نتایج جستجو برای: pseudomonas fluorescens utpf68

تعداد نتایج: 53242  

Journal: :World Journal Of Advanced Research and Reviews 2021

BCR analysis for five selected fungicides and bioagent (Pseudomonas fluorescens) recorded highest in Propiconazole (1.72:1) followed by Propineb (1.47:1), (P. (1.46:1), Myclobutanil (1.45:1), Carbendazim (1.34:1), Thiopanate (1.33:1) Control (1.13:1). This inferred that treatment investment of Re.1.00 will generate gross income Rs.1.72 or net return (Re.0.72) following other treatments i.e, (Re...

Journal: :Journal of Biological Chemistry 1954

Journal: :Agricultural and Biological Chemistry 1988

Journal: :Journal of Biological Chemistry 1952

Journal: :Chemical communications 2005
Sian M Cooper Russell J Cox John Crosby Matthew P Crump Joanne Hothersall Wanpen Laosripaiboon Thomas J Simpson Christopher M Thomas

Mutation of the mupW gene in the mupirocin biosynthetic gene cluster in Pseudomonas fluorescens results in efficient production of a novel pseudomonic acid metabolite, mupirocin W, which lacks the characteristic tetrahydropyran ring, and reveals the role of the mupW gene in pseudomonic acid biosynthesis.

Journal: :Applied and environmental microbiology 1989
D A Kunz O Nagappan

Pseudomonas fluorescens NCIB 11764 was capable of utilizing cyanate (OCN-) as a sole nitrogen source for growth. Crude cell extracts from cells grown on cyanate, but not on ammonium sulfate, were induced for an enzyme catalyzing cyanate conversion to ammonia. Enzymatic activity was shown to be bicarbonate dependent and specific for cyanate as a substrate, suggesting that cyanate utilization in ...

Journal: :jundishapur journal of microbiology 0
norma elena rojas-ruiz centro de investigaciones en ciencias microbiológicas, de la instituto de ciencias, de la benemérita universidad autónoma de puebla, puebla, méxico estibaliz sansinenea-royano centro de investigaciones en ciencias microbiológicas, de la instituto de ciencias, de la benemérita universidad autónoma de puebla, puebla, méxico maria lilia cedillo-ramirez centro de investigaciones en ciencias microbiológicas, de la instituto de ciencias, de la benemérita universidad autónoma de puebla, puebla, méxico rodolfo marsch-moreno departamento de biotecnología y bioingeniería, centro de investigación y de estudios avanzados del instituto politécnico nacional (cinvestav-ipn), ciudad de méxico, méxico patricia sanchez-alonso centro de investigaciones en ciencias microbiológicas, de la instituto de ciencias, de la benemérita universidad autónoma de puebla, puebla, méxico candelario vazquez-cruz centro de investigaciones en ciencias microbiológicas, de la instituto de ciencias, de la benemérita universidad autónoma de puebla, puebla, méxico; centro de investigaciones en ciencias microbiológicas, de la instituto de ciencias, de la benemérita universidad autónoma de puebla, puebla, méxico. tel: +52-2222295500, fax: +52-2222295650

conclusions bacillus thuringiensis is very sensitive to the interaction of p. fluorescens, however is capable to survive in soil due to its capacity of sporulate. some of the cells in the form of spores germinated and folded slightly and remained in a constant cycle of sporulation and germination. this confirms that b. thuringiensis ips82 can germinate, grow and sporulate in soil. results the a...

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