Results 241 to 250 of about 52,427 (262)
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2010
For the first time, it is shown that the expression products of defective prophages are typical not only of the defective lysogenic systems of phytopathogenic Erwinia carotovora, but also of epiphytic bacterium Pantoea agglomerans. It is established that viral particles like phage???s capsids are packing a bacterial DNA, whose size is determined by the
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For the first time, it is shown that the expression products of defective prophages are typical not only of the defective lysogenic systems of phytopathogenic Erwinia carotovora, but also of epiphytic bacterium Pantoea agglomerans. It is established that viral particles like phage???s capsids are packing a bacterial DNA, whose size is determined by the
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2010
The study of a plasmid composition of 54 Erwinia carotovora???s strains of different origins shows that 30% of these strains contain different extrachromosomal DNAs. These genetic elements belong to four discrete size classes. For the first time, the correlation of strains???
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The study of a plasmid composition of 54 Erwinia carotovora???s strains of different origins shows that 30% of these strains contain different extrachromosomal DNAs. These genetic elements belong to four discrete size classes. For the first time, the correlation of strains???
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Defective Lysogeny in Erwinia carotovora
Microbiology, 2002The electron microscopic study of several Erwinia carotovora strains showed that the SOS-induced cells of this pectolytic phytopathogenic bacterium produce particular phage parts (tails, heads, and baseplates) but do not assemble them into fully functional phage particles. E.
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2021
?????????????? ?????????????? ?????????????? ???? ?????????? ?????????????? ???????????????? III ???????? ???? ?????????????????????????? ???????????????? Erwinia atroseptica. ????????????????, ?????? ?????????????? ???? ?????????? hrpN, hrpJ, dspE ?????????????????? ?????????????????????? ???????????????? ???????????????????????? ?????????? ???????????
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?????????????? ?????????????? ?????????????? ???? ?????????? ?????????????? ???????????????? III ???????? ???? ?????????????????????????? ???????????????? Erwinia atroseptica. ????????????????, ?????? ?????????????? ???? ?????????? hrpN, hrpJ, dspE ?????????????????? ?????????????????????? ???????????????? ???????????????????????? ?????????? ???????????
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2019
???? ??. horticola ?????????????? ?????? F44 ?? ?????????????? ???????????????? ????????????????-????????????. ?? ?????????????? ???????????????????????????? ???????????????? ?????? nonsense-??????????????, ?????????????? ???????????????? ???? ?????????????? Escherichia coli ???? ???????????? ???????????????????????? ?????????????????? ?????????????????
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???? ??. horticola ?????????????? ?????? F44 ?? ?????????????? ???????????????? ????????????????-????????????. ?? ?????????????? ???????????????????????????? ???????????????? ?????? nonsense-??????????????, ?????????????? ???????????????? ???? ?????????????? Escherichia coli ???? ???????????? ???????????????????????? ?????????????????? ?????????????????
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2010
For the first time, it is shown that the temperate erwiniaphage ZF40 is capable to mediate the generalized transduction of chromosomal genes of bacterium Erwinia carotovora. The values of frequencies transduction markers arg^+, met^+, ura^+ are variable from 7.0 ?? 10^???8 to 1.1 ?? 10^???4.
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For the first time, it is shown that the temperate erwiniaphage ZF40 is capable to mediate the generalized transduction of chromosomal genes of bacterium Erwinia carotovora. The values of frequencies transduction markers arg^+, met^+, ura^+ are variable from 7.0 ?? 10^???8 to 1.1 ?? 10^???4.
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