Padma Kodukula, Chief Executive Officer, ScopeSys Inc.

Padma Kodukula CEO of ScopeSys discussing single-particle analytics and lipid nanoparticle characterization for genomic medicines

Padma Kodukula, Chief Executive Officer, ScopeSys Inc.

Biography

Padma Kodukula, PhD, MBA, is Chief Executive Officer of ScopeSys, a Canadian biotechnology company developing single-molecule imaging analytics technologies for genomic medicines. She leads the development and commercialization of ScopeSys’ CLiC-based platform including instruments, consumables and analytical services for deeper characterization of lipid nanoparticles, nucleic acid payloads and dynamic molecular interactions.

Padma has more than 25 years of experience commercializing life-science platform technologies across nanoparticle delivery, genomics, diagnostics, biologics and research tools. Prior to ScopeSys, she served as Chief Business Officer at A-Alpha Bio and Precision NanoSystems, where she helped advance nanoparticle delivery and manufacturing platforms for mRNA vaccines and therapeutics. She previously held leadership roles at Human Longevity, ThermoFisher, Pfizer and BD Biosciences. Padma holds a PhD in Immunology from the University of Illinois Chicago and an MBA from San Diego State University. Her work is focused on translating innovative technologies into products and partnerships that accelerate the development of better medicines.

Interview

NanoSphere: Tell us a bit about yourself—your background, journey, and what led you to where you are today. 

Padma: Growing up in India, I was always drawn to education and the sciences. While completing my MS in Biochemistry, I realized that I wanted to pursue a PhD and come to the United States for advanced scientific training. I arrived in the US in the 1990s, at a time when science, technology and business were all evolving rapidly.

During the final year of my PhD, I came to an important realization: I was not meant to be an individual researcher focused on solving one scientific problem at a time. I wanted to work with teams in an industry setting and use my scientific training to help translate innovation into products and business value.

After completing my PhD, I made the transition into industry, starting at BD Biosciences as a program manager. During the first ten years of my career, I had the opportunity to work in large, mid-sized and small companies developing and commercializing research technologies, diagnostics and drugs. Through those experiences, I discovered that what I enjoyed most was working with technology platforms and bringing them to market to enable drug discovery, development and manufacturing.

I also realized that I was especially drawn to early-stage companies with small, focused teams, where I could have a direct impact. Over the past 15 years, I have worked with several startups, including Human Longevity, Precision NanoSystems and now ScopeSys. What I truly enjoy is being at the ground level, helping transform innovative platform technologies into scalable products and businesses that create meaningful value.

NanoSphere: As CEO of ScopeSys, you are leading a company developing single-molecule analytics technologies for genomic medicine and nanoparticle therapeutics. How do you see technologies like CLiC enabling better characterization of RNA, DNA, and LNP-based therapies, and what impact could this have on the future of drug development and manufacturing?

Padma: Nanoparticle delivery is now a proven modality, with COVID mRNA vaccines validating lipid nanoparticles at global scale for nucleic acid delivery. This platform is expanding beyond vaccines into RNA therapeutics, in vivo gene editing and emerging approaches to generate CAR-T cells directly in the body.

Yet, analytics have not kept pace with increasingly complex nanomedicines. Traditional tools provide population-average measurements, such as particle size, polydispersity and encapsulation efficiency, but do not reveal how individual particles differ in payload amount, organization, subpopulations or behaviors under biologically relevant conditions. While some single-particle technologies are emerging, they appear to lack the resolution and spatiotemporal analytical capabilities needed for deeper characterization.

That is where ScopeSys’ CLiC technology can make a significant difference. CLiC, or Convex Lens-induced Confinement, enables single-molecule and single-particle imaging in solution, without needing to tether molecules to a surface. By confining particles in very small geometries, we can observe individual nanoparticles and measure multiple properties at the same time, including particle characteristics, payload loading, copy number, structural organization and dynamic interactions in cell-like environments.

This level of resolution is important because two formulations that appear similar by conventional average measurements may behave very differently when examined one particle at a time. Those differences can influence potency, manufacturability, stability, and ultimately therapeutic performance.

At ScopeSys, our vision is to bring this deeper analytical capability into drug development and manufacturing. In discovery, it can help teams design better formulations and select promising candidates earlier. Rich quantitative data can be used to train AI models for drug design. In development, it can help connect formulation attributes to biological performance. In manufacturing and quality control, it can support more meaningful measures of product consistency and comparability.

Ultimately, genomic medicines will require analytics that are as advanced as the therapies themselves. By generating rich, quantitative data at the single-particle and single-molecule level, CLiC has the potential to help developers build safer and more effective genetic medicines.

NanoSphere Across your career, you’ve worked with companies that have collectively created billions in company value, from early ideation through successful exits. You’ve also supported organizations such as Precision NanoSystems during the challenging COVID period, when speed, adaptability, and collaboration across the ecosystem became critical. When working with early-stage biotech teams, what are the key inflection points where scientific innovation must translate into tangible company value?

Padma: The journey from scientific breakthrough to company value is rarely linear, and the inflection points that matter most are not always the ones you anticipate.

The first and most critical is customer proximity. Early-stage biotech companies can fall into the trap of optimizing their technology before truly understanding the problem their customer is trying to solve. At ScopeSys, we commercialize a single-particle analytics platform for mRNA-LNP characterization — novel science, but one that only delivers company value when a formulation scientist confirms it solves a problem they could not address any other way. That validation comes from sustained, direct engagement with our customers by being in the room, having honest scientific conversations, and listening more than you speak. We stay in close contact with our target customers not simply to sell, but to understand how their workflows are evolving, what regulatory pressures they face, and where the genuine analytical gaps remain. That intelligence shapes everything from product roadmap to value proposition.

The second inflection is the transition from what has been built to what the market actually needs. This is where founding teams face their greatest challenge. Markets reward solutions, not science or elegance alone. In every start-ups I have worked in, difficult decisions have been required — which applications to prioritize, which customer segments are genuinely ready, which capabilities matter versus which are scientifically interesting but commercially premature. Adaptability in this phase is a prerequisite for survival and building company value. The ability to integrate customer feedback rapidly and redirect without losing the core value of the technology is one of the most important capabilities an early-stage team can develop.

The third inflection is demonstrated value in a customer's hands. A peer-reviewed publication establishes credibility and opens doors. But the true inflection point is when a customer runs your technology on their own samples, generates data they could not have obtained otherwise, and begins asking how to secure ongoing access — the moment technology transitions from scientifically compelling to operationally necessary. At ScopeSys, every customer engagement is treated simultaneously as a commercial opportunity and a structured learning exercise. What we learn from working with a formulation team directly informs product development, refines our positioning, and strengthens every subsequent conversation.

The common thread is the capacity to move with both rigor and speed. The window between first demonstration and meaningful scale in deep tech biotech is narrower than most anticipate. Competitive dynamics shift, regulatory expectations evolve, and customer priorities change as their programs advance. An organization that can absorb new information, decide, and execute without unnecessary delay holds a genuine structural advantage. Building a culture where scientific discipline and operational agility reinforce rather than compete with each other is among the most consequential things a founding team can do.

The science creates the possibility. The customer relationship defines the direction. And the organization's capacity to adapt determines whether that possibility brings enduring company value.

NanoSphere: If there’s one key message or insight you’d like to share with readers about the future of nanomedicine, what would it be?

Padma: Nanoparticle delivery has opened the door to transformative genetic medicines. As these therapies become increasingly complex, analytics must keep pace. Advanced single-particle characterization can reveal the payload, structure and behaviour that determine therapeutic performance thus enabling safer, more effective and more manufacturable medicines.

Padma's references

  1. www.scopesys.ca
  2. https://www.linkedin.com/company/scopesys/?viewAsMember=true



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