Boca Raton / Huntley / Signpost / Suckling / Mansfield / New York / Oxford / Madison / Kyoto / /
Company
Academic Press / ABC / Wiley-Blackwell Publishing / CRC Press / S monomer SA. / Y.T. L.P. / /
Country
New Zealand / Japan / United Kingdom / India / /
Currency
pence / / /
Facility
PLANT BIOLOGY PAL CCR / Research Institute / Plant Cell / PLANT BIOLOGY A A F5H / Kyoto University / Plant Physiol / Plant Mol Biol / Whole plant / Physiol Plant / North Carolina State University / Plant J / Plant Physiol Biochem / PLANT BIOLOGY / University of Wisconsin / The Wisconsin Energy Institute / /
IndustryTerm
lignin product / reagents/analytic tools / machinery / chemical pulping / imaging / diagnostic products / chemical composition / industrial processing / chemical / /
Organization
Wisconsin Energy Institute / Biotransformation Department / US Department of Energy / US Department of Energy’s Great Lakes Bioenergy Research Center / North Carolina State University / Raleigh / Kyoto University / University of Wisconsin / Madison / Institute for Sustainable Humanosphere / /
Person
Lloyd Donaldson (Scion) / Matt Regner / Heather Flinta / Diane Steward (Scion) / John Ralphb / Elspeth MacRae / Yuki Tobimatsub / Will Rottmann / Alexander Hennebry / Maud Hinchee / Van Montagu / Kirk Torr / Barbara Geddesa / /
Position
Author / Major / Porter / /
Product
dimethyl sulfoxide / /
ProvinceOrState
Kerala / Wisconsin / Saskatchewan / New York / South Dakota / Y.T. / North Carolina / California / /
Syringyl lignin production in conifers: Proof of concept in a Pine tracheary element system Armin Wagnera, Yuki Tobimatsub,c,1, Lorelle Phillipsa, Heather Flinta, Barbara Geddesa, Fachuang Lub,c, and John Ralphb,c,2 a