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THE EFFECTS OF luxAB AND gusA GENE MARKEDR HIZOB IUM F REDI ION SOYBEAN ROOT SYSTEM(PDF)

《大豆科学》[ISSN:1000-9841/CN:23-1227/S]

Issue:
1998年01
Page:
19-22
Research Field:
Publishing date:

Info

Title:
THE EFFECTS OF luxAB AND gusA GENE MARKEDR HIZOB IUM F REDI ION SOYBEAN ROOT SYSTEM
Author(s):
Mo Caiqing　Li Fudi
(Microbiology Department , Huazhong Agricultural University , Wuhan 430070)
Keywords:
lux AB genes;  g us A g ene;  Rhizobium f redii ;  Marking- system
PACS:
-
DOI:
10.11861/j.issn.1000-9841.1998.01.0019
Abstract:
Rhi zobium f redii HN01 w as ma rked by lux AB and gus A g enes separately , testmethods a nd test effect s w ere studied for these tw o ma rking- sy stems. The applicationo f these tw o marking systems o n soy bean rhi zobia w ere analy zed.

References:

[1 ]　莫才清、周俊初、李阜棣, 1996,根瘤菌的标记技术及其发展,生物技术通报, 4: 4- 6

[2 ]　Gordon S. , St ew art A. B. and P. Wi lliams , 1992, lux genes and the applications of bact erial bioluminescence.J. Gen. Mi crobial. 138: 1289- 1300
[3 ]　Wi lson K. J. , 1995, Molecul ar techniqu es f or the study of rhizobial ecol og y in th e field. Soil Bi ol.Bioch em. 27: 501- 504
[4 ]　莫才清、周俊初、李阜棣, 含发光酶基因的转座子质粒载体的改造及其向根瘤菌HN01的转座,应用与环境生物学报,已接收,待发表
[ 5 ]　St rei t W. et al. , 1995, Com pet iti on f or nodule occupancy on Ph aseolus vulga ris by R. etl i and R. t ro pi cis t rains can be eff ici ent ly monit ored in an ul ti sol d uring th e early s tages of g row th using a cons ti tu tion GUSg ene fusi on. Soi l Biol. Bioch em. 27: 1075- 1081

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Last Update: 2017-01-13