|Table of Contents|

PROGRESS OF THE STUDIES ON PLANT ROOT COLONIZATION BY FLUORESCENT PSEUDOMONADS(PDF)

Chinese Journal of Applied & Environmental Biology[ISSN:1006-687X/CN:51-1482/Q]

Issue:
1996 04
Page:
408-414
Research Field:
Publishing date:

Info

Title:
PROGRESS OF THE STUDIES ON PLANT ROOT COLONIZATION BY FLUORESCENT PSEUDOMONADS
Author(s):
Wang Ping Hu Zhengjia Li Fudi
Laboratories of Agro-microbiology, Huazhong Agricrltural University, Wuhan 430070
Keywords:
root colonizationfluorescent Pseudomonadsplant growth-promoting rhizobacteria
CLC:
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PACS:
DOI:
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DocumentCode:

Abstract:
This review presents the investigations in recent 10 years on plant root colonization by fluorescent pseudomonads in the fields of colonization dynamics,characteristics of introduced bacteria and effects of environmental conditions.

References

[1] O’Sullivan M,O’Gara F.Traits of fluorescent Pseudomnas spp.involved in suppression of plant root pathogens.Microbeoi Rcro 1992,58(4):662-676
[2] Cook RJ.Making greater use of introJuced microorganisms for biological control of plant pathogenes.Ann,Rev Phytopnthol.1993,31:53-80
[3] Lynch JM.IntrocJuction:some consequences of microbial rhizosphere competence for plant and soil.In:Lynch JM ed.The Rhizasphere.Chichester,John Wiley and Sons,1990.1-10
[4] Kloepper JW,Schruth MN,Miller TD.Effects of rhizasphere colonization by plant development and yield.growth-promoting rhizobacteria on potato plant.1980,70:1078-1082
[5] Howie WJ,Cook RJ,Weller DM.Effects of soil metric potential anJ cell motility on wheat root colonization by fluorescent pseudomonads suppressive to take-all.Plag phtopathology.1987,77:286-292
[6] Welter DM.Biological control of soilborne plant pathogens in the thizosphere with bacteria.Annu Rev phtopathol.1988,26:379-407
[7] Kloepper JW,Lifshitz R,Schroth MN.PseuJomonas inoculants to benefit plant praluction.Anmal and Plant Science.1988.60-64
[8] Kloepper JW,Zablutowicz RM,Tipping EM et al.Plant growth promotion mediated by bacterial rhizosphere colonizers,ln:Keister DL,Cregan P R ed.The Rhizosphere and Plant Growth.Dordrecht,Kluwer Academic Publuhers,1991.315-326
[9] Parke JL.Root colonization by indenous anJ intraluceJ microorganisms.In:Keister DL,Cregan P R ed.The Rhizosphere and Plant Growth.DorJrecht:Kluwer AcaJemic Publishers,1991.33-42
[10] Schmidt EL.Initiation of plant root-microbe interactions.Annu Rev Microbiol.1979,33:355-376
[11] Suslow TV.Role of root colonizing bacteria in plant growth.In,Mount M S,I,acy G H al.PhytoDathogenic Prokaryotes.Vol.London:Acadenic Press,1982.187-223
[12] Aaker R.lnduction of rhizosphere competence in the biocontrol fungus Tricludlermn.In:Keister D L,Cregan PA ed.The Rhizosphere and Plant Growth.Dordrecht;Kluwer Academic Publishers,1991.221-228
[13] Hozone E,Alexander M.Aacterial characteristics important to rhizosphere competence.Soil Biol.Biochem.1991,23(8):717-723
[14] Bowen GD,Rovira AD.Microbial colonization of plant roots.Annu Rev Phytopothol.1976,14:121-144
[15] Scher FM,Kloepper JW,Singleton CA.Chemotaxis of fluorescent Pseudomons spp.to soybean seed exudates in vitro and in soil.Can J Microbiol.1985,31:570-574
[16] Lawrence JR,Delaquis PJ,Korber DR et al.Behavior of Pseudomnns flrimeacexa within the hydronlynamic tromdary layers of surface microenvironments.Microb Ecol.1987,14:1-14
[17] Misaghi 1d,Olsen MW,Rillotte IM et al.Importance of rhizobacterial mobility in biocontrol of bacterial wilt of tomato.Soil Biol Biochem.1992,24(4):287-293
[18] Bowers JH,Parke JL.Colonization of pea(Pisum sntivum L.)taproots by Pseadootottns fhroreseert.e,effect of soil temperature and bacterial motility.Soil Biol Biochem.1993,25(12):1693-1701
[19] Parke JL,Rovira AD,Aowen GD.Soil matric potential affects colonisation of wheat roots by a Dseudomonad suppressive to takeall.Phytopnthology.1984,74:806(Abstr.)
[20] Chao W-L,Nalson EA,Harman GE et al.Colonization of the rhizosphere by biological control .agents applied to sees.Phytopnthology.1986.76:60-65
[21] Boelens J,Woestyne MV,Verstraete W.Ecological importance of motility for the plant growth-promotin g rhizopsendomonas strain ANP15 Soil Biol Biochem.1991.26(2):1269-277
[22] Ilowen GD.Microbial dynamics in the rhizosphere.Possible strategies in managing rhizosphere popnlaticms.In:Keistrer DL,Cregan PB ed.The Rhizosphere and Plant Growth.Ibrdrecht;Kluwer Academic Publishers,1991.25-32
[23] Kluepfel DA.The behavior and tracking of bacteria in the rhizosphere.Annu Rev Phytopnth.1993.31:441-472
[24] Scher FM,Ziegle JS,Kloepper JW.A methal for assessing the root-colonizing capacity of move.Cnn J Microbiol.1984,30:151-157
[25] Kloepper JW,Scher FM,Laliberte M et al.Measuring the spermosphere colonizing capacity(spermospttere competence)of bacterial inoculants.Cnn J Microbiol.1985,31:926-929
[26] Juhnke ME,Mathre DE,Sands DC.Relationship between bacterial seed inoculum density and rhizosphere colonization of spring wheat.Soil Biol Biochem.1989,21:591-595
[27] Loper JE,Orser CS,Panopoulos NJ,et al.Genetic analysis of fluorescent pigment proJuction in Psealuntounus syrigue pv.syringne.J Gen Microbiol.1984,130:1507-1515
[28] Loper JE,Haack C,Schroth MN.Population dynamics of soil pseudomonads in the rhizosphere of potato(Solunum tuberosum L.)Appl Rnvrun Microbiol.1985,49:416-422
[29] Iswandi A,Aossier P,Vandenabeele J et al.Influence of the inoculation density of the rhizopseuclomonad strain 7NSK2 on the growth and the composition of the root microbial community of maize(Zen mays)and barley(Hordeum vulgure).Biol Fertil Soils.1987,4:119-123
[30] Hebbar KP,Davey AG,Dart PJ.Rhizobacteria of maize antagonistic to Fuarriuut ntonihfornte,a soil-borne fungan pathogen:isolation and identification.Soil Biol Biochem.1992.24(10):979-987
[31] Hebbar KP,Davey AG,Merrin J et al.Rhizobacteria of maize antagonistic to Fasnrum moniliforme,a soil-borne fungal pathogen:colonization of rhizosphere and roots.Soil Bio Biochem.1992.24:989-997
[32] Hatzinger PR,Alexander M.Relationship between the number of bacteria added to soil or seeds and their abundance and Distribution in the rhizosphere of alfalfa.Plant and Soil.1994,158:211-222
[33] Prikrvl Z.Vancura V.Root exndates of plants.VI.Wheat root exndation as dependent on growth .concentration gradient of exudates and the presence of bacteria.Plant and Soil.1980.57:69-83
[34] Bahme JB.Schroth MN.Spatial-temporal colonization patterns of a rhizobacterium on underground organs of potato.Phytopnthology.1987,77:1093-1100
[35] Heijnen CE,Huk-A-Hin CH,Van Elsas JD.Root colonization by Pseadlomowr sflruvrcsccas inUraJuced into soil emended with bentonite.Soil Biol Biochem.1993.25(2):239-246
[36] Rattray EAS,Tyrrcl JA,Prosser JI.Effects of soil bulk density and temperature on wheat rhizosphere colonization by lur-marketed Pseudomouns fluorescens.Fur J Soil Biol.1993.29(2):73-82
[37] Liddell CM,Parke JL.Enhanced colonization of pea taproots by a fluorescent pseudomonad bioadntrol agent by water infiltration into soil.Phytopnthology.1989.79:1327-1332
[38] Kloepper JW,Beamhamp C1.A review of issues related to measuring colonization of plant rests by bacteria.Can J Mircol.1992,38:1219-1232
[39] Davies KG,Whitbread R.Factors affecting the colonisation of a root system by fluorescent Pseudiomonads,monads;the effects of Water,temperature anJ soil microflora.Plant and Soil.1989,116:247-256
[40] Beauchamp CJ,Kloepper JW,Antoun H.Detection of genetically engineered bioluminescent Pseuclomonnds in potato rhizosphere at diferent temperatures.Microb Releases.1993,1:203-207
[41] Seong KV,Hofte M.Roelens J et al.Growth,survival,and rout colonization of plant growth beneficial Pseudiomonads fluorescens ANP15 and Psendumonas aerraginoar 7NSK2 at different temperatures.Siol Biol Biochem.1991,23:433-428
[42] Acea ML.Alexander M.Growth and survival of bacteria introduced into carbon amended soil.Siol Biol Biochem.1988,20:703-709

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