Conference Agenda (Tentative)
Times to be announced
A Drug Repositioning Approach for Parkinson's Disease Using Patient Derived Cells
In the talk Dr. Mortiboys will outline a drug repositioning screening approach for Parkinson's Disease, starting with and validating in various patient derived cellular systems. This will include one example of ursodeoxycholic acid (UDCA) which is now in clinical trials for Parkinson's Disease, followed by more recent repositioning screens highlighting multiple compound classes with different novel mechanisms.
Heather Mortiboys, Ph.D., Senior Lecturer/Associate Professor, University of Sheffield
Rethinking Translational Drug Discovery and Repurposing Through the Use of AI/Machine Learning-Supported Biology
Small animal models have been extensively used to better understand basic and fundamental aspects of human biology. Decades of work have shown that small animal models are relevant in vivo models of choice to catalyze preclinical drug discovery efforts, and more recently, drive therapies into a clinical setting. Now, in conjunction with artificial intelligence and machine learning, they are proving to be valuable tools to improve our understanding of the underlying causes of human disease, and in our efforts to accelerate drug development and repurposing into them.
James Doyle, Ph.D., Co-Founder and CEO, Modelis
Repositioning in the Time of Covid-19: Mapping the Opportunities
Long a tool in pharma development, repositioning is enjoying focused interest in Covid-19 times. What are lessons learned from Covid-19 repositioning? What is the opportunity map for the field going forward? Specific examples and technology approaches will be discussed.
Aris Persidis, Ph.D., President, Biovista
COVID-19 Brought Worldwide Attention to Repurposing - Will VCs and Pharma Rethink the Value of the 505(b)(2) Pathway?
Federal funding for COVID-19 treatments required product availability within six months for testing in human clinical trials. Given this rapid timeline, repurposing came to the forefront of all research efforts. Big pharma rapidly embraced various approaches for assessing opportunities within their portfolio of approved products and initiated studies with COVID-19 patients in record time. Without accepting repurposing as a development strategy, pharma would not have been able to introduce any treatments for the pandemic.
John Seman, Chief Executive Officer, Revitale Pharma
The Benefits of Collaborative Business Efforts on 505(b)(2) Repurposing
The pandemic has demonstrated how important repurposed products can be in producing rapid action and innovation to meet market needs. However, sadly many repurposed products never gain the support needed to make it to market. As we move into the next stage, how can we use collaboration to expand the number of repurposed and repositioned products that make it to market? In this session Mr. Casey will discuss achieving success through meaningful collaborations. Learn how to create more innovation, efficient processes, increased success, and improve communication by:
♦ Building partnerships with competitors, other businesses, non-profits and government regulators to move your repurposing business forward
♦ Using collaboration to amplify your voice
♦ Collaborating to create rapid action and innovation in days and weeks instead of months
♦ Using collaboration to problem solve
Stephen Casey, Founder & CEO, The 505(b)(2) Platform
Creating Impact in Minority and Underserved Communities Through Repurposing
The value of repurposing is more evident today than ever before, not just in finding possible treatments for the COVID-19 pandemic, but also its ability to serve a broader purpose. Currently, there is increased attention on both the health disparities in communities of color as well as a racial gap in the funding of minority researchers in the US. Cures Within Reach’s Diversity, Equity and Inclusion efforts are designed to help address both health disparities and building the pipeline of fundable minority researchers through proof-of-concept repurposing trials.
Clare Thibodeaux, Ph.D., Vice President, Scientific Affairs, Cures Within Reach
The Opportunities and Challenges of Licensing Academic Repurposing Assets for Industry
Dr. Bruce Bloom, Founder, Cures Within Reach, Chief Collaboration Officer, Healx
Investment Transactions in 505(b)(2) Product Pathways: An Investor’s Perspective
In the session, you’ll learn about:
Which asset classes are deploying capital to develop products and companies
Why investors allocate capital into projects that offers competitively differentiated products and market exclusivity which address unmet medical needs in significant markets
Why investors view innovation as a key success factor that must lead to sufficient ROI at an acceptable risk to warrant a capital investment
David H. Crean, Ph.D., MBA, President & CEO, Coast Bioventures
PANEL SESSION: Investing in Repurposing: Strategies for Influencing the Capital Markets' Perception of Drug Repurposing
David H. Crean, Ph.D., MBA, President & CEO, Coast Bioventures
Michael Derby, Managing Partner, TardiMed Sciences
Sven Jacobson, MBA, CEO, Woolsey Pharmaceuticals, Founder & CEO, Martin Pharmaceuticals
Drug Repurposing Strategies for Global Health: Screening of the ReFRAME Library to Identify COVID-19 Interventions
The ReFRAME library is a comprehensive repurposing library of 12,000 compounds generated with support from the Bill & Melinda Gates Foundation to accelerate discovery of treatments for global health. With the onset of the COVID-19 pandemic, Calibr shared the library with virology labs around the world to accelerate the discovery of therapeutic interventions. They also rapidly developed in-house screens to identify drugs that could be repurposed as treatments for SARS-CoV-2 infection and as advanced starting points for medicinal chemistry optimization. In this talk Dr. Bakowski will discuss the development and results of their anti-SARS-CoV-2 screening cascade.
Malina Bakowski, Ph.D., Principal Investigator, Calibr at Scripps Research
Repurposing Beta-lactams for Buruli Ulcer Therapy, From the Bench to the Clinic
Drug discovery and development for NTDs (Neglected Tropical Diseases) is not an attractive activity to the pharma industry due to low returns compared to pharmaceutical standards, as such, new approaches need to be implemented. Repurposing clinically approved might help to speed up the development of new therapies for NTDs. Beta-lactams are one of the largest groups of antibiotics available today with an exceptional record of clinical safety in humans. Dr. Ramon-Garcia and his team recently demonstrated that beta-lactams combined with rifampicin and clarithromycin are synergistic in vitro against M. ulcerans They thus focused on amoxicillin/clavulanate, which is oral, suitable for treatment in adults and children, and readily available with an established clinical pedigree.
In this presentation, he will discus the scientific rational behind the progression of amoxicillin/clavulanate as a new anti-BU treatment in combination with current oral BU therapy, rifampicin and clarithromycin, and the steps undertaken towards its validation, including a clinical trial in Benin.
Santiago Ramon-Garcia, Ph.D., ARAID Investigator, Research and Development Agency of Aragon (ARAID) Foundation
Fast-Tracking Affordable Cancer Treatments Using AI
Reboot Rx is the tech nonprofit startup dedicated to saving the lives of cancer patients using repurposed generic drugs. Repurposing FDA-approved generics represents a major opportunity to quickly improve outcomes for cancer patients and reduce healthcare costs. Hundreds of non-cancer generics have already shown promise for treating cancer across thousands of published studies, but it would take years to manually review the data and identify the most promising drugs for repurposing. Reboot Rx is building AI technology for rapid evidence synthesis and prioritization of drug candidates. Dr. Kleiman will discuss how Reboot Rx is partnering with cancer patients and oncologists to identify the top candidates to advance into the clinic.
Laura Kleiman, Ph.D., Founder & CEO, Reboot Rx
Drug Repositioning as a Therapeutic Strategy to Slow the Trajectory of Neurodegeneration in Patients with Parkinson’s disease; a Large Global Program
For the past decade our organisation has facilitated a a major drug repositioning initiative which is currently running many (<20) neuroprotective clinical trials each involving a different (mostly repurposed) therapeutic. A committee of >21 global experts in Parkinsons meet regularly to select which drugs will newly enter long-term clinical trials (typically of 1-2 years duration). Their drug selection process is assisted by running drug screens (of up to 230,000 compounds) to interrogate relevant potency on biological targets, and also typically underpinned by a variety of preclinical studies. This presentation will review lessons learnt in running a multinational drug repositioning program involving so many different therapeutic classes, and the excellent progress so far.
Richard Wyse, MD, Director of Research & Development, The Cure Parkinsons Trust
Drug Repositioning as a Pharmaceutical Strategy: The Obvious Benefits are Real but Beware of Pitfalls That May be Less Apparent
For over 15 years drug-repositioning has been a recognized approach towards bringing new therapeutics to market and has continued to grow in popularity over this time frame. Melior Discovery is a company with a founding mission around drug repositioning. The speaker shares his perspective on lessons learned over 15 years of conducting drug repositioning efforts. He will discuss advantages and disadvantages that he has encountered using this approach and why, overall, this means of drug discovery provides a compelling business rationale, particularly if one approaches with an “eyes wide open” awareness of pitfalls.
Andrew Reaume, Ph.D., MBA, President & CEO, Co-Founder, Melior Discovery
Intellectual Property Strategies for Repurposed Products
This topic will lay the foundation for why patents are a critical component for any repurposed product. It will explore the regulatory framework and how intellectual property is addressed in this framework and also discuss strategies for developing patent portfolios to maintain a competitive edge.
Matthew Fedowitz, JD, Shareholder, Buchanan Ingersoll & Rooney
Converting Generics Into Patentable NCEs Without Falling into the 505(1)b Trap
An Achille’s heel in the realm of drug repurposing has been the lack of exclusivity, unless one has an orphan drug designation. Even then there are the issues of off label prescriptions. In an attempt to address this we have developed a path that creates a NCE with composition of matter claim for the generic drug and yet allows for a slightly modified 505(b)2 development path. Additionally, the NCEs generated are highly soluble and often improve the PK profile of the original drug. Presentation will cover various examples that illustrates the concept.
Sundeep Dugar, Ph.D., President & Chief Executive Officer, Aayam Therapeutics
Retargeting Drugs Through Synthetic Lethality
Genetically targeted therapies have emerged as a major force in the treatment of cancer over the past decade. They account for a significant proportion of oncology approvals in the US and currently benefit nearly one if five cancer patients. The vast majority of approved targeted therapies inhibit oncogenic transformation driven by gain-of-function mutations that aberrantly activate a specific pathway. Unfortunately, approximately two thirds of cancers are caused by loss of function mutations that cannot be easily targeted through these conventional approaches. At Leapfrog Bio we are taking advantage of synthetic lethality by drugging an essential target that compliments a mutation in another gene within the tumor. This approach allows us to target tumors caused by loss of function drivers. Our unique pharmacogenomic approach yields novel insights into the biology of cancers while simultaneously identifying small-molecule compounds to effectively treat mutations in tumor suppressor genes. I will share insights that we believe are crucial to successfully retargeting drugs to treat genetically defined tumors, including a focus on synthetic lethality with driver genes, pre-clinical validation, and companion diagnostics for patient selection.
Tomas Babak, Ph.D., Chief Executive Officer, Leapfrog Bio
Solid-Form Drug Repurposing
Drug repurposing is often directed to developing new methods or formulations of pre-existing drug substances, often taking for granted the drug itself. As such, the focus of repurposing efforts is not directed to altering drug substance, especially in the small molecule context. However, by altering the solid-state properties of a drug substance, it is often possible to alter its delivery properties and, at the same time, create valuable new drug substance intellectual property. This presentation will discuss the strategy of deploying new small-molecule solid form drug substance patents for drug repurposing.
Eyal Barash, Founder, Barash Law
Drug Repositioning Using a Transcriptome-based AI Platform
In this presentation Dr. Kim will discuss the technology Oncocross has developed and its application in revolutionizing the drug development process. Oncocross is repurposing drugs by mining diseases against given drugs and mining drugs against diseases to treat rare, intractable diseases and diseases without treatments. Oncocross developed an AI platform that utilizes whole set of RNA gene expression patterns at transcriptome level of cells and human biopsy & blood samples to perform comparative and anti-symmetrical analysis to predict a mode that can reverse the unbalanced gene back to the normal state. Using their technology, they identified OC-501 and OC-504, both marketed drugs, as a possible drug combination for Sarcopenia. They performed in vitro and in vivo validation, and licensed-out to Korea Pharma, which recorded the first L/O deal of an AI-developed repurposed drug candidate from an AI biotech to a traditional pharmaceutical company in Korea. Korea Pharma recently submitted Phase IIa clinical trials IND for aged sarcopenia in Korea and they are currently conducting a phase I clinical trial in Australia for global license.
Yi Rang Kim, MD, Ph.D., Founder & Chief Executive Officer, ONCOCROSS
Repurposed Drugs as Novel Host-directed Therapy for Tuberculosis (TB)
Tuberculosis (TB) remains a major public health threat with an estimated 1.5 million annual deaths worldwide. TB drugs fail to shorten the lengthy treatment duration and display poor efficacy against multi drug resistant (MDR) M. tuberculosis (Mtb). To overcome these challenges, instead of targeting resistance prone microbial components with antibiotics, host directed therapy (HDT) is envisioned to target conserved host factors and enhance the ability of the human host to fight infections. Screening of the COVID Box library identified 5 drugs with relatively high activity against Mtb within infected macrophages. Several show low micromolar inhibition of Mtb growth inside infected macrophages without toxicity to the host cell or activity against Mtb grown in Broth. A hit anti Parkinson drug was further characterized and its molecular target in macrophages was revealed using combined pharmacological and genetic approaches. We have shown that it is possible to identify novel TB drugs from an arsenal of repurposed drugs and identify and their corresponding target. To conclude, we suggest that repurposing of existing drug is a cost-effective strategy for finding a drug candidate for HDT against TB which offers advantages of reducing high attrition rates and accelerating anti-infective drug development.
Yossef Av-Gay, Ph.D., Professor, Departments of Medicine and Microbiology and Immunology, University of British Columbia