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1 e for growth (50 microgram/ml [77 microM] on agar medium).
2 tin-exposed yeast since it failed to grow on agar medium.
3 op around individual donors during mating on agar medium.
4 loids, however, showed marked penetration of agar medium.
5 so highly induced by root penetration of the agar medium.
6 ed, homogenized, and cultured in tryptic soy agar medium.
7 or would these cells form colonies in a soft-agar medium.
8 stitutive swarmer cells and swarm on minimal agar medium.
9 cent, since they could not be subcultured on agar medium.
10 ants with altered swarming abilities in soft agar medium.
11 umptive colonies were subcultured on Gelatin Agar medium.
12 ureus genome that altered hemolysis on blood agar medium.
13 ae, LSUPB201, also produced toxoflavin on LB agar medium.
14 nfected with these strains and overlaid with agar-medium.
15 ained from the samples using Simmons citrate agar medium and characterised by antimicrobial susceptib
16  strains produced rough-surfaced cultures on agar medium and demonstrated a propensity to form pseudo
17    Both mutants displayed a growth defect on agar medium and hypersensitivity to sodium dodecyl sulfa
18  very different environments-growth on solid agar medium and in liquid suspension culture.
19 ction occurred in seedlings exposed to water-agar medium and in roots, related luminescence responses
20 cted anaerobically, plated on enriched blood agar medium, and incubated at 35 degrees C for 5 to 7 da
21 35000 grown in liquid medium, grown on solid agar medium, and isolated from lesions of H. ducreyi-inf
22     These samples were cultured on cetrimide agar medium, and isolates were epidemiologically charact
23                              To select which agar medium best supported conidial growth, representati
24 s inhibited 50% when seedlings were grown on agar medium containing 0.1 M MeJA.
25 ed by direct plating of H. halobium cells on agar medium containing antibiotic.
26 eta-hemolysis when cultured anaerobically on agar medium containing blood.
27 ur current method of direct plating on blood agar medium containing neomycin and nalidixic acid (NNA)
28 me Les Grottes, France) is a new chromogenic agar medium designed to enable the isolation of staphylo
29 is thaliana (L.) Heynh. plants were grown in agar medium during 6 or 11 d of spaceflight exposure on
30 and evaluation of MRSA ID, a new chromogenic agar medium for the specific isolation and identificatio
31                                         This agar medium has the following advantages compared to a l
32 verse microbiota using a semiselective blood agar medium incorporating nalidixic acid and sulfamethaz
33 Moreover, the expression of zapA on nutrient agar medium is co-ordinately regulated in concert with t
34                    We questioned whether the agar medium itself created an anaerobic environment for
35 ts for those that could migrate through soft agar medium lacking added magnesium.
36 mis bacterial colonies grown on low-nutrient agar medium mutually inhibit growth through secretion of
37 died revertants, selected on lactose minimal agar medium, of the Escherichia coli lacZam strain that
38 C. elegans depends on the composition of the agar medium on which PA14 is grown.
39 ( Triticum aestivum) cultivated on free iron agar medium plates.
40  readily visualized blue pigmentation on ABM agar medium supplemented with X-gal (ABMX-gal).
41                          On semi-solid (0.3% agar) medium they formed "mats": complex multicellular s
42                                        A new agar medium to perform pyrazinamide (PZA) susceptibility
43 is end, we evaluated a prototype chromogenic agar medium (VRE-BMX; bioMerieux, Marcy l'Etoile, France
44    Herbicidal effects were reversed when the agar medium was supplemented with AMP, but not IMP or GM
45 trast, dig1 dig2 cells constitutively invade agar medium, whereas a dig1 dig2 ste12 triple mutant doe
46  performed using a liquid medium and a solid agar medium with an incubation period of up to 60 days.
47 sor consists of Agrobacterium mannitol (ABM) agar medium, X-gal, and a biosensor.