Small Molecule Highlights #18 – November 2023

In this issue of “Small Molecule Highlights” we bring you 5 new small molecules out of recent drug discovery journals. These molecules target a diverse selection of targets, including HBV Core Protein, HDAC1/2, BRD9, and PDE114A. Enjoy!

Lead 45

Lead 45
Lead 45

Lead 45: The team at the China Innovation Center of Roche recently disclosed this hit-to-lead compound aimed at breaking the “therapeutic ceiling” associated with current hepatitis B virus (HBV) treatment options (current options are pegylated interferons and modified nucleosides/tides).  Their rationale was to target the HBV core protein, a key protein in virus replication responsible for nucleocapsid formation.  High-throughput screening (HTS) of Roche’s compound collections identified a tetrahydropyrazolopyrazine (THPP) scaffold that was further optimized to increase potency, via modification of the phenyl urea substituent, and increase solubility, exemplified by the inclusion of the morpholino-lactone group.  Interestingly, the team also conducted a methyl scan to explore subtle structural changes to the THPP core and its effect on virus replication.  Lead 45 was shown to potently reduce HBV DNA in HepG.2.2.15 cells (EC50 = 27 nM) without any visible signs of cytotoxicity (IC50 = >100 μM in HepDE19 cells).  As HBV replication occurs primarily in the liver, the medicinal chemistry team concurrently evaluated many of the compounds prepared in human and mouse liver microsomes to assess clearance.  Lead 45 exhibited clearance rates of 7.1 and 39 mL/min/kg in human and mouse liver microsomes, respectively.   In vivo PK in mice revealed an oral bioavailability of 48%, a high free plasma fraction (31%), and moderate liver-to-plasma exposure of 2.6-fold (p.o.).  In vivo efficacy studies were conducted in a C57BL/6 mouse model mimicking HBV replication.  Unfortunately, the observed efficacy (decrease in circulating HBV DNA) was modest at best and not durable.  The authors mentioned that Lead 45 has been progressed to lead optimization, with the promise of highly potent inhibitors to be reported shortly.     

Reference: https://doi.org/10.1021/acs.jmedchem.3c01145

 

Compound 17i

Compound 17i
Compound 17i

Compound 17i:  Yet another entrant in the red-hot capsid assembly modulators (CAMs) space for the treatment of HBV, scientists at the Weifang Medical University used NVR3-778 (Novira Therapeutics) as a starting point.  After an extensive SAR campaign covering five iterations of the benzamide core, the team identified a unique thioureidobenzamide (TBA) scaffold and optimized the substituents around it to prepare 17i.  The compound effectively inhibited HBV DNA replication in HepAD38 cells (EC50 = 12 nM) without any acute toxicity observed within the effective dose range (CC50 = 26.6 μM; SI = 2213-fold).  Furthermore, the compound potently inhibited capsid formation (IC50 = 0.88 μM) in a fluorescence based capsid assembly assay.  In vitro characterization in human liver microsomes and plasma revealed half lives of 38.1 and 54 minutes, respectively.  Compound 17i exhibited good oral bioavailability (F = 67.7%) and low clearance (CL = 10.30 mL/min/kg) in rat.  In HBV carrier mice, 17i reduced serum levels of HBV DNA and expression of HBcAg in the liver, pointing to capsid assembly inhibition as the main mechanism of action for the compound. 

Reference: https://doi.org/10.1021/acs.jmedchem.3c01022

 

KPZ560

KPZ560
KPZ560

KPZ560: Leveraging their HDAC small molecule discovery platform (previously used to discover selective HDAC 3 and 8 inhibitors), the team at SANKAN (Osaka University) used a combination of rational design and diversity oriented synthesis to find this selective HDAC 1/2 inhibitor.   Shrewd selection of the ortho-aminoanilide as the zinc-binding substituent, and incorporation of the pendant thiophene group, hypothesized to interact with a pocket close to the catalytic site, were important design elements affording the desired selectivity.  HDAC2 binding kinetics were assessed using a fluorescence-based assay wherein KPZ560 was revealed to be binding via a slow, two-step mechanism resulting in a long protein residence time (TR = 417 min).  In cells, KPZ560 exhibited potent growth inhibition of MCF-7 breast cancers cells (GI50 = 43 nM) and high selectivity over normal epithelial cells (IC50 = 9.85 μM).  Further washout experiments in MCF-7 cells looking at the acetylation of HDAC 1/2 target proteins confirmed the slow binding kinetics of the compound.  Outside of cancer, KPZ560 was shown to increase neurite bearing cells at concentrations as low as 20 nM (15%; Neuro-2a cellular model).  In vivo, mice treated with KPZ560 (1 μM, direct infusion in hippocampus) exhibited increased neurite outgrowth and density.  Taken together, the author proposes KPZ560 as a novel candidate for the treatment of cancer and neurodegenerative disorders.

Reference: https://doi.org/10.1021/acs.jmedchem.3c01095

 

C6

C6
C6

C6:  This selective BRD9 PROTAC was inspired by BRD9 binder BI-7271.  The medicinal chemistry team performed multiple rounds of iterative SAR to optimize the BRD9 ligand, linker, and cereblon binding substituent, with the end goal of increasing solubility/bioavailability and selectivity.  Towards this end, a combination of rigid piperazine linker and C4-linked thalidomide provided the optimal balance of physicochemical properties.  In MV4-11 cells, C6 was found to inhibit cell proliferation at low nanomolar concentrations (IC50 = 3.69 nM) and degrade BRD9 levels by over 90% at just 10 nM.  Mechanism of action studies employing MG132 (proteosome inhibitor) and MLN4924 (ubiquitination inhibitor) confirmed C6’s dependence on the ubiquitin-proteosome system (UPS) to effect BRD9 degradation.  Furthermore, selectivity for BRD9 vs BRD4 and 7 was demonstrated in MV4-11 cells via Western Blot.  Pharmacokinetic characterization of the compound in mice revealed a long serum half-life (T1/2 = 8.8 hrs) and favorable plasma concentration (Cmax = 3436.95 ng/mL, AUC0-t = 17749.45 h•ng/mL) when dosed p.o. (20 mg/kg, single dose).  As a whole, C6 looks like a promising lead compound for the treatment of acute myeloid leukemia (AML).

Reference: https://doi.org/10.1016/j.ejmech.2023.115872

 

23b

23b
23b

23b:  The team at the Sokol Institute of Pharmaceutical Life Sciences were interested in targeting phosphodiesterase 11A4 (PDE114A) as a potential treatment modality for age related cognitive decline.  Indeed, there is a wealth of literature supporting PDE114A role in memory consolidation and cognitive function.  To identify a starting point, the team leveraged previously reported high throughput screening data (done in yeast) and characterized a set of HTS hit compounds in a battery of in vitro ADME assays (PBS solubility, microsomal stability, cyp inhibition, and MDCK permeability/efflux).  Optimization of each of the 4 substituents attached to the pyrazolopyridine core of 23b was undertaken with the overarching goal of increasing efficacy and selectivity.  In biochemical assays looking at PDE mediated hydrolysis of cAMP and cGMP, Compound 23b was found to be a potent inhibitor of PDE11A4 (IC50 = 12 nM).  Furthermore, exquisite selectivity was observed for PDE11 versus PDEs 1 through 10.  In a relevant hippocampal cell model (HT-22), 23b inhibited PDE114A activity at low micromolar concentrations (EC50s of 2.5 μM and 2.1 μM for cAMP and cGMP, respectively).  The disparity between cellular and biochemical efficacy might indicate issues with compound solubility and/or permeability.  In vitro ADME characterization of 23b revealed less than desirable aqueous solubility (42 μM in pH 7.4 PBS) and high clearance in human and mouse liver microsomes (T1/2 = 4.3 min and 3.6 min, respectively).  Previous metabolism studies on the progenitor scaffold identified the diethyl amide substituent as a site of oxidative transformation.  As such, the medicinal chemistry team prepared a deuteroethyl analog of 23b to circumvent this issue.  Unfortunately, only a slight improvement in stability was observed for deutero-23b (compound 25 in the publication).  The authors indicated their intention to further develop 23b and its congeners, with the aim of identifying an orally bioavailable candidate.

Reference: https://doi.org/10.1021/acs.jmedchem.3c01088

 

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Alessandro Monge, PhD

Strategic Business Development Advisor

Dr. Alessandro Monge is a business strategist with over 20 years of experience at the intersection of computational science, artificial intelligence, and drug discovery. He serves as Strategic Business Development Advisor to Dalriada Drug Discovery, where he contributes to the company’s growth by supporting strategic partnerships, refining market positioning, and aligning platform innovation with emerging trends in therapeutics. In parallel, he is Managing Partner at Blue Dolphin, a consultancy focused on corporate and business development in AI-driven drug discovery, where he advises leadership teams on strategic execution, fundraising, and commercial expansion.

 

With a foundation in quantum mechanics, statistical mechanics, molecular dynamics, and protein modeling, Alessandro brings scientific depth to business leadership. In addition to Dalriada, he serves as Strategic Business Advisor to innovative companies including Pharmacelera and Nanome. He previously held senior management positions at Schrodinger, Iktos and TandemAI.

 

Alessandro earned his PhD in theoretical physics from The Rockefeller University and conducted postdoctoral research at Columbia University, where he developed algorithms for protein structure prediction. A trusted advisor and thought partner in the biotech and AI-driven discovery space, Alessandro is committed to advancing transformative science through impactful business execution.

Kanchan Devkota, PhD

Associate Director, Biochem, Biophysics & MS

Kanchan Devkota is a versatile biochemist and biophysicist with over 10 years of experience in protein sciences, assay development, and small molecule drug discovery. As Associate Director of Biochemistry, Biophysics & Protein Mass Spectrometry at Dalriada Drug Discovery, he leads integrated teams driving biochemical and biophysical assay development, hit validation, and mass spectrometry-based analytics to support a wide range of therapeutic programs.

Dr. Devkota’s core expertise includes high-throughput screening, enzymology, and quantitative biophysics—spanning technologies such as SPR, ITC, DSF, DSLS, MST and intact mass spectrometry. A certified Radiation Safety Officer at Dalriada, he also brings specialized capabilities in radioligand binding and functional assays. His work has accelerated programs targeting epigenetic modulators, oxidoreductases, and protein-protein interactions across oncology, infectious diseases, and beyond.

He earned his PhD in Biomedicine from the University of Copenhagen (Novo Nordisk Foundation Center for Protein Research), where he focused on protein structure and function. He subsequently held postdoctoral fellowships at the University of Copenhagen and the Structural Genomics Consortium (University of Toronto), contributing to probe discovery for SARS-CoV-2 and cancer targets in collaboration with global pharmaceutical companies including Pfizer, Takeda, BI and Merck.

Since joining Dalriada, Dr. Devkota has played an instrumental role in shaping the company’s scientific direction and partner-driven innovation. His leadership spans not only scientific execution but also business development, client engagement, and project strategy.

An advocate for translational science and collaborative research, Dr. Devkota has published > 10 publications in high-impact journals and remains actively involved in the scientific community through presentations and cross-functional partnerships. His multidisciplinary background and solution-oriented mindset continue to help advance drug discovery initiatives from concept to hit candidates.

Kashif Aziz Khan, PhD

Associate Director, Cell Biology

Kashif Aziz Khan is a seasoned cell and molecular biologist with over 20 years of experience in research and drug discovery. As Associate Director of Cell Biology at Dalriada Drug Discovery, he leads a dynamic, high-performing team at the forefront of developing innovative cell-based assays and advancing small molecule therapeutics targeting oncology, inflammation, GPCRs, and more.

Dr. Khan’s expertise lies in designing, optimizing, and validating high-throughput and mechanistically relevant assays to accelerate lead identification, target engagement, and protein degradation workflows. His strategic leadership and scientific rigor have significantly contributed to the progress of preclinical drug discovery pipelines.

He earned his PhD in Cell and Molecular Biology from the University of Franche-Comté, France, followed by a postdoctoral fellowship at the University of Montreal, where he investigated antiviral innate immune responses and contributed high-throughput screening technologies for novel therapeutic targets.

Prior to joining Dalriada, Dr. Khan led a graduate research lab at York University, managing interdisciplinary projects, securing competitive research funding, and mentoring emerging scientists. His academic and industry experience spans key areas including cell signaling, gene regulation in cancer, epigenetics, and innate immunity.

A prolific contributor to the scientific community, Dr. Khan has authored over 25 peer-reviewed publications and presented at numerous international conferences. Fluent in English and French, he is deeply committed to mentorship, scientific collaboration, and fostering innovation across the biomedical research landscape.

Peter J. Brown, PhD

Scientific Partnerships Lead

Peter Brown is a seasoned medicinal chemist and drug discovery leader with over 30 years of experience spanning large pharma, academic-industry collaborations, and global research consortia. He brings deep scientific expertise and a strong biopharma network to help advance Dalriada’s mission and extend the reach of its innovative platforms in North America. 

At Dalriada, Peter focuses on forging strategic partnerships, identifying collaborative opportunities, and supporting the scientific positioning of key platform technologies, including iCLASS.  

Prior to joining Dalriada, Peter held senior scientific roles at the Structural Genomics Consortium (SGC), where he helped establish the organization as a global leader in epigenetic chemical probe discovery. He played a central role in managing complex, multi-partner projects between academia and industry, and most recently organized antiviral probe discovery efforts at the SGC site at the University of North Carolina at Chapel Hill, contributing to the NIH’s AViDDprogram. 

Earlier in his career, Peter spent 19 years at GlaxoSmithKline, where he held various leadership positions in medicinal chemistry, including Section Head. His work focused on early-stage drug discovery and tool compound development, particularly within the Nuclear Receptor family. 

Peter earned his Ph.D. in Organic Chemistry from the University of Sheffield and completed postdoctoral research at Indiana University under Professor Philip Magnus, where he completed the total synthesis of (-)-Pleiomutine. He is a co-author of over 140 peer-reviewed publications, holds 9 patents, and has delivered more than 25 invited presentations at international scientific meetings. 

His areas of expertise include high-throughput screening, target-focused compound libraries, DNA-encoded libraries, and fragment-based drug discovery. 

Taleb Sedighi, PhD

Director, Proteomics

Taleb is a distinguished scholar with a PhD in Bioanalytical Chemistry from Simon Fraser University in Canada, complemented by an MSc and BSc in Analytical Chemistry. With a robust 16 years of experience, Taleb’s expertise lies in utilizing mass spectrometry techniques for the analysis of proteins and small molecules.

Since joining Dalriada in January 2021, Taleb has led the development of innovative platforms in chemoproteomics and covalent hit identification cascade, which have significantly contributed to over 20 covalent and targeted protein degradation programs.

Before joining Dalriada, Taleb was a Research Associate at the Patrick Gunning lab at the University of Toronto, where he played a pivotal role in establishing various proteomics and DMPK methods crucial for supporting early drug discovery programs.

Beyond his professional accomplishments, Taleb’s passion for science and research is evident, underscored by his authorship of 46 publications and numerous contributions to patent filings and grant proposals.

Pegah Ghiabi, PhD

Associate Director, Protein Production

Pegah brings over 25 years of extensive experience in biomedical research and leadership, Pegah brings a wealth of expertise in cancer research, protein science, and drug discovery within academic settings.

Prior to joining Dalriada, Pegah served as a senior research associate and Head of the protein production core facility at the Structural Genomics Consortium (SGC), University of Toronto. In this role, she provided strategic guidance and supervision for generating protein targets crucial to numerous drug discovery projects, collaborating with both academic and industry partners. Notable collaborations included projects with Nurix Therapeutics, Pfizer, Bristol Myers Squibb, Takeda, Merck KGaA, Janssen, Novartis, and X-Chem.

As a leader of the protein production team, Pegah brings unparalleled expertise in human and viral protein production. Her proficiencies span target selection, construct design, expression vector selection, protein expression across bacterial, insect, and mammalian systems, protein purification, and biophysical approaches for protein quality assessment. Pegah boasts extensive experience across various target classes, including helicases, proteases, methyltransferases, exonucleases, E3 ligases, polymerases, the WDR protein family, and structural proteins in both human and viruses.

Pegah holds an MSc in Cell Biology from McGill University, Canada, and a PhD in Cellular and Molecular Biology from the University of Paris-Sud (XI), France. After her doctoral studies, she undertook a postdoctoral position at Weill Cornell University in the USA.

Kaushik Ghosal, PhD

Head of BD, North America

Kaushik Ghosal is a successful entrepreneur and business development executive with over 15 years of bio-pharma experience in a variety of R&D and BD roles across several verticals in R&D business models, corporate expansion and strategic leadership in drug discovery and early development. Most recently Kaushik was Director of BD at Evotec (NASDAQ: EVO) leading partnered drug discovery and development programs for both stand alone and integrated drug discovery projects for several small and large biotechs, drug development accelerators and large pharma clients. 

​Prior to Evotec, Kaushik was the Director of Business Development at BioMotiv where he was instrumental in launching and leading a portfolio of venture-backed biotechs such as Sujana Bio, Optikira, Koutif Therapeutics. During his tenure, BioMotiv and Harrington project grew into a 360M + global initiative and established strategic partnerships with Takeda, Biogen, Arix Bioscience and Charles River Laboratories. At BioMotiv, Kaushik also founded therapeutic focused start-ups such as BioExcel and Inclera therapeutics to advance academic sourced drug discovery programs, some of which developed into clinical stage assets.

Before BioMotiv, Kaushik was Director of R&D at ReXceptor Inc, a clinical stage biotech company where he led preclinical and clinical development, establishing strategic partnerships with pharmaceutical companies and drug-development accelerators. 

Kaushik received MSc in Biotechnology (Indian Institute of Technology, Bombay), a Ph.D. from Miami University and completed his postdoctoral training in Neuroscience from the Cleveland Clinic. Kaushik has served on various advisory and on the boards of non-profit and for-profit organizations in the healthcare field such as NIH, John Hopkins Technology Ventures, EDI and Case Venture Mentorship Program.

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Mohammad Eram, PhD

Senior Director, Discovery R&D

Mohammad attained his PhD in Biochemistry and Enzymology at the University of Waterloo (Canada) and holds MSc degree in Medical Microbiology and a BSc degree in Cell and Molecular Biology. As the Director of Biology Department at Dalriada, he oversees the work of the cell biology, biochemistry and biophysics and proteomics teams.

Prior to joining Dalriada, Mohammad worked on early stage hit discovery projects at the Structural Genomics Consortium in Toronto, including projects in collaboration with Bayer, Takeda, Eli Lilly, and Merck. His work at SGC focused on biochemical and biophysical methods with applications to high-throughput and fragment-based drug discovery.

With over 17 years in biochemical/biophysical assays and small molecule R&D, Mohammad was involved in programs spanning small molecule inhibitor modalities including allosteric inhibitors, tight binders, targeted covalent therapeutics, and protein degraders. These programs covered a diverse range of protein targets including transcription factors, epigenetic modulators, oxidoreductases, dehydrogenases, kinases, methyl- and acetyltransferases, deacetylases, demethylases, PPI, GPCRs, and transcription regulators.

Jeff O’Meara, MSc

VP Drug Discovery

As Vice President, Drug Discovery at Dalriada, Jeff is responsible for overseeing all drug discovery activities from target identification to pre-clinical development. Jeff has nearly 30 years of drug discovery experience in hit ID, hit to lead, lead optimization and candidate nomination in projects targeting kinases, protein-protein interactions, protein degraders, covalent inhibitors, proteases and GPCRs in the areas of anti-infectives, oncology, immunomodulation, pain and CNS therapeutics. Prior to Dalriada, Jeff was Head of Research at M4K Pharma where he led a successful multinational open science lead optimization drug discovery project targeting DIPG, a rare childhood cancer.

Previously, Jeff spent 8 years as an integral part of the Ontario Institute for Cancer Research’s Drug Discovery team where he drove hit to lead and lead optimization projects of which two were eventually partnered with pharma in deals totaling > $2B. Jeff also trained for 17 years as a medicinal chemist and project team leader at Boehringer Ingelheim Canada Ltd. where he helped discover several novel antivirals that progressed to clinical trials. He has published more than 50 papers and patents in the fields of medicinal chemistry and drug discovery and in 2010 was the recipient of the American Chemical Society’s TAOC award.

Jeff has an M.Sc. in organic chemistry from University of Ottawa.

Tom Coulter, PhD

Head, Drug Discovery Programs and Partnerships

Tom is part of the R&D leadership team, overseeing partnership activities, drug discovery program planning and execution, as well as lifecycle management for current and prospective partners.

Over the past three decades, Tom has held senior roles in European pharma and biotech, including almost 20 years in contract research with Evotec as Senior Vice President, Drug Discovery, and more recently growing and leading Selvita’s integrated drug discovery portfolio.

Tom’s background is in medicinal chemistry, and he has extensive experience in the discovery and delivery of new small molecule and biologic agents targeting enzymes, GPCRs and other cell membrane targets including ion channels and SNARE proteins. He has managed multiple drug discovery programs covering the hit identification, hit to lead, and lead optimization stages of drug discovery, including 15 projects resulting in nomination of preclinical development candidates in the fields of cancer, inflammation, endocrine disease and antivirals. Tom has also contributed to the identification of multiple investigational new drugs. In recent years Tom has driven the identification of commercial opportunities as well as the creation and execution of sophisticated integrated discovery collaborations for clients.

Tom has a BSc (Hons) degree in chemistry from the Queen’s University of Belfast and a PhD in organic chemistry from the University of Leeds under Professor Ron Grigg. After completing his PhD, he joined Jim Thomas’ group at the University of Manchester before starting his industrial career at Organon.

Rav Kumar, PhD

Chief Strategy Officer

Dr. Rav Kumar is Chief Strategy Officer at Dalriada. He spent 25 years with GlaxoSmithKline (GSK) in the UK, France and Canada at vice-president level leading pharmaceutical R&D and business development. Key areas of expertise include formulation development, regulatory submissions, manufacturing and GMP audits. He has been involved with development of numerous medicines and vaccines plus many successful business change initiatives.

Most recently, he was Managing Director for Apotex in India (Bangalore and Mumbai), leading over 2,000 professionals in Pharmaceutical R&D, Manufacturing, Quality, Regulatory Affairs & Commercial Services.

Dr. Kumar is passionate about growing Canadian Life Sciences and has been involved with many industry-academic-government collaborations for which he was recognized with the Award for Leadership in in Canadian Pharmaceutical Sciences. He conceived the $150M spinout of GSK’s vaccines R&D to create the Neomed Vaccines and Biologics Centre of Excellence in Montreal. Other contributions include the CIHR Steering Committee for Patient Oriented Research, the Board of CQDM Research Consortium in Quebec and President of the Canadian Society for Pharmaceutical Sciences.

Dr. Kumar also serves as Director of The Centre for Medicinal Chemistry and an Assistant Professor at University of Toronto. He has a Pharmacy Degree and completed a PhD in Novel Drug Delivery at University of Bath in the UK.

Patrick Gunning, PhD

Co-founder & CSO

Patrick is a Professor of Chemistry at the University of Toronto, Canada Research Chair in Medicinal Chemistry, and Founder and Chief Scientific Director of the Centre for Medicinal Chemistry (UofT). Patrick obtained his PhD at the University of Glasgow in 2005 under the supervision of Profs. Robert Peacock and Andrew C. Benniston, and conducted post-doctoral studies at Yale University with Prof Andrew Hamilton.

Patrick’s research has focused on developing inhibitors of numerous protein classes, including transcription factors, kinases, and epigenetic targets, using novel covalent therapeutics and monovalent protein degraders. Patrick has published ~120 research papers, is a Fellow of the Royal Society of Chemistry, won 20 research awards including Canada’s Top 40 under 40, the 2010 Boehringer Ingelheim Young Investigator Award, the 2012 RSC MedChemComm Emerging Investigator Lectureship by the Royal Society for Chemistry, Rose Winer Levin Lectureship at the Dana-Farber Cancer Institute (2015), and the 2016 Canadian Society for Chemistry’s Bernard Belleau award.

Patrick, the co-founder and CSO of Dalriada Drug Discovery, has founded three other biotech companies with over $34M in funding, including Janpix Inc, now a Centessa Pharmaceuticals’ company, Dunad Therapeutics, and Dalriada Therapeutics.

Diana Kraskouskaya, PhD

Co-founder & CEO

Diana completed Honors BSc Degree in Molecular Biology and PhD in Medicinal Chemistry from the University of Toronto, and is a co-founder of two other biotechs, which have raised > $10 M in VC funding.

During her time in academia and biotech, Diana worked on diverse small molecule programs across protein-protein interactions, epigenetics, GPCRs, covalent inhibitors, and is an inventor on several patents.

As a co-founder and Chief Executive Officer of Dalriada, Diana brings to Dalriada years of leadership and hands-on cross-disciplinary biotech and drug discovery experience spanning areas of company building, scientific & IP program strategy, and operations. ​

Following completion of her PhD, Diana took appointment as a research manager of the Centre for Medicinal Chemistry, where she was involved in multiple drug discovery programs and provided oversight over the build-out of the >$100 M integrated drug discovery infrastructure at the University of Toronto. Diana co-founded and led two other biotechs, Dunad Therapeutics and Dalriada Therapeutics. In this process she recognized the shortcomings of the existing options for outsourcing innovative science, which led to the creation of Dalriada Drug Discovery’s Turn-Key™ Model. With this new model and under Diana’s leadership the company has grown to over 60 people within 3 years. ​

Diana is the recipient of several entrepreneurship awards, including RBC Prize for Innovation & Entrepreneurship and the 2018 MNP Future Leaders awards.

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