However we present the first Rhizobium radiobacter
FG in this case.
was formerly known as Agrobacterium radiobacter until recently, when Agrobacterium spp.
Sample A, B, C, D, E & F of microbial strains were analyzed on the basis of their MALDI spectra as shown in fig 3 and were found to be Achromobacter denitrificans DSM 30026T DSM; Hafnia alvei 20740_1 CHB; Pantoea spp.; Rhizobium radiobacter
B177 UFL, Rhizobium radiobacter
DSM 30147T HAM and Spingobacterium mizutaii DSM 11724T HAM.
Kinetics and mechanism of reactive Red 141 degradation by a bacterial isolate Rhizobium radiobacter
N613 (35 kDa) , Streptomyces violaceus MM72 (8.96 x [10.sup.2] kDa) , Pseudomonas caryophylli CFR 1705 (1.1 x [10.sup.3] kDa) , Rhizobium radiobacter
S10 (3.03 x [10.sup.3] kDa)  and Mitsuaria chitosanitabida strain KMBL5781 (54.7 kDa) .
Infective endocarditis by Rhizobium radiobacter
. A case report.
pneumoniae 96.60% 7A Rhizobium radiobacter
96.00% 7B Burkholderia sp.
A new study involving two Simon Fraser University scientists has found that Rhizobium radiobacter
has on its surface sugar molecules that resemble those on the surface of HIV.
Finally, Rhizobium radiobacter
is another organism we have recovered only occasionally from swabs but have detected quite often by DNA-based technology.
The same behavior is observed in the reference strains Rhizobium radiobacter
NCPPB 2437 (Sawada et al., 1993) and R.