Matteo Dell'acqua

matteo.dellacqua@santannapisa.it
Istituto SdVita-Centri di Ricerca

Bio

Research Area: Quantitative genetics
Research interests: Population genetics, QTL mapping, GWAS, genomics, multiparental populations, landscape genomics, adaptation

Pubblicazioni

Talini, R. F.; Brunazzi, A.; Brandolini, A.; Vaccino, P.; Scaglione, D.; M. E., Pè; Dell’Acqua, M.

Molecular, phenotypic and geographic characterization of Triticum urartu populations Apre una nuova scheda del browser

(2017)
Talini, R. F.; Brunazzi, A.; Scaglione, D.; Brandolini, A.; Vicario, G.; Poland, J.; M. E., Pè; Dell’Acqua, M.; Vicario, Giulia

Extensive molecular, phenotypic and geographic characterization of natural populations of the wild relative Triticum urartu occurring throughout the Fertile Crescent Apre una nuova scheda del browser

(2017)
Dell'Acqua, Matteo

The MAGIC maize: a multiparental population for high-power and high-definition QTL mapping in Zea mays. Apre una nuova scheda del browser

(2016)
Dell'Acqua, Matteo

Speeding up QTL Cloning in Maize: Power and Prospects of the MAGIC Maize Population Apre una nuova scheda del browser

(2016)
Mengistu, K. Dejene; Kidane, YOSEF GEBREHAWARYAT; Fadda, Carlo; Pe', MARIO ENRICO; Dell'Acqua, Matteo

High-Density Molecular Characterization and Association Mapping in Ethiopian Durum Wheat Landraces Reveals High Diversity and Potential for Wheat Breeding Apre una nuova scheda del browser

(2016)

Bio

Pubblicazioni

Molecular, phenotypic and geographic characterization of Triticum urartu populations Apre una nuova scheda del browser

Extensive molecular, phenotypic and geographic characterization of natural populations of the wild relative Triticum urartu occurring throughout the Fertile Crescent Apre una nuova scheda del browser

The MAGIC maize: a multiparental population for high-power and high-definition QTL mapping in Zea mays. Apre una nuova scheda del browser

Speeding up QTL Cloning in Maize: Power and Prospects of the MAGIC Maize Population Apre una nuova scheda del browser

High-Density Molecular Characterization and Association Mapping in Ethiopian Durum Wheat Landraces Reveals High Diversity and Potential for Wheat Breeding Apre una nuova scheda del browser