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, Molecular dialogue in the nitrogen-fixing root symbiosis Casuarina/Frankia: characterization of Frankia's symbiotic signal molecules, p.39
, Arbuscular mycorrhiza AU: Arbitrary Units BD: Broughton and Dilworth CCaMK: Calcium & Calmodulin-dependent Kinase CcI3: Frankia strain CgNIN: Casuarina glauca NIN ESI: Electrospray ionization EST: Expressed Sequence Tag FcS: Frankia casuarinae supernatant GFP: Green Fluorescent Protein GUS: ?-glucuronidase enzyme HPLC: High Pressure Liquid Chromatography IPCC: Intergovernmental Panel on Climate Change IRD: Research Institute for Development LC/MS: Liquid chromatography paired with mass spectrometry ljNIN: Lotus japonicus NIN MS: Mass Spectrometry NF: Nod factors NIN: Nodule inception NINA: NIN -Activator pI: Isoelectric point PMSF: Phenylmethylsulfonyl fluoride Q-TOF: Quadruple Time Of Flight RHDF: Root Hair Deforming Factor SYMRK: SYMbiosis Receptor Kinase T-DNA: Transfer Deoxyribonucleic acid TFA: Trifluoroacetic acid USDA: United States Department of Agriculture X
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, Molecular dialogue in the nitrogen-fixing root symbiosis Casuarina/Frankia: characterization of Frankia's symbiotic signal molecules
, Chromatograms obtained using RP-C18 and RP-Polar C18 columns in HPLC. Injection consisted of X-CW elution fraction (50 µL). A: Purification using RP-C18 column with TFA 0.1 % (v:v). B: Purification using RP-C18 column with ammonium hydroxide 0.1 % (v:v). C: Purification using RP-Polar C18 column using TFA 0.1 % (v:v). D: Purification using RP-Polar C18 column using ammonium hydroxide 0.1 % (v:v). Regions circled correspond to fractions leading to the activation of ProCgNIN:GFP and ProCgNIN:GUS. The blue line corresponds to methanol gradient as described in Material and Methods. UV detection was at 254 nm in Arbitrary Units (AU), X-CW elution fractions and not in controls (red circle). A1: Positive ion mass spectra of X-CW elution fraction solubilized in 0.1% TFA. A2: positive ion mass spectra of X-CW methanol 95% / Ammonium hydroxide 5% fraction solubilized in 0.1% TFA, vol.13