using fluorescence microscopy to distinguish ethanol producing and non-producing genetically engineered cyanobacteria cells

Friday, April 17, 2015

Using fluorescence microscopy to distinguish ethanol producing and non-producing genetically engineered cyanobacteria cells

The article BMC Research Notes 2015, 8:160 (authors Katja Schulze; Imke Lang; Heike Enke; Diana Grohme; Marcus Frohme ) describes a method using fluorescence microscopy to distinguish ethanol producing and non-producing genetically engineered cyanobacteria cells with respect to their pigmentation phenotype.

Link: http://7thspace.com/headlines/506708/the_use_of_fluorescence_microscopy_and_image_analysis_
for_rapid_detection_of_non_producing_revertant_cells_of_synechocystis_sp_pcc6803_
and_synechococcus_sp_pcc7002.html

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I'm a patent lawyer located in central New Jersey. I have a J.D. from the University of Chicago and a Ph.D. from Stanford University, where I studied graphite intercalation compounds at the Center for Materials Research. I worked at Exxon Corporate Research in areas ranging from engine deposits through coal and petroleum to fullerenes. An article that I wrote in The Trademark Reporter, 1994, 84, 379-407 on color trademarks was cited by Supreme Court in Qualitex v. Jacobson, 514 US 159 (1995) and the methodology was adopted in the Capri case in N.D. Ill. An article that I wrote on DNA profiling was cited by the Colorado Supreme Court (Shreck case) and a Florida appellate court (Brim case). I was interviewed by NHK-TV about the Jan-Hendrik Schon affair. I am developing ipABC, an entity that combines rigorous IP analytics with study of business models, to optimize utilization of intellectual property. I can be reached at C8AsF5 at yahoo.com.

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Friday, April 17, 2015

Using fluorescence microscopy to distinguish ethanol producing and non-producing genetically engineered cyanobacteria cells

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