,
,
,
,
,
,
,
,
,
,
,
, 10 Culture en mode
, , p.11
, , p.11
, , p.11
, , p.12
, , p.12
13 Récupération du surnageant de culture, p.13 ,
, , p.13
, , p.14
, , p.14
, , p.15
, , p.15
, , p.15
Dosage de l'azote organique dissous par la méthode d'une wet-oxydation, p.15 ,
, , p.16
, , p.16
, , p.16
, , p.17
, , p.17
,
,
,
,
, , p.22
25 Identification et quantification des acides aminés libres dissous dans une culture de T-iso en azote limitant, p.25 ,
, Identification en quantification des acides aminés libres dissous dans une culture, p.26
, , p.27
, Identification et quantification des acides aminés peptidiques et protéiques dissous dans une culture27 Apparition d'un composé inconnu comportant une fonction amine, p.28
, , p.28
, , p.29
32 A, ANNEXE, vol.1, p.34 ,
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, A. ANNEXE, vol.1
, Draw 2.5 µL from Borate vial, pp.5061-3339
, Draw 1.0 µL from Sample vial n°11 à 21
, Mix 3.5 µL in air 2 times maxspeed
, Wait 0.2 min draw 0 µL from vial n°2 (eau pour rincer l'aiguille)
, Draw 0.5 µL from OPA vial (Agilent
, Mix 4.0 µL in air 6 times with maxspeed 7. Draw 0.4 µL from FMOC vial, pp.5061-3337
, Mix 4.4 µL in air 6 times with maxspeed
, Draw 32 µL from injection diluent vial n°5 11 Mix 20 µL in air 8 times maxpseed 12, Draw 0 µL from vial n°6 acétonitrile 10