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Webinar

Ask Me Anything : Predatory Conferences

On-Demand
This exclusive Q&A event invites you to ask anything about the world of predatory conferences to our expert speaker.
Cell and Gene TN Ed Cal Webinar 30th November 2023
Webinar

Oligonucleotide-Based Therapeutics: Aptamers

On-Demand
This talk delves into the fascinating world of aptamers. Aptamers are short single-stranded nucleic acid oligomers, either DNA or RNA, known for their ability to form intricate three-dimensional structures. The development of aptamers relies on SELEX (systematic evolution of ligands by exponential enrichment), a process that allows researchers to fine-tune their characteristics during selection.
TMi10 29th November Tech Net
Online Event

Teach Me in 10: Accelerating Cell and Gene Therapy Development

On-Demand
This one-day online event will feature short talks covering recent innovations in research and technology in the cell and gene therapy domain. Our expert panel of presenters will address key advances across the entire R&D pipeline, from pre-clinical work right through to bioprocessing and manufacturing.
Webinar

Ask Me Anything: Getting Published in High-Ranking Journals

On-Demand
An incredible opportunity to ask the Chief Editor of Nature on how to get published in high-ranking journals.
The Spatial Biology Revolution 2023
Online Event

The Spatial Biology Revolution 2023

On-Demand
New for 2023, this online event will provide researchers with an opportunity to learn about how spatial biology is helping us to gain a deeper understanding of molecular biology and mechanisms of disease. Speakers will discuss advances in spatial technologies and how they are being applied to provide a more complete picture of cells and complex biological systems in areas such as cancer research and neuroscience.
Oxford Nanopore
Webinar

Parent-of-Origin Genome Analysis: The Potential To Improve Genetic Testing

On-Demand
This webinar will introduce a novel method for parent-of-origin-aware genomic analysis using the long-read capabilities of nanopore sequencing and single-cell DNA template strand sequencing to assign variants to each biological parent with 99% accuracy using only a blood research sample from the child.
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