Edin Fish Tech 2019 Recent advances in single-cell transcriptomics, genome-editing, imaging, behaviour assays and other techniques are driving discoveries in the zebrafish model at an unprecedented rate. We are hosting a meeting in Edinburgh to highlight conceptual progress in zebrafish development, physiology, and disease modelling through technical innovation. Confirmed Keynote and Plenary Speakers: Jennifer Li & Drew Robson, RoLi Lab, Harvard - Didier Stainier, MPI Bad Nauheim - Claire Wyart, ICM Group Leader & Inserm Research Director Organisers: Catherina Becker, Marcus Keatinge, Thomas Becker (Centre for Discovery Brain Sciences, Edinburgh) Caroline Brennan (QMU London), Karuna Sampath (University of Warwick), Freek van Eeden (University of Sheffield) Sponsors: Image Registration: Registration is via the University of Edinburgh ePay system: click here to register Document eventregistrationprivacynoticeedinfishtech2019.pdf (278.39 KB / PDF) Programme (pdf) Document programme_27aug19.pdf (772.24 KB / PDF) Abstract Please indicate on the abstract if you would like a poster or talk; and email it to EdinFishTech2019@ed.ac.uk by Monday, 15th July 2019. Document edinfishtechabstracttemplate.docx (19.76 KB / DOCX) Conference Dinner 29th August 2019 - Dynamic Earth Crèche at the Event* We will be providing a free crèche to the members who are attending this event. Creche bookings will close on 31st July 2019. * Please note that this service will be provided by The Care Necessities and The University of Edinburgh/ EuFishBioMed e.V./ Royal College of Physicians of Edinburgh won't be liable for the children who attend. Image Aug 28 2019 01.00 - Aug 31 2019 00.59 Edin Fish Tech 2019 Frontier Technologies in Zebrafish: single-cell transcriptomics, genome-editing, imaging, and behaviour. Royal College of Physicians of Edinburgh 9 Queen Street Edinburgh EH2 1QJ RCPE Location Please email us if you have any queries. This article was published on Monday 17 October 2022
Edin Fish Tech 2019 Recent advances in single-cell transcriptomics, genome-editing, imaging, behaviour assays and other techniques are driving discoveries in the zebrafish model at an unprecedented rate. We are hosting a meeting in Edinburgh to highlight conceptual progress in zebrafish development, physiology, and disease modelling through technical innovation. Confirmed Keynote and Plenary Speakers: Jennifer Li & Drew Robson, RoLi Lab, Harvard - Didier Stainier, MPI Bad Nauheim - Claire Wyart, ICM Group Leader & Inserm Research Director Organisers: Catherina Becker, Marcus Keatinge, Thomas Becker (Centre for Discovery Brain Sciences, Edinburgh) Caroline Brennan (QMU London), Karuna Sampath (University of Warwick), Freek van Eeden (University of Sheffield) Sponsors: Image Registration: Registration is via the University of Edinburgh ePay system: click here to register Document eventregistrationprivacynoticeedinfishtech2019.pdf (278.39 KB / PDF) Programme (pdf) Document programme_27aug19.pdf (772.24 KB / PDF) Abstract Please indicate on the abstract if you would like a poster or talk; and email it to EdinFishTech2019@ed.ac.uk by Monday, 15th July 2019. Document edinfishtechabstracttemplate.docx (19.76 KB / DOCX) Conference Dinner 29th August 2019 - Dynamic Earth Crèche at the Event* We will be providing a free crèche to the members who are attending this event. Creche bookings will close on 31st July 2019. * Please note that this service will be provided by The Care Necessities and The University of Edinburgh/ EuFishBioMed e.V./ Royal College of Physicians of Edinburgh won't be liable for the children who attend. Image Aug 28 2019 01.00 - Aug 31 2019 00.59 Edin Fish Tech 2019 Frontier Technologies in Zebrafish: single-cell transcriptomics, genome-editing, imaging, and behaviour. Royal College of Physicians of Edinburgh 9 Queen Street Edinburgh EH2 1QJ RCPE Location Please email us if you have any queries. This article was published on Monday 17 October 2022
Aug 28 2019 01.00 - Aug 31 2019 00.59 Edin Fish Tech 2019 Frontier Technologies in Zebrafish: single-cell transcriptomics, genome-editing, imaging, and behaviour.
