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embargoed abstractPMS 5 · Processes and signals in the rhizosphere
Thursday .::. 27 September .::. 14:00-16:00PMS.5 · 0+P1 
Developing plant bioindicators for plant sulfur nutritional status and/or sulfate availability in the rhizosphere
C. Lancilli, B. Giacomini, F.F. Nocito, G.A. Sacchi
Dept Crop Production, Univ. Milan (Milan)
PMS.5 · 0+P2
Interaction of phytases with soil constituents and implication for hydrolysis of adsorbed inositol phosphates
C. Giaveno1, L. Celi1, A.E. Richardson2, R.J. Simpson2, E. Barberis2
1Dept Valorisation and Exploitation of Agroforestry Resources, Univ. Turin (Grugliasco); 2CSIRO, Plant Industry (Canberra, Australia)
PMS.5 · 0+P3
Use of microbial biosensors to study C and N dynamics in the rhizosphere of maize cultivars with different N use efficiency
F. Valori1, D. Standing2, G. Renella1, N. Tomasi3, S. Cesco3, Z.Varanini4, R. Pinton3, K. Killham2, L. Landi1, P. Nannipieri1
1Dip. Scienza del Suolo e Nutrizione della Pianta (Florence); 2Dept of Plant and Soil Science, School of Biological Science, Univ. of Aberdeen, Cruickshansk Building (Aberdeen, United Kingdom); 3Dept of Agricultural and Environmental Sciences, Univ. of Udine (Udine); 4DISTEMEV, Univ. of Verona, S. Floriano (Verona)
PMS.5 · 0+P4
Biochemical and molecular characterization of microbial community in rhizosphere soil under long-term management
C. Crecchio, M. Curci, P. Ricciuti, P. Ruggiero
DIBCA, Univ. Bari (Bari)
PMS.5 · 0+P5
Extraradical mycorrhizal networks as related to functional diversity of arbuscular mycorrhizal fungi
L. Avio1, E. Pellegrino2, E. Bonari3, M. Giovannetti2
1Inst. Agricultural Biology and Biotechnology, CNR (Pisa); 2Dept Crop Plant Biology, Univ. Pisa (Pisa); 3Sant'Anna School of Advanced Studies (Pisa)
PMS.5 · 0+P6
Influence of Cd-resistant rhizobacteria on the growth of Brassica napus under cadmium stress
E. Dell'amico, L. Cavalca, V. Andreoni
Dept Food Sc. Technol. and Microbiology, Univ. Milan (Milano)
PMS.5 · 0+P7
Ericoid mycorrhizal fungi in metal polluted sites: functional and genetic diversity
E. Martino, C. Murat, E. Zampieri, M. Vallino, S. Abbà, J. Martinis, S. Perotto
Dept Plant Biology, Univ. Turin (Turin)
PMS.5 · 0+P8
A strategy for in situ localisation of horizontal gene transfer in rhizosphere and residuosphere of transgenic tobacco
A. Rizzi1, S. Borin1, L. Brusetti1, C. Sorlini1, A. Abruzzese2, G. Sacchi2, M. Bazzicalupo3, D. Daffonchio1
1DISTAM, Univ. di Milano (Milano); 2DiProVe, Univ. di Milano (Milano); 3DBAG, Univ. di Firenze (Firenze)
PMS.5 · P9
Coordinate modulation of iron responsive gene expression in response to the Fe nutritional status in Cucumis sativus L.
G. Zocchi, P. de Nisi , G. Vigani
DIPROVE, Univ. Milan (Milan)
PMS.5 · P10
Mitochondria involvement in iron deficient cucumber roots
G. Zocchi1, J. Balk2, G. Vigani1
1DIPROVE, Univ. Milan (Milan); 2Dept Plant Sciences, Cambridge Univ. (Cambridge, United Kingdom)
PMS.5 · P11
Laser Capture Microdissection: a novel single-cell approach to analysis of iron deficiency response in plants
S. Santi1, W. Schmidt2
1Dept Agricultural Environmental Sciences, Univ. Udine (Udine); 2Inst Plant and Microbial Biology, Academia Sinica Taipei (Taipei, Taiwan, Province Of China)
PMS.5 · P12
Physiological and molecular aspects of Fe acquisition from natural Fe-complexes by tomato plants
N. Tomasi1, L. Zanin1, M. de Nobili1, Z. Varanini2, R. Pinton1, S. Cesco1
1Dept Agricultural and Environmental Sciences, Univ. Udine (Udine); 2DiSTMVV, Univ. Verona (Verona)
PMS.5 · P13
Modifications in the root-rhizosphere system induced by fluctuating nitrate availability
N. Tomasi2, S. Cesco2, R. Monte2, G. Renella3, L. Landi3, P. Nannipieri3, R. Pinton2, Z. Varanini1
1Dept Sciences Technologies and Markets of grapevine and wine, Univ. Verona (S. Floriano); 2DiSA, Univ. Udine (Udine); 3DiSSNP, Univ. Firenze (Florence)
PMS.5 · P14
Roles of white lupin flavonoids in P- and Fe-mobilization in the rizosphere
N. Tomasi1, G. Renella2, L. Landi2, P. Nannipieri2, L. Weisskopf3, E. Martinoia3, J. Torrent4, Z. Varanini5, S. Cesco1, R. Pinton1
1DiSA, Univ. Udine (Udine); 2DiSSNP, Univ. Firenze (Florence); 3Institut für Pflanzenbiologie, Univ. Zurich (Zurich, Switzerland); 4Dept de Ciencias y Recursos Agrícolas y Forestales, Univ. Córdoba ( Córdoba, Spain); 5DiSTeMeV, Univ. Verona (Verona)
PMS.5 · P15
Accumulation of aluminium at the soil-root interface
T. Mimmo, C. Marzadori, C. Gessa
Dept Agroenvironmental Sciences and Technologies, Univ. Bologna (Bologna)
PMS.5 · P16
Arsenic mobilization in a soil polluted by pyrite cinders
P. Zaccheo1, L. Crippa1, A. Corsini1, L. Cavalca2, E. Dell'amico2, V. Andreoni2
1Dept Crop Production, Univ. Milan (Milan); 2Dept Food Sci Techn and Microbiology, Univ. Milan (Milan)
PMS.5 · P17
Cd-induced changes in soil biochemical characteristics of oat (Avena sativa L.) rhizosphere during early growth stages
S. Astolfi1, S. Zuchi1, F. de Cesare1, S. Grego1, L. Badalucco2
1DABAC, Univ. della Tuscia (Viterbo); 2Dip. di Ingegneria e Tecnologie Agro-Forestali, Univ. Palermo (Palermo)
PMS.5 · P18
Carbon flows in the rhizosphere as a signal for microrganisms
I. Cattani, E. Puglisi, M. Trevisan, R. Boccelli, L. Botteri
Istituto di Chimica Vegetale, Univ. Cattolica del Sacro Cuore (Cremona)
PMS.5 · P19
The effects of cadmium on poplar clones and oak seedlings: preliminary results
A. Morena, A. D'Andrea, C. Cocozza, G.S. Scippa, C. Caprari, R. Tognetti
Dip. Scienze e Tecnologie per l'Ambiente e il Territorio (S.T.A.T.), Univ. del Molise (Pesche)
PMS.5 · P20
Cadmium prevents the induction of nitrate uptake in maize roots
C. Rizzardo1, N. Tomasi1, R. Monte1, Z. Varanini2, S. Cesco1, R. Pinton1
1Dept Agricultural and Environmental Sciences, Univ. Udine (Udine); 2DiSTeMeV, Univ. Verona (Verona)
PMS.5 · P21
Testing a rhizosphere process for remediating a contaminated soil on a small field scale
P. Zaccheo, V. Di Muzio Pasta, L. Crippa
Dept Crop Production, Univ. Milan (Milan)
PMS.5 · P22
Physiological and molecular effects of coumarin on Arabidopsis thaliana root seedlings
A. Nicolo'1,2, M.R. Abenavoli1, S. Chaillou2, F. Daniel-Vedele2, A. Krapp2
1Dip. Bitecnologie per il monitoraggio agroalimentare ed Ambientale, Univ. Reggio Calabria (Reggio Calabria); 2Unité Azotée des Plantes, INRA (Versailles, France)
PMS.5 · 0+P1
Developing plant bioindicators for plant sulfur nutritional status and/or sulfate availability in the rhizosphere
C. Lancilli, B. Giacomini, F.F. Nocito, G.A. Sacchi
Dept Crop Production, Univ. Milan (Milan)
Developing plant bioindicators for plant sulfur nutritional status and/or sulfate availability in the rhizosphere
C. Lancilli, B. Giacomini, F.F. Nocito, G.A. Sacchi
Dept Crop Production, Univ. Milan (Milan)
PMS.5 · 0+P2
Interaction of phytases with soil constituents and implication for hydrolysis of adsorbed inositol phosphates
C. Giaveno1, L. Celi1, A.E. Richardson2, R.J. Simpson2, E. Barberis2
1Dept Valorisation and Exploitation of Agroforestry Resources, Univ. Turin (Grugliasco); 2CSIRO, Plant Industry (Canberra, Australia)
Interaction of phytases with soil constituents and implication for hydrolysis of adsorbed inositol phosphates
C. Giaveno1, L. Celi1, A.E. Richardson2, R.J. Simpson2, E. Barberis2
1Dept Valorisation and Exploitation of Agroforestry Resources, Univ. Turin (Grugliasco); 2CSIRO, Plant Industry (Canberra, Australia)
PMS.5 · 0+P3
Use of microbial biosensors to study C and N dynamics in the rhizosphere of maize cultivars with different N use efficiency
F. Valori1, D. Standing2, G. Renella1, N. Tomasi3, S. Cesco3, Z.Varanini4, R. Pinton3, K. Killham2, L. Landi1, P. Nannipieri1
1Dip. Scienza del Suolo e Nutrizione della Pianta (Florence); 2Dept of Plant and Soil Science, School of Biological Science, Univ. of Aberdeen, Cruickshansk Building (Aberdeen, United Kingdom); 3Dept of Agricultural and Environmental Sciences, Univ. of Udine (Udine); 4DISTEMEV, Univ. of Verona, S. Floriano (Verona)
Use of microbial biosensors to study C and N dynamics in the rhizosphere of maize cultivars with different N use efficiency
F. Valori1, D. Standing2, G. Renella1, N. Tomasi3, S. Cesco3, Z.Varanini4, R. Pinton3, K. Killham2, L. Landi1, P. Nannipieri1
1Dip. Scienza del Suolo e Nutrizione della Pianta (Florence); 2Dept of Plant and Soil Science, School of Biological Science, Univ. of Aberdeen, Cruickshansk Building (Aberdeen, United Kingdom); 3Dept of Agricultural and Environmental Sciences, Univ. of Udine (Udine); 4DISTEMEV, Univ. of Verona, S. Floriano (Verona)
PMS.5 · 0+P4
Biochemical and molecular characterization of microbial community in rhizosphere soil under long-term management
C. Crecchio, M. Curci, P. Ricciuti, P. Ruggiero
DIBCA, Univ. Bari (Bari)
Biochemical and molecular characterization of microbial community in rhizosphere soil under long-term management
C. Crecchio, M. Curci, P. Ricciuti, P. Ruggiero
DIBCA, Univ. Bari (Bari)
PMS.5 · 0+P5
Extraradical mycorrhizal networks as related to functional diversity of arbuscular mycorrhizal fungi
L. Avio1, E. Pellegrino2, E. Bonari3, M. Giovannetti2
1Inst. Agricultural Biology and Biotechnology, CNR (Pisa); 2Dept Crop Plant Biology, Univ. Pisa (Pisa); 3Sant'Anna School of Advanced Studies (Pisa)
Extraradical mycorrhizal networks as related to functional diversity of arbuscular mycorrhizal fungi
L. Avio1, E. Pellegrino2, E. Bonari3, M. Giovannetti2
1Inst. Agricultural Biology and Biotechnology, CNR (Pisa); 2Dept Crop Plant Biology, Univ. Pisa (Pisa); 3Sant'Anna School of Advanced Studies (Pisa)
PMS.5 · 0+P6
Influence of Cd-resistant rhizobacteria on the growth of Brassica napus under cadmium stress
E. Dell'amico, L. Cavalca, V. Andreoni
Dept Food Sc. Technol. and Microbiology, Univ. Milan (Milano)
Influence of Cd-resistant rhizobacteria on the growth of Brassica napus under cadmium stress
E. Dell'amico, L. Cavalca, V. Andreoni
Dept Food Sc. Technol. and Microbiology, Univ. Milan (Milano)
PMS.5 · 0+P7
Ericoid mycorrhizal fungi in metal polluted sites: functional and genetic diversity
E. Martino, C. Murat, E. Zampieri, M. Vallino, S. Abbà, J. Martinis, S. Perotto
Dept Plant Biology, Univ. Turin (Turin)
Ericoid mycorrhizal fungi in metal polluted sites: functional and genetic diversity
E. Martino, C. Murat, E. Zampieri, M. Vallino, S. Abbà, J. Martinis, S. Perotto
Dept Plant Biology, Univ. Turin (Turin)
PMS.5 · 0+P8
A strategy for in situ localisation of horizontal gene transfer in rhizosphere and residuosphere of transgenic tobacco
A. Rizzi1, S. Borin1, L. Brusetti1, C. Sorlini1, A. Abruzzese2, G. Sacchi2, M. Bazzicalupo3, D. Daffonchio1
1DISTAM, Univ. di Milano (Milano); 2DiProVe, Univ. di Milano (Milano); 3DBAG, Univ. di Firenze (Firenze)
A strategy for in situ localisation of horizontal gene transfer in rhizosphere and residuosphere of transgenic tobacco
A. Rizzi1, S. Borin1, L. Brusetti1, C. Sorlini1, A. Abruzzese2, G. Sacchi2, M. Bazzicalupo3, D. Daffonchio1
1DISTAM, Univ. di Milano (Milano); 2DiProVe, Univ. di Milano (Milano); 3DBAG, Univ. di Firenze (Firenze)
PMS.5 · P9
Coordinate modulation of iron responsive gene expression in response to the Fe nutritional status in Cucumis sativus L.
G. Zocchi, P. de Nisi , G. Vigani
DIPROVE, Univ. Milan (Milan)
Coordinate modulation of iron responsive gene expression in response to the Fe nutritional status in Cucumis sativus L.
G. Zocchi, P. de Nisi , G. Vigani
DIPROVE, Univ. Milan (Milan)
PMS.5 · P10
Mitochondria involvement in iron deficient cucumber roots
G. Zocchi1, J. Balk2, G. Vigani1
1DIPROVE, Univ. Milan (Milan); 2Dept Plant Sciences, Cambridge Univ. (Cambridge, United Kingdom)
Mitochondria involvement in iron deficient cucumber roots
G. Zocchi1, J. Balk2, G. Vigani1
1DIPROVE, Univ. Milan (Milan); 2Dept Plant Sciences, Cambridge Univ. (Cambridge, United Kingdom)
PMS.5 · P11
Laser Capture Microdissection: a novel single-cell approach to analysis of iron deficiency response in plants
S. Santi1, W. Schmidt2
1Dept Agricultural Environmental Sciences, Univ. Udine (Udine); 2Inst Plant and Microbial Biology, Academia Sinica Taipei (Taipei, Taiwan, Province Of China)
Laser Capture Microdissection: a novel single-cell approach to analysis of iron deficiency response in plants
S. Santi1, W. Schmidt2
1Dept Agricultural Environmental Sciences, Univ. Udine (Udine); 2Inst Plant and Microbial Biology, Academia Sinica Taipei (Taipei, Taiwan, Province Of China)
PMS.5 · P12
Physiological and molecular aspects of Fe acquisition from natural Fe-complexes by tomato plants
N. Tomasi1, L. Zanin1, M. de Nobili1, Z. Varanini2, R. Pinton1, S. Cesco1
1Dept Agricultural and Environmental Sciences, Univ. Udine (Udine); 2DiSTMVV, Univ. Verona (Verona)
Physiological and molecular aspects of Fe acquisition from natural Fe-complexes by tomato plants
N. Tomasi1, L. Zanin1, M. de Nobili1, Z. Varanini2, R. Pinton1, S. Cesco1
1Dept Agricultural and Environmental Sciences, Univ. Udine (Udine); 2DiSTMVV, Univ. Verona (Verona)
PMS.5 · P13
Modifications in the root-rhizosphere system induced by fluctuating nitrate availability
N. Tomasi2, S. Cesco2, R. Monte2, G. Renella3, L. Landi3, P. Nannipieri3, R. Pinton2, Z. Varanini1
1Dept Sciences Technologies and Markets of grapevine and wine, Univ. Verona (S. Floriano); 2DiSA, Univ. Udine (Udine); 3DiSSNP, Univ. Firenze (Florence)
Modifications in the root-rhizosphere system induced by fluctuating nitrate availability
N. Tomasi2, S. Cesco2, R. Monte2, G. Renella3, L. Landi3, P. Nannipieri3, R. Pinton2, Z. Varanini1
1Dept Sciences Technologies and Markets of grapevine and wine, Univ. Verona (S. Floriano); 2DiSA, Univ. Udine (Udine); 3DiSSNP, Univ. Firenze (Florence)
PMS.5 · P14
Roles of white lupin flavonoids in P- and Fe-mobilization in the rizosphere
N. Tomasi1, G. Renella2, L. Landi2, P. Nannipieri2, L. Weisskopf3, E. Martinoia3, J. Torrent4, Z. Varanini5, S. Cesco1, R. Pinton1
1DiSA, Univ. Udine (Udine); 2DiSSNP, Univ. Firenze (Florence); 3Institut für Pflanzenbiologie, Univ. Zurich (Zurich, Switzerland); 4Dept de Ciencias y Recursos Agrícolas y Forestales, Univ. Córdoba ( Córdoba, Spain); 5DiSTeMeV, Univ. Verona (Verona)
Roles of white lupin flavonoids in P- and Fe-mobilization in the rizosphere
N. Tomasi1, G. Renella2, L. Landi2, P. Nannipieri2, L. Weisskopf3, E. Martinoia3, J. Torrent4, Z. Varanini5, S. Cesco1, R. Pinton1
1DiSA, Univ. Udine (Udine); 2DiSSNP, Univ. Firenze (Florence); 3Institut für Pflanzenbiologie, Univ. Zurich (Zurich, Switzerland); 4Dept de Ciencias y Recursos Agrícolas y Forestales, Univ. Córdoba ( Córdoba, Spain); 5DiSTeMeV, Univ. Verona (Verona)
PMS.5 · P15
Accumulation of aluminium at the soil-root interface
T. Mimmo, C. Marzadori, C. Gessa
Dept Agroenvironmental Sciences and Technologies, Univ. Bologna (Bologna)
Accumulation of aluminium at the soil-root interface
T. Mimmo, C. Marzadori, C. Gessa
Dept Agroenvironmental Sciences and Technologies, Univ. Bologna (Bologna)
PMS.5 · P16
Arsenic mobilization in a soil polluted by pyrite cinders
P. Zaccheo1, L. Crippa1, A. Corsini1, L. Cavalca2, E. Dell'amico2, V. Andreoni2
1Dept Crop Production, Univ. Milan (Milan); 2Dept Food Sci Techn and Microbiology, Univ. Milan (Milan)
Arsenic mobilization in a soil polluted by pyrite cinders
P. Zaccheo1, L. Crippa1, A. Corsini1, L. Cavalca2, E. Dell'amico2, V. Andreoni2
1Dept Crop Production, Univ. Milan (Milan); 2Dept Food Sci Techn and Microbiology, Univ. Milan (Milan)
PMS.5 · P17
Cd-induced changes in soil biochemical characteristics of oat (Avena sativa L.) rhizosphere during early growth stages
S. Astolfi1, S. Zuchi1, F. de Cesare1, S. Grego1, L. Badalucco2
1DABAC, Univ. della Tuscia (Viterbo); 2Dip. di Ingegneria e Tecnologie Agro-Forestali, Univ. Palermo (Palermo)
Cd-induced changes in soil biochemical characteristics of oat (Avena sativa L.) rhizosphere during early growth stages
S. Astolfi1, S. Zuchi1, F. de Cesare1, S. Grego1, L. Badalucco2
1DABAC, Univ. della Tuscia (Viterbo); 2Dip. di Ingegneria e Tecnologie Agro-Forestali, Univ. Palermo (Palermo)
PMS.5 · P18
Carbon flows in the rhizosphere as a signal for microrganisms
I. Cattani, E. Puglisi, M. Trevisan, R. Boccelli, L. Botteri
Istituto di Chimica Vegetale, Univ. Cattolica del Sacro Cuore (Cremona)
Carbon flows in the rhizosphere as a signal for microrganisms
I. Cattani, E. Puglisi, M. Trevisan, R. Boccelli, L. Botteri
Istituto di Chimica Vegetale, Univ. Cattolica del Sacro Cuore (Cremona)
PMS.5 · P19
The effects of cadmium on poplar clones and oak seedlings: preliminary results
A. Morena, A. D'Andrea, C. Cocozza, G.S. Scippa, C. Caprari, R. Tognetti
Dip. Scienze e Tecnologie per l'Ambiente e il Territorio (S.T.A.T.), Univ. del Molise (Pesche)
The effects of cadmium on poplar clones and oak seedlings: preliminary results
A. Morena, A. D'Andrea, C. Cocozza, G.S. Scippa, C. Caprari, R. Tognetti
Dip. Scienze e Tecnologie per l'Ambiente e il Territorio (S.T.A.T.), Univ. del Molise (Pesche)
PMS.5 · P20
Cadmium prevents the induction of nitrate uptake in maize roots
C. Rizzardo1, N. Tomasi1, R. Monte1, Z. Varanini2, S. Cesco1, R. Pinton1
1Dept Agricultural and Environmental Sciences, Univ. Udine (Udine); 2DiSTeMeV, Univ. Verona (Verona)
Cadmium prevents the induction of nitrate uptake in maize roots
C. Rizzardo1, N. Tomasi1, R. Monte1, Z. Varanini2, S. Cesco1, R. Pinton1
1Dept Agricultural and Environmental Sciences, Univ. Udine (Udine); 2DiSTeMeV, Univ. Verona (Verona)
PMS.5 · P21
Testing a rhizosphere process for remediating a contaminated soil on a small field scale
P. Zaccheo, V. Di Muzio Pasta, L. Crippa
Dept Crop Production, Univ. Milan (Milan)
Testing a rhizosphere process for remediating a contaminated soil on a small field scale
P. Zaccheo, V. Di Muzio Pasta, L. Crippa
Dept Crop Production, Univ. Milan (Milan)
PMS.5 · P22
Physiological and molecular effects of coumarin on Arabidopsis thaliana root seedlings
A. Nicolo'1,2, M.R. Abenavoli1, S. Chaillou2, F. Daniel-Vedele2, A. Krapp2
1Dip. Bitecnologie per il monitoraggio agroalimentare ed Ambientale, Univ. Reggio Calabria (Reggio Calabria); 2Unité Azotée des Plantes, INRA (Versailles, France)
Physiological and molecular effects of coumarin on Arabidopsis thaliana root seedlings
A. Nicolo'1,2, M.R. Abenavoli1, S. Chaillou2, F. Daniel-Vedele2, A. Krapp2
1Dip. Bitecnologie per il monitoraggio agroalimentare ed Ambientale, Univ. Reggio Calabria (Reggio Calabria); 2Unité Azotée des Plantes, INRA (Versailles, France)