Dr Penny Hundleby
Senior ScientistGenetic technologies are used not only to create commercial GM and gene edited crops but they are increasingly being exploited as a research tool for testing gene function.
Penny
Penny leads the Crop Transformation (Brassica) Platform, a transformation facility based at the John Innes Centre that involves collaborations with many scientists both locally and globally. Penny leads on the Brassica transformation programmes, enabling the translation of findings from model plants, into Brassica.
Brassicas, as oilseed rape and as vegetable crops, have an annual UK market value in excess of £1Bn. Developing a better understanding of the genetics of these crops, especially the role of genes with potential for use in crop improvement is useful to both scientists, crop breeders and food producers.
Penny also has an interest in the current regulatory and political landscape of GM and gene edited (or precision bred) crops at a global level, particularly in the general history and current market status of biotech crops, regulation, biosafety issues, and science communication in this area. Penny actively engages with scientists, breeders, farmers, policy makers and the public.
- Honorary Fellow at the University of East Anglia
- Chartered Scientist (CSci.)
- Fellow of the Royal Society of Biology (FRSB)
- Director and communications officer for the International Society of Plant Molecular Farming Ltd
- John Innes Centre Technician Commitment Lead
Efficient Targeted Mutagenesis in Brassica Crops Using CRISPR/Cas Systems | SpringerLink
Plant molecular farming in the wake of the closure of Medicago Inc | Nature Biotechnology
Regulatory Constraints and Differences of Genome-Edited Crops Around the Globe | SpringerLink
Selected Publications
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Hundleby P,Harwood W,Van der meer P,Et al V (2021)The Status under EU Law of Organisms Developed through Novel Genomic TechniquesEuropean Journal of Risk RegulationPublisher's version: 1867-299X (Print), 2190-8249 (Online)
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Neequaye M,Stavnstrup S,Harwood W,Lawrenson T,Hundleby P,Irwin J,Troncoso-Rey P,Saha S,Traka MH,Mithen R,Østergaard L (2021)CRISPR-Cas9-Mediated Gene Editing of MYB28 Genes Impair Glucoraphanin Accumulation of Brassica oleracea in the Field.The CRISPR journal (4)Publisher's version: 2573-1599
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Crisp P,Bhatnagar-Mathur P,Hundleby P,Godwin I,Waterhouse P,Hickey L (2021)Beyond the Gene: epigenetic and cis-regulatory targets offer new breeding potential for the futureCurrent Opinion in Biotechnology (73)