About Us
Two Physicians, Two Lenses, &
One Shared Question in Post-Pandemic Biology
The story of Ekklesia Research Group began when two physicians from very different worlds found themselves asking the same fundamental scientific question.
One came from academic life sciences — deep in the precision of protein biochemistry, neurobiology, and molecular mechanisms. The other spent years in clinical practice, carefully observing complex biological patterns in the aftermath of widespread viral exposure.
Despite their different backgrounds, both became fascinated by the same unresolved molecular puzzle: How does spike protein behave and persist in biological systems long after initial exposure?
This shared curiosity led them to build tools focused on basic research questions around protein dynamics, expression patterns, and persistence mechanisms in experimental systems.
What started as parallel observations evolved into a collaborative mission: to develop better quantitative tools that enable researchers to explore these mechanisms with greater precision and clarity in controlled laboratory settings.

Independently, each arrived at the same core scientific conviction:
What we cannot measure quantitatively, we cannot fully explore.
What we decline to quantify, we risk misunderstanding at the molecular level.
Their meeting felt like more than coincidence; a rare alignment of curiosity, expertise, and timing.
From that shared recognition, Ekklesia Research Group was born: a mission-driven initiative dedicated to developing precise quantitative tools that empower researchers to investigate fundamental biological questions with clarity and scientific rigor.
The Deeper Meaning of “Ekklesia”
The name is deliberate and historically rich.
In classical Greek, ekklesia denoted a called-out assembly: citizens summoned to deliberate, discern, and act for the common good.
In its deeper Christian resonance, it evokes a community gathered to stand for truth with humility, courage, and service to humanity.
Our team spans diverse worldviews, including scientists and clinicians with no religious affiliation.
Yet the unifying spirit endures: goodwill toward humankind, a commitment to clarity in confusion, and a resolve to build tools that serve humanity, advance science, and safeguard the integrity of research.
A Growing Assembly of Like-Minded Investigators

True to the name, Ekklesia is becoming a gathering place for curious minds committed to rigorous scientific exploration:
- Life scientists seeking deeper quantitative insights into molecular mechanisms
- Researchers moving from observational data to precise measurement of protein dynamics
- Investigators exploring fundamental questions of persistence and expression in experimental systems
We embody the spirit of ekklesia: a collaborative community called together by curiosity, integrity through measurement, and dedication to advancing basic biological understanding.
Democratizing Epidemiology and Restoring the Pursuit of Truth to the People
The pandemic revealed deep limitations in how quickly institutional science can respond to emerging biological questions. It also inspired a broader movement toward open, collaborative discovery.
Ekklesia steps into this space with a clear purpose: to develop precise quantitative tools that empower researchers to explore fundamental molecular questions with greater clarity and rigor.
We believe that high-quality measurement, shared openly among dedicated investigators, accelerates scientific understanding. By providing access to our quantitative spike protein assay (RUO), we aim to support independent researchers in their pursuit of mechanistic insights into protein persistence and biological dynamics in controlled laboratory settings.
Looking Ahead: From First Tools to Deeper Understanding
The development of our high-sensitivity quantitative spike protein assay (Research Use Only) is only the first step.
Ekklesia is committed to building a broader research ecosystem focused on fundamental molecular questions:
- Mechanistic studies of spike protein persistence in experimental systems
- Collaborative basic research networks exploring protein expression dynamics
- Deeper quantitative insights into molecular behavior across different research models
Our guiding conviction remains simple: rigorous, precise measurement is essential for genuine scientific understanding.
We pursue this work with both technical precision and a deep respect for the power of unbiased basic research — driven by the same curiosity that first brought two physicians together to explore unresolved questions in post-pandemic biology.