T.G. Volova Institute of Biophysics / Siberian Federal University / Massachusetts Institute of Technology / /
IndustryTerm
substrate gas concentrations / hydrogenous products / thermal processing window / oil mill / gas/vapor fuel mixture / component gas / gas supply conditions / gas flux / corn oil / petroleum-based plastics / biotechnology / gas components / biosynthesis machinery / food processing waste / process technology / heat carrier / gas substrate utilization / gas substrate / genetic tools / autotrophic gas substrate mixture / value added products / larger thermal processing window / branched carbon chain products / resultant product / gaseous products / synthesized plastics / gas supply / energy sources / waste products / autotrophic gas mixture / palm kernel oil / growth media containing coal liquefaction products / gas mixture / palm oil / aqueous solutions / palm oil production / gas consumption / gas exchange conditions / coal gasification products / physico-chemical activities / industrial biotechnology / chemicals / gas substrate consumption / energy / /
Organization
USA Engineering Systems Division / C.J. Brigham Department of Biology / USA Division of Health Sciences Technology / Russian Academy of Sciences / US Federal Reserve / Department of Biology / T.G. Volova Institute of Biophysics / Massachusetts Institute of Technology / Siberian Federal University / /
Person
Ekaterina Shishatskaya / Anthony J. Sinskey Abstract Ralstonia / Tatiana G. Volova / Natalia Zhila / /
ProvinceOrState
Massachusetts / Colorado / /
Technology
biomaterials / technology of coal gasification / Biotechnology / crystallization / process technology / /
Chapter 17 Manipulation of Ralstonia eutropha Carbon Storage Pathways to Produce Useful Bio-Based Products Christopher J. Brigham, Natalia Zhila, Ekaterina Shishatskaya,