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Masterclass Series: Crop Transformation for Genome Editing
April 27th – June 22nd, 2021
Co-organisers: Christian Rogers, Kan Wang, Dave Somers, Nigel Taylor, Wendy Harwood
Video Links for Previous Masterclasses in Crop Engineering:
Tuesday April 27th, 2021
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Holger PuchtaKarlsruhe Institute of Technology (KIT) Applying CRISPR/Cas in plants: From gene editing to chromosome engineering |
Tuesday May 11th, 2021
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Joyce van EckBoyce Thompson Institute, Cornell University Development of Tissue Culture and Transformation Methods: The Short Version |
Tuesday May 25th, 2021
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Bill Gordon-KammCorteva Agriscience Leaf transformation as a new platform for genome editing in maize and other cereals |
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Dan VoytasUniversity of Minnesota Overcoming bottlenecks in editing plant genomes |
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David Pacheco VillalobosKWS Boosting transformation with GRF genes in dicots and monocots |
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Kan Wang/Minjeong KangIowa State University Towards genetic transformation of recalcitrant maize inbred lines: how to convert an art to science |
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Sergei SvitashevCorteva Agriscience Genome editing and plant breeding |
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Bill Gordon-KammCorteva Agriscience Wus2/Bbm methods for immature embryo transformation/editing in cereal crops |
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Heidi KaepplerUniversity of Wisconsin WCIC Transformation of maize inbred line LH244 via a standard (nonmorphogenic gene-based) protocol. |
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Jochen KumlehnLeibniz Institute of Plant Genetics and Crop Plant Research Improvement of temperate cereals by Cas endonuclease-mediated mutagenesis |
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Thomas JacobsVIB Ghent How do you CRISPR? Streamlining genome editing projects in plants |
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Qiudeng QueSyngenta Simultaneous Gene Editing and Haploid Induction in Broad Germplasms |
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Magdy MahfouzKing Abdullah University of Science & Technology Genome editing technologies for engineering crops of the future: Synthetic Directed Evolution |
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Rebecca BartDonald Danforth Plant Science Centre Targeted methylation to affect gene expression |
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Nigel TaylorDonald Danforth Plant Science Centre Overview of capacity and challenges in cassava morphogenic and genetic transformation |
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Wendy HarwoodJohn Innes Centre Introduction and overview of challenges and strategies in small-grain transformation |
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T J HigginsCSIRO Interview: The pathway to delivery of a transgenic cowpea product to African farmers. |
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Simon BullETH Zurich Genome editing and speed breeding for cassava improvement |
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Sadiye HaytaJohn Innes Centre Wheat – Efficient transformation and genome editing |
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Heidi KaepplerWisconsin Crop Improvement Centre Genotype-flexible, meristem-based transformation of soybean targeting optimized embryonic axis explants |
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Christian LammFAU Erlangen Setting up cassava transformation at Erlangen |
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Emma WallingtonNational Institute of Agricultural Botany An overview of the NIAB cereal transformation platform |
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Ping CheCorteva Agriscience Advanced cowpea transformation and genome editing system using embryonic axis explants |
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Henry Wagaba/Ketra OketchoNational Agricultural Research Organization, Uganda Cassava transformation pipeline adapted for the Ugandan conditions |
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Redeat TibebuUniversity of Minnesota Eragrostis tef Transformation using Developmental Regulators Baby boom and Wuschel |
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Peggy Ozias-AkinsUniversity of Georgia Cowpea transformation transportability across labs |
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Ihuoma OkwuonuNational Root Crop Research Institute Exploring the transformation potency of farmer preferred cassava cultivars |
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Albert KauschUniversity of Rhode Island Agrobacterium-mediated transformation of rice (Oryza sativa cv. Nipponbare) from mature seeds: a stalwart of cereal transformation |
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Wayne ParrotUniversity of Georgia Soybean transformation via somatic embryogenesis |
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Rene GeurtsWageningen University and Research Cassava Agrobacterium rhizogenes-mediated root transformation |
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Tom ClementeUniversity of Nebraska Introducing novel bits of genetic variation into soybean |
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Francisco AragãoEMBRAPA Genetic engineering applied to leguminous species |