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1 eir coupling at C3 glucuronic acid site with dodecylamine.
2 , l-valine, or a non-GR-dependent germinant, dodecylamine.
3 r, germinate with Ca(2+)-dipicolinic acid or dodecylamine.
4 ype spores with the GR-independent germinant dodecylamine.
5 ermination with nutrients, and probably with dodecylamine.
6 zite CTSe nanocrystals were synthesized with dodecylamine and 1-dodecanethiol as coordinating solvent
7 -type spores with the nonnutrient germinants dodecylamine and a 1:1 chelate of Ca2+ and dipicolinic a
8       Colloidal ZnO nanocrystals capped with dodecylamine and dissolved in toluene can be charged pho
9 2+) and dipicolinic acid (DPA), but not with dodecylamine, and the defect was prior to DPA release in
10 three-step thermodynamic growth process with dodecylamine as the organic stabilizer.
11 1), which was suitable for determinations of dodecylamine at levels typically present in fully formul
12 normally with nutrients and even better with dodecylamine but not with a 1:1 chelate of Ca(2+) and di
13 tion of CaDPA release with both l-valine and dodecylamine but not with faster CaDPA release once this
14 ductivity of films of octylamine (C8NH2)- or dodecylamine (C12NH2)-coated Pd, PdAg, and PdAu MPCs inc
15  rapid, despite the presence of ~1.5 nm long dodecylamine capping ligands.
16                            Hexylamine (Hex), dodecylamine (DDA), and octadecylamine (ODA) produced pr
17 se extraction (SPE) for the determination of dodecylamine (detergent) in diesel fuels.
18 s subtilis spores by the cationic surfactant dodecylamine exhibited a pH optimum of approximately 9 a
19  temperature sensitive in DPA release during dodecylamine germination as well as in lysozyme germinat
20                           DPA release during dodecylamine germination of B. subtilis spores with four
21 elease) times were relatively similar during dodecylamine germination of spores of the five strains.
22 bout fourfold faster than DPA release during dodecylamine germination of wild-type spores and was inh
23 ument for monitoring the presence/absence of dodecylamine in diesel fuels.
24  a 1:1 chelate of Ca2+ and dipicolinic acid, dodecylamine, lysozyme in hypertonic medium, a pressure
25 e surfaces of as-prepared nanocrystals using dodecylamine to yield high-quality internally doped Mn(2
26                          In addition to DPA, dodecylamine triggered the release of amounts of Ca(2+)
27                 These data indicate that (i) dodecylamine triggers spore germination by opening a cha
28             Non-GR-dependent germination via dodecylamine was more rapid with spoVT spores, but germi
29 mixture of Ca2+ and dipicolinic acid or with dodecylamine was normal, as was the spontaneous germinat
30 line, which acts via a GR, and the germinant dodecylamine, which does not act via any GR.