AUGMENTED INTELLIGENCE IN DRUG DISCOVERY XCHANGE
WEST COAST
San Francisco
September 28, 2023
Welcome to hubXchange’s Augmented Intelligence (AI) in Drug Discovery Xchange West Coast 2023, bringing together executives from pharma and biotech to address and find solutions to the key issues faced in AI-led drug discovery.
Discussion topics will cover Data Quality, Target Identification, Lead Generation & Lead Optimization and Drug Response Prediction.
Take advantage of this unique highly interactive meeting format designed for maximum engagement, collaboration and networking with your peers.
Please note this is an In-Person meeting.
VENUE DETAILS: DoubleTree by Hilton San Francisco Airport, 835 Airport Blvd, Burlingame CA 94010-9949
SNAPSHOTS OF DISCUSSION TOPICS
- Unleashing the power of quality data in AI & drug discovery
- Best practices for building trust worthy data
- Role of AI in target discovery: challenges and opportunities
- Identification of novel targets to drug for a disease of interest
- Expanding and measuring applicability domains in machine learning
- Use of AI/ML in lead optimization (tbc)
- Predicting patient response using machine learning: where are we now?
- Can machine learning methods provide insights and predictions for cancer drug response?
Full Xchange Agenda
Click on each track for detailed agenda
Data Quality
Opening Address & Keynote Presentation by Digital Science
Taming the beast – A one year vision on Generative AI in knowledge discovery on scientific literature and more
Starting in 2019 when the first GPT-2 model entered the stage of Generative AI indicating that something new is happening, followed just a year later by GPT-3 and its powerful model variants and finally with the introduction of ChatGPT and GPT-4 not even a year ago, transformers have completely changed the daily life of any data science and innovation department around the world by today – especially in research and knowledge driven businesses like the life science, chemical and pharmaceutical industries.
This talk will introduce the perspective of Digital Science on this unprecedented time of a fast changing landscape of technology and – by projecting the experiences from the past to the future – will attempt to formulate a vision on where we might stand in one year ahead. Big Tech models are only one aspect of this venture into the near future, as strong movements in the open source community with astonishing developments on transformer models of much more reasonable sizes (still preserving a lot of their language understanding) have opened up alternative and cost efficient approaches for deep analysis and knowledge extraction from large amounts of scientific literature and other text corpora. And in addition symbolic AI, ontologies and the advantages of well structured data are contributing to the trust in and the reliability of our systems when combined with Generative AI.
The Artificial Intelligence “beast” is out and it is extremely powerful with countless opportunities. But “taming” it to effectively augment the human intelligence of domain experts in a trustful, reliable and cost efficient way – not to forget the carbon footprint – is an art in itself and a real challenge for any of us who lives in data science and innovations.
Martin serves as Head of Innovations at Digital Science and manages an agil team of AI engineers and Data Scientists with the mission to translate latest developments in AI, NLP and CL into use cases for the DS portfolio companies. He also serves as a member of the Holtzbrinck Publishing Group committee of AI experts. Prior to Digital Science, Martin was the CTO and Head of Technology at e.Consult AG, a German Legal Tech company to which he also was founder and shareholder and served them as member of the supervisory board for 13 years. Prior to e.Consult AG he served as Chief Technology Officer of Collexis Holdings Inc. SC USA, which was acquired by Reed Elsevier in 2010. While at Collexis, Martin was responsible for the core products and innovations mainly in knowledge management and discovery for the life science and biomedical markets. Prior to Collexis, he was founder, shareholder and managing director of SyynX Solutions GmbH, which was acquired by Collexis Holdings in 2009. With SyynX, Martin invented the largest professional social network for the life sciences community „BiomedExperts“ which reached approx. 500.000 members within one year in 2008. Besides his profession in AI, NLP and innovations he always was and is an enthusiastic musician in avant-garde/free jazz and contemporary classical music and a passionated amateur astronomer and photographer.
Best Practices for Building Trust Worthy Data
- Defining “Data Quality”
- Data Producers vs Data Consumers: who owns the responsibility for Quality Data?
- Incentives and Carrots – successful management approaches to ensuring Data Quality.
- Technologies – successful solutions & approaches to enable validation, metadata, tagging, cleansing/harmonization, etc
Patented start-up scientist, global IT leader, and innovator with hybrid skills in immunology, software development and business architecture. Responsible for Research, Nonclinical Development and Manufacturing Technologies.
Strategy and Execution: Applying successful get-to-market experience to identify right problems and solve with impactful digital solutions. Managing portfolios and products to transform R&D and Early Manufacturing via steering, disciplined portfolio management, POCs, and an agile/waterfall fusion.
Navigating Complexity: Developed 7 enterprise systems across 5 global sites in 3 years through questioning, prioritization, and problem solving. Value delivered for bioprocess machine learning, antibody sequence analytics, biologics registration, system-of-systems design, business workflow automation, and COTS config.
- Maintaining clean data before and after application of AI.
- Importance of FAIR data and standardized assay annotation.
- Where to find quality data to facilitate drug development.
Networking Lunch
Spotlight Presentation by GERO
Disrupting Disease Landscapes: AI-Driven Insights from Large Biomedical Datasets
This speech will delve into the profound impact of artificial intelligence and modern machine learning techniques on the study of complex diseases in light of the vast amount of human health data now available. With over 200 million electronic medical records and 10 million genotyped individuals, humans have become the most extensively characterized species on Earth. The roundtable will explore how the integration of AI and dynamic systems theory can facilitate the transition from cross-sectional biobanks to truly longitudinal studies. Participants will discuss the potential of real-world, longitudinal data to infer causality, and relevant time scales, bridging the gap between molecular biology and our understanding of complex diseases. The conversation will also examine the prospects for identifying novel therapeutic targets with disease-modifying potential, exploring innovative therapeutic modalities, and utilizing generative chemistry to create end-to-end pipelines leading to groundbreaking drugs that revolutionize healthcare and disease prevention and treatments.
Ph.D. from the University of Amsterdam. Co-founder of Gero, a data-driven longevity biotech company that develops new drugs against aging and other complex diseases using AI-platform. An author of 75+ published papers in multiple domain areas, including publications in Science and Nature Communications.
Poster Session by Elucidata
Building Solid Data Foundations for AI/ML with Large Language Models (LLMs)
- To effectively train predictive models in drug discovery, large volumes of clean and linked data are required, which can be a costly and time-consuming task to curate manually. As such, there is a growing need for automated curation processes that can accurately and efficiently label data at scale.
- Elucidata has developed a biocuration process that leverages domain-trained BERT-like models for a variety of information extraction tasks: Identification of cell type, cell line, tissue, disease, and other characteristics from unstructured biomedical datasets. This approach has shown promising results in improving the quality and efficiency of data curation.
- In this session, we will explore the specifics of Elucidata’s NLP-based biocuration and how it can help R&D teams make their data interoperable, enable data and metadata integration and generate model quality datasets for AI/ML use cases.
- As a bonus, we will also demonstrate our experiments with Open AI’s Chat-GPT and its potential in solving edge cases in biocuration.
Dr. Abhishek Jha was an early member of the platform team at Agios Pharmaceuticals and supported multiple drug discovery programs, two of which have been approved by the FDA. As a founder of Elucidata, he is committed to building a transformative biotech company for the future that will provide clean and linked machine learning-ready data at every stage of drug discovery.
Evening Drinks Reception
Target Identification
Opening Address & Keynote Presentation by Digital Science
Taming the beast – A one year vision on Generative AI in knowledge discovery on scientific literature and more
Starting in 2019 when the first GPT-2 model entered the stage of Generative AI indicating that something new is happening, followed just a year later by GPT-3 and its powerful model variants and finally with the introduction of ChatGPT and GPT-4 not even a year ago, transformers have completely changed the daily life of any data science and innovation department around the world by today – especially in research and knowledge driven businesses like the life science, chemical and pharmaceutical industries.
This talk will introduce the perspective of Digital Science on this unprecedented time of a fast changing landscape of technology and – by projecting the experiences from the past to the future – will attempt to formulate a vision on where we might stand in one year ahead. Big Tech models are only one aspect of this venture into the near future, as strong movements in the open source community with astonishing developments on transformer models of much more reasonable sizes (still preserving a lot of their language understanding) have opened up alternative and cost efficient approaches for deep analysis and knowledge extraction from large amounts of scientific literature and other text corpora. And in addition symbolic AI, ontologies and the advantages of well structured data are contributing to the trust in and the reliability of our systems when combined with Generative AI.
The Artificial Intelligence “beast” is out and it is extremely powerful with countless opportunities. But “taming” it to effectively augment the human intelligence of domain experts in a trustful, reliable and cost efficient way – not to forget the carbon footprint – is an art in itself and a real challenge for any of us who lives in data science and innovations.
Martin serves as Head of Innovations at Digital Science and manages an agil team of AI engineers and Data Scientists with the mission to translate latest developments in AI, NLP and CL into use cases for the DS portfolio companies. He also serves as a member of the Holtzbrinck Publishing Group committee of AI experts. Prior to Digital Science, Martin was the CTO and Head of Technology at e.Consult AG, a German Legal Tech company to which he also was founder and shareholder and served them as member of the supervisory board for 13 years. Prior to e.Consult AG he served as Chief Technology Officer of Collexis Holdings Inc. SC USA, which was acquired by Reed Elsevier in 2010. While at Collexis, Martin was responsible for the core products and innovations mainly in knowledge management and discovery for the life science and biomedical markets. Prior to Collexis, he was founder, shareholder and managing director of SyynX Solutions GmbH, which was acquired by Collexis Holdings in 2009. With SyynX, Martin invented the largest professional social network for the life sciences community „BiomedExperts“ which reached approx. 500.000 members within one year in 2008. Besides his profession in AI, NLP and innovations he always was and is an enthusiastic musician in avant-garde/free jazz and contemporary classical music and a passionated amateur astronomer and photographer.
Role of AI in target discovery: challenges and opportunities
- What are the areas of target discovery process that have benefitted most of recent advances in AI? Will these tools change the way we approach early R&D?
- When do you think impact of AI will be reflected in increased success rates, cost savings or improved therapeutics?
- Application of AI in discovery process is at the beginning of it’s journey. What are the hurdles to adoption and how do you see these tools being used in 5-10 years?
In this role Eka is responsible for identification, diligence and strategic transactions for data science opportunities across therapeutic areas from discovery through commercial execution. Eka joined Johnson and Johnson from Genentech/Roche where she spent over 10 years in various roles, including Pharma Partnering, Biomarker Development and Finance. Eka hold a Ph.D. in Chemistry and Chemical Biology and M.S. in Biophysics.
Generating “target conviction” through publication and patent analysis
- Publication and Patent as data sources for target identification and validation.
- Reproducible and transparency in research
- AI approaches to target conviction
John is a Product Solutions Manager supporting the United States. He started in cancer research at the Moffitt Cancer Center, focusing on Immunology and Flow Cytometry. After completing a Master of Healthcare Administration, he joined the sales team at STEMCELL Technologies, a Vancouver-based biotechnology company. With science and sales experience, John joined Digital Science in January to provide product and business support to a rapidly growing sales team.
Spotlight Presentation by GERO
Disrupting Disease Landscapes: AI-Driven Insights from Large Biomedical Datasets
This speech will delve into the profound impact of artificial intelligence and modern machine learning techniques on the study of complex diseases in light of the vast amount of human health data now available. With over 200 million electronic medical records and 10 million genotyped individuals, humans have become the most extensively characterized species on Earth. The roundtable will explore how the integration of AI and dynamic systems theory can facilitate the transition from cross-sectional biobanks to truly longitudinal studies. Participants will discuss the potential of real-world, longitudinal data to infer causality, and relevant time scales, bridging the gap between molecular biology and our understanding of complex diseases. The conversation will also examine the prospects for identifying novel therapeutic targets with disease-modifying potential, exploring innovative therapeutic modalities, and utilizing generative chemistry to create end-to-end pipelines leading to groundbreaking drugs that revolutionize healthcare and disease prevention and treatments.
Ph.D. from the University of Amsterdam. Co-founder of Gero, a data-driven longevity biotech company that develops new drugs against aging and other complex diseases using AI-platform. An author of 75+ published papers in multiple domain areas, including publications in Science and Nature Communications.
Poster Session by Ardigen
AI-driven precision: unleashing actionable targets in drug development
The problem of drug discovery: It’s an increasingly long, expensive, and risky process, taking around 12-15 years and $2.5Bn to deliver a drug to market. AI application in Drug Discovery as early as possible is essential to increase success probability and minimize downstream phase failures. In my presentation I will exemplify our multimodal approach to Target Identification and Validation where we utilize public, proprietary and partners’ datasets to build models returning prioritized and actionable targets according to druggability, essentiality, safety. Specifically, we model interactions between various data domains to provide comprehensive, evidence-based assessment of your targets or generate new mechanistic hypotheses.
Exploring key issues in drug target identification
- What are the major challenges faced in identifying drug targets for complex diseases?
- How can high-throughput screening techniques be effectively utilized to identify potential drug targets?
- What role do computational methods and bioinformatics play in drug target identification?
- What are the limitations of current drug target identification approaches and how can they be overcome?
- How important is target validation and what strategies are being employed to ensure the efficacy and safety of potential drug targets?
Chandrika supports the DPDS external innovation team in its efforts to identify, onboard, and nurture external partnerships that support the DPDS innovation strategy to invent the best synthetic NMEs, fastest. She has 15+ years of experience in drug discovery with core expertise in computational drug design. Prior to joining Janssen, Chandrika worked at Jubilant Biosys, Bangalore as a Group Leader in the Computational Chemistry team. She was also part of the Jubilant Innovation team, driving the scientific and strategic vision for internal innovation programs. Chandrika holds a PhD in Chemical Engineering from Iowa State University and completed a postdoc in Chemical Engineering at the University of Minnesota.
Evening Drinks Reception
Lead Generation & Optimization
Opening Address & Keynote Presentation by Digital Science
Taming the beast – A one year vision on Generative AI in knowledge discovery on scientific literature and more
Starting in 2019 when the first GPT-2 model entered the stage of Generative AI indicating that something new is happening, followed just a year later by GPT-3 and its powerful model variants and finally with the introduction of ChatGPT and GPT-4 not even a year ago, transformers have completely changed the daily life of any data science and innovation department around the world by today – especially in research and knowledge driven businesses like the life science, chemical and pharmaceutical industries.
This talk will introduce the perspective of Digital Science on this unprecedented time of a fast changing landscape of technology and – by projecting the experiences from the past to the future – will attempt to formulate a vision on where we might stand in one year ahead. Big Tech models are only one aspect of this venture into the near future, as strong movements in the open source community with astonishing developments on transformer models of much more reasonable sizes (still preserving a lot of their language understanding) have opened up alternative and cost efficient approaches for deep analysis and knowledge extraction from large amounts of scientific literature and other text corpora. And in addition symbolic AI, ontologies and the advantages of well structured data are contributing to the trust in and the reliability of our systems when combined with Generative AI.
The Artificial Intelligence “beast” is out and it is extremely powerful with countless opportunities. But “taming” it to effectively augment the human intelligence of domain experts in a trustful, reliable and cost efficient way – not to forget the carbon footprint – is an art in itself and a real challenge for any of us who lives in data science and innovations.
Martin serves as Head of Innovations at Digital Science and manages an agil team of AI engineers and Data Scientists with the mission to translate latest developments in AI, NLP and CL into use cases for the DS portfolio companies. He also serves as a member of the Holtzbrinck Publishing Group committee of AI experts. Prior to Digital Science, Martin was the CTO and Head of Technology at e.Consult AG, a German Legal Tech company to which he also was founder and shareholder and served them as member of the supervisory board for 13 years. Prior to e.Consult AG he served as Chief Technology Officer of Collexis Holdings Inc. SC USA, which was acquired by Reed Elsevier in 2010. While at Collexis, Martin was responsible for the core products and innovations mainly in knowledge management and discovery for the life science and biomedical markets. Prior to Collexis, he was founder, shareholder and managing director of SyynX Solutions GmbH, which was acquired by Collexis Holdings in 2009. With SyynX, Martin invented the largest professional social network for the life sciences community „BiomedExperts“ which reached approx. 500.000 members within one year in 2008. Besides his profession in AI, NLP and innovations he always was and is an enthusiastic musician in avant-garde/free jazz and contemporary classical music and a passionated amateur astronomer and photographer.
Expanding and Measuring Applicability Domains in Machine Learning
- What is the importance of understanding model predictive performance?
- How does use-case affect test-set design and applicability domain (AD)?
- How should we measure and report AD?
- What policies should be required for reporting AD in model publication?
- How can we expand AD?
Eric Martin has a Ph.D. in physical organic chemistry from Yale University. He has worked in computational drug design and herbicide design for nearly 40 years at Dow, DowElanco, Chiron and Novartis. He is currently developing novel methodologies for two areas of drug discovery: 1) Developing “Profile-QSAR”, a massively multitask machine learning method that builds experimental-quality virtual screening models for over 9000 IC50 assays, and 2) “rational oral bioavailability design” during lead optimization by applying global sensitivity analysis to physiologically-based pharmacokinetics simulations. Eric was awarded the lifetime title of Novartis Leading Scientist for the former.
Harnessing SAR databases for enriching knowledge graphs and ontologies in ML-driven lead generation and optimization
- Ontologies for Enhanced SAR Data Integration
- Knowledge Graphs for Uncovering Relationships
- Synergizing AI/ML with SAR Databases for Optimal Lead Generation
Norman, a seasoned product leader with degrees in Neuroscience and Biology from Wesleyan University and Harvard University, respectively, leads Excelra’s scientific products team. He focuses on Excelra’s flagship platforms like GOSTAR and GOBIOM, aligning innovation with a user-centric approach. With diverse experience, including key roles at Elsevier and ADP, he has become a vital asset at Excelra. His expertise in data management plays a central role in drug discovery lead generation and optimization, ensuring that scientists across various fields consistently benefit from Excelra’s adaptive product offerings.
Spotlight Presentation by GERO
Disrupting Disease Landscapes: AI-Driven Insights from Large Biomedical Datasets
This speech will delve into the profound impact of artificial intelligence and modern machine learning techniques on the study of complex diseases in light of the vast amount of human health data now available. With over 200 million electronic medical records and 10 million genotyped individuals, humans have become the most extensively characterized species on Earth. The roundtable will explore how the integration of AI and dynamic systems theory can facilitate the transition from cross-sectional biobanks to truly longitudinal studies. Participants will discuss the potential of real-world, longitudinal data to infer causality, and relevant time scales, bridging the gap between molecular biology and our understanding of complex diseases. The conversation will also examine the prospects for identifying novel therapeutic targets with disease-modifying potential, exploring innovative therapeutic modalities, and utilizing generative chemistry to create end-to-end pipelines leading to groundbreaking drugs that revolutionize healthcare and disease prevention and treatments.
Ph.D. from the University of Amsterdam. Co-founder of Gero, a data-driven longevity biotech company that develops new drugs against aging and other complex diseases using AI-platform. An author of 75+ published papers in multiple domain areas, including publications in Science and Nature Communications.
The future of developability profiling: AI-driven in silico immunogenicity screening and high throughput in vitro characterization
- In silico immunogenicity and liability workflows leverage artificial neural networks to
analyze proteins with unmatched throughput, speed, scalability, and accuracy. - Comprehensive and customizable in vitro characterization of physiochemical properties.
- Combined in silico and in vitro output ranking benchmarked against >150 clinical mAbs
Dr. Barry Duplantis serves as Vice President of Client Relations for IPA and is responsible for managing and coordinating all sales-related activities. He is a scientific entrepreneur and business development specialist with over 10 years of experience in the commercial application of drug and vaccine discovery platforms. Prior to his appoint to VP of Client Relations he served as the Director of Client Relations for IPA (Canada) and was the founder and CEO of DuVax Vaccine and Reagents. Dr. Duplantis obtained his Ph.D. from the Department of Microbiology and Biochemistry at the University of Victoria in 2012 with a focus on intracellular pathogenesis and vaccine development.
How to take advantage of new methods in lead gen and lead opt productively
- Which are recent, promising AI-based tools and methods in preclinical drug discovery?
- What are the biggest challenges in implementing such methods?
- Is our industry effective in utilizing the innovations from the wider public domain?
Uli Schmitz is a member of Gilead Sciences’ Research’s Senior Leadership Team and Executive Director in the Structural Biology & Chemistry Department. Originally trained as an organic chemist at the Technical University Aachen, Germany, his interest in biomolecular structure drew him to UCSF, where he spent over a decade, first as a postdoc then as Adjunct Faculty in the Pharmaceutical Chemistry Department working on solution structures and modeling of nucleic acid protein complexes. Following his desire to use structures toward discovering new drug, he joined a small biotech, Genelabs, which initially focused on nucleic acid-based drug discovery. Uli joined Gilead Sciences in 2009 where he has been heading the modeling group.
Evening Drinks Reception
Drug Response Prediction
Opening Address & Keynote Presentation by Digital Science
Taming the beast – A one year vision on Generative AI in knowledge discovery on scientific literature and more
Starting in 2019 when the first GPT-2 model entered the stage of Generative AI indicating that something new is happening, followed just a year later by GPT-3 and its powerful model variants and finally with the introduction of ChatGPT and GPT-4 not even a year ago, transformers have completely changed the daily life of any data science and innovation department around the world by today – especially in research and knowledge driven businesses like the life science, chemical and pharmaceutical industries.
This talk will introduce the perspective of Digital Science on this unprecedented time of a fast changing landscape of technology and – by projecting the experiences from the past to the future – will attempt to formulate a vision on where we might stand in one year ahead. Big Tech models are only one aspect of this venture into the near future, as strong movements in the open source community with astonishing developments on transformer models of much more reasonable sizes (still preserving a lot of their language understanding) have opened up alternative and cost efficient approaches for deep analysis and knowledge extraction from large amounts of scientific literature and other text corpora. And in addition symbolic AI, ontologies and the advantages of well structured data are contributing to the trust in and the reliability of our systems when combined with Generative AI.
The Artificial Intelligence “beast” is out and it is extremely powerful with countless opportunities. But “taming” it to effectively augment the human intelligence of domain experts in a trustful, reliable and cost efficient way – not to forget the carbon footprint – is an art in itself and a real challenge for any of us who lives in data science and innovations.
Martin serves as Head of Innovations at Digital Science and manages an agil team of AI engineers and Data Scientists with the mission to translate latest developments in AI, NLP and CL into use cases for the DS portfolio companies. He also serves as a member of the Holtzbrinck Publishing Group committee of AI experts. Prior to Digital Science, Martin was the CTO and Head of Technology at e.Consult AG, a German Legal Tech company to which he also was founder and shareholder and served them as member of the supervisory board for 13 years. Prior to e.Consult AG he served as Chief Technology Officer of Collexis Holdings Inc. SC USA, which was acquired by Reed Elsevier in 2010. While at Collexis, Martin was responsible for the core products and innovations mainly in knowledge management and discovery for the life science and biomedical markets. Prior to Collexis, he was founder, shareholder and managing director of SyynX Solutions GmbH, which was acquired by Collexis Holdings in 2009. With SyynX, Martin invented the largest professional social network for the life sciences community „BiomedExperts“ which reached approx. 500.000 members within one year in 2008. Besides his profession in AI, NLP and innovations he always was and is an enthusiastic musician in avant-garde/free jazz and contemporary classical music and a passionated amateur astronomer and photographer.
Predicting patient response using machine learning: where are we now?
- Current best practice for patient response prediction
- Challenges behind of predicting patient response
- New technologies and future directions for patient response prediction
Ning is a seasoned computational biologist and bioinformatics scientist. His expertise lies in leading translational and clinical oncology studies, with a specialty in preclinical studies including drug target identification and tumor model selection. He has contributed significantly to bioinformatics analyses in various oncology clinical trials, focusing on biomarker discovery and patient stratification. His leadership extends to the realm of genomic data, where he has spearheaded real-world data efforts and coordinated the work of postdoctoral-level personnel. Ning holds a PhD in Bioinformatics from UCLA.
Networking Lunch
Spotlight Presentation by GERO
Disrupting Disease Landscapes: AI-Driven Insights from Large Biomedical Datasets
This speech will delve into the profound impact of artificial intelligence and modern machine learning techniques on the study of complex diseases in light of the vast amount of human health data now available. With over 200 million electronic medical records and 10 million genotyped individuals, humans have become the most extensively characterized species on Earth. The roundtable will explore how the integration of AI and dynamic systems theory can facilitate the transition from cross-sectional biobanks to truly longitudinal studies. Participants will discuss the potential of real-world, longitudinal data to infer causality, and relevant time scales, bridging the gap between molecular biology and our understanding of complex diseases. The conversation will also examine the prospects for identifying novel therapeutic targets with disease-modifying potential, exploring innovative therapeutic modalities, and utilizing generative chemistry to create end-to-end pipelines leading to groundbreaking drugs that revolutionize healthcare and disease prevention and treatments.
Ph.D. from the University of Amsterdam. Co-founder of Gero, a data-driven longevity biotech company that develops new drugs against aging and other complex diseases using AI-platform. An author of 75+ published papers in multiple domain areas, including publications in Science and Nature Communications.
Evening Drinks Reception