1 Introduction

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Stéphane Declerck Désiré-Georges Strullu J.-André Fortin (Eds.) In Vitro Culture of Mycorrhizas With 84 Figures, 13 in Color 123
Page 2: Soil Biology Series Editor: Ajit Va
Page 8: Foreword The first 30 cm of the ear
Page 12: Acknowledgements We would like to t
Page 16: X Contents Part II Systematics 2 Th
Page 20: XII Contents 3 Chemical Components
Page 24: XIV Contents 3 The Tripartite Cultu
Page 28: XVI Contents Part V Root Organ Cult
Page 32: XVIII Contents Part VII Methodology
Page 36: XX Contributors Ivan Enrique de la
Page 40: XXII Contributors Yves Piché Unive
Page 44: XXIV Contributors Alessandra Zambon
Page 48: 1 In Vitro Culture of Mycorrhizas J
Page 52: In Vitro Culture of Mycorrhizas 5 r
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In Vitro Culture of Mycorrhizas 7 P
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In Vitro Culture of Mycorrhizas 9 t
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In Vitro Culture of Mycorrhizas 11
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In Vitro Culture of Mycorrhizas 13
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Part II Systematics
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18 S. Declerck, S. Séguin, and Y.
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32 Y. Dalpé et al. 2 Systematics 2
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34 Y. Dalpé et al. Table 1. Monoxe
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36 Y. Dalpé et al. maturation data
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38 Y. Dalpé et al. The SSU and ITS
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40 Y. Dalpé et al. This is the cas
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42 Y. Dalpé et al. other (Tiwari a
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44 Y. Dalpé et al. Benhamou N, For
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46 Y. Dalpé et al. Karandashov VE,
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48 Y. Dalpé et al. Villegas J, Wil
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50 Y. Dalpé, F.A. de Souza, S. Dec
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5 Life History Strategies in Gigasp
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Life History Strategies in Gigaspor
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6 Environmental Factors That Affect
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Environmental Factors That Affect P
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7 Breaking Myths on Arbuscular Myco
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Breaking Myths on Arbuscular Mycorr
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8 Host and Non-Host Impact on the P
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Host and Non-Host Impact on the Phy
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9 Carbon Metabolism, Lipid Composit
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Carbon Metabolism, Lipid Compositio
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10 1 Introduction Monoxenic Culture
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Monoxenic Culture as a Tool to Stud
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202 G. Rufyikiri et al. a synthetic
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204 G. Rufyikiri et al. phae). For
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206 G. Rufyikiri et al. hundreds mg
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208 G. Rufyikiri et al. roots were
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210 G. Rufyikiri et al. to demonstr
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212 G. Rufyikiri et al. ones such a
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214 G. Rufyikiri et al. Pearson V,
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12 Interaction of Arbuscular Mycorr
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Interaction of Arbuscular Mycorrhiz
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13 1 Introduction Cistus incanus Ro
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Cistus incanus Root Organ Cultures:
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14 Cultivation of Edible Ectomycorr
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Cultivation of Edible Ectomycorrhiz
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15 Geosiphonpyriformis-aGlomeromyco
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Geosiphon pyriformis- a Glomeromyco
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292 R. Prasad et al. Scientists fro
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294 R. Prasad et al. members of thi
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296 R. Prasad et al. Table 3. Typic
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298 R. Prasad et al. 5 Axenic Culti
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300 R. Prasad et al. Fig. 2. a Axen
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302 R. Prasad et al. Fig.5a-c. Root
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304 R. Prasad et al. Fig.8a-c. Chla
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306 R. Prasad et al. Fig.10a, b. Ro
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308 R. Prasad et al. Fig.13a-d. Aut
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310 R. Prasad et al. Acknowledgemen
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312 R. Prasad et al. Institute of S
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17 1 Introduction Large-Scale Inocu
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Large-Scale Inoculum Production of
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Part VII Methodology
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342 S. Cranenbrouck et al. more tha
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344 S. Cranenbrouck et al. Table 1.
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350 S. Cranenbrouck et al. 5. Solut
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352 S. Cranenbrouck et al. were Lyc
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354 S. Cranenbrouck et al. Disinfec
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356 S. Cranenbrouck et al. Fig. 4.
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358 S. Cranenbrouck et al. Fig. 5.
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360 S. Cranenbrouck et al.
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362 S. Cranenbrouck et al. 3. Trans
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364 S. Cranenbrouck et al. 3. Rinse
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366 S. Cranenbrouck et al. 7.2 Mate
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368 S. Cranenbrouck et al. 8 Contin
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370 S. Cranenbrouck et al. 3. Citra
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372 S. Cranenbrouck et al. 9 Conclu
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374 S. Cranenbrouck et al. Legué V
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Subject Index Abscisic acid (ABA) 1
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Subject Index 379 Colony developmen
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Subject Index 381 - clarum 19, 34,
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Subject Index 383 -drying 23 - susp
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Subject Index 385 Primary colonizat
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Subject Index 387 Storage 23, 25, 3
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1 Introduction

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