About this event
The cost of drug R&D has increased by ten-fold in the last 30 years, but the success rate of candidate molecules passing clinical trials has almost halved in the same period. Technologies including advanced analytics and artificial intelligence have been much anticipated as the solution to the ongoing productivity conundrum.
And whilst recently we’ve seen a slight blip in the downward trajectory of R&D productivity, the first round of implementation and utilisation of machine learning in drug development has been far from miraculous.
In this virtual 3-part series our pharma leaders cast a critical eye on the success and failures of artificial intelligence and machine learning innovations over the few past years, to pinpoint where lessons can be learnt. We hear from them what the most pressing challenges are for those developing and employing ML approaches and how companies can evaluate and invest in the most appropriate tech to address their research questions.
Benefits of attending:
• Understand how a selection of top-tier pharma view the current state of AI and ML technologies for target identification and validation; small-molecule design and optimization; and predictive biomarker discovery
• Understand how the practical implementation of cutting-edge tools differs from their proof of-concept demonstration
• Hear real pharma examples of successes and failures in using ML to augment early-stage R&D
• Pinpoint where the remaining challenges and opportunities lie for the widespread adoption of AI/ML-driven approaches
Drug developers working in target, pathway and molecule selection, developing predictive preclinical models or in translational research, either already employing predictive analytics and augmented intelligence or seeking to gain an insight into the practical implementation of such technologies.
20th October 3pm BST/ 4pm CET/ 10am EST
• Grasp how computational approaches can leverage diverse omics datasets at scale to make in-silico target predictions
• Hear of recent advances in ML including natural language processing (NLP), for more powerful data mining of target association knowledge
• Understand the opportunities and challenges in using deep learning methods for the identification of potential therapeutic targets, including modelling genetic splicing variation
Shantanu Singh, Senior Group Leader in the Imaging Platform, Broad Institute
Tina Larson, President and COO, Recursion Pharma
Justin Boyd, Principal Scientist, Pfizer
27th October – 3pm GMT/ 4pm CET/ 10am EST
• Gain an insight into the advances in DL models used by a variety of pharma to predict absorption, distribution, metabolism, excretion, and toxicity (ADMETox) properties, in their lead optimization programs
Vishakha Sharma, Principal Data Scientist, Roche
Angelo Pugliese, Team Lead, Computational Chemistry - Artificial Intelligence, Cancer Research UK Beatson Institute - Drug Discovery Unit
Floriane Montanari, Research Scientist, Bayer
Govinda Bhisetti, Head of Computational Chemistry, Biogen
3rd November – 3pm GMT/ 4pm CET/ 10am EST
• Hear of real examples where ML-based biomarker discovery and models to predict drug sensitivity based on pre-clinical data have demonstrated a significant improvement in clinical success rates.
• Learn where deep learning models are being applied to represent gene modules in biomarker discovery.
• Understand where progress needs to happen for clinical adoption of such biomarkers, including how to demonstrate the generalizability of the approach and apply objective approaches and measures to model training.
Shameer Khader, Ph.D, Senior Director (Data Science, Digital Health & Bioinformatics), AstraZeneca
George Lee, Digital Pathology Informatics Lead / Data Scientist, Bristol-Myers Squibb
Francisco Azuaje, Associate director, Data Science, UCB
Front Line Genomics is a genomics-focused media company, with a social mission to deliver the benefits of genomics to patients faster. We organise the Festival of Genomics, digital events and webinars. We also produce reports and operate a content-rich website.
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