Springer Science+Business Media B.V. / AtFLS2 Co / FLS2 - GFP co / Syngenta / LeFLS2 4 5 6 Co / GenBank / Ligand / LeFLS2 Co / Qiagen / Bleecker AB / /
Country
Switzerland / United States / /
Currency
cent / / /
Event
Product Issues / Name Change / /
Facility
Plant Cell / Plant Mol Biol / plant LRR-RLKs / Plant Breeding Research / Michigan State University / The N terminus / University Basel / Plant Biology / Botanical Institute / /
IndustryTerm
protein product / respective flagellin perception systems / online version / software package / flagellin perception systems / flg22 binding site / breakdown product / gene product / glycosylation site / fusion products / chemical binding / flagellin binding site / Chemical cross-linking experiments / flg15 binding site / breakdown products / /
S. Robatzek P. Bittel D. Chinchilla G. Felix T. Boller Zu¨rich-Basel Plant Science Center / Michigan State University / Botanical Institute / Institute for Plant Breeding Research / Swiss National Science Foundation / P. Ko¨chner Department of Plant-Microbe Interactions / Germany S.-H. Shiu Department of Plant Biology / /
Person
Helge Sierotzki / AGA AGG CAT AC / Pascal Bittel / Felix Æ Shin-Han Shiu / Silke Robatzek / Delphine Chinchilla / Vert / Georg Felix / High Fidelity Taq Polymerase (Roche) / Heidrun Ha¨weker / Thomas Boller / Petra Ko¨chner / /
Plant Mol Biol[removed]:539–547 DOI[removed]s11103[removed]Molecular identification and characterization of the tomato flagellin receptor LeFLS2, an orthologue of Arabidopsis FLS2 exhibiting characteristically diff