Biological function is electrically organized. When charges flow freely, coherently, and in synchrony, cells perform more efficiently. Our mission is to make these electromolecular principles tangible so that health can be supported systemically, with minimal side effects, and measurable outcomes.
We focus our research on how electrical charges and molecular structures co-govern biological function. Our team develops practical concepts and protocols that support cellular energy balance, stabilize redox homeostasis, and resynchronize signaling pathways. The goal is a translational biophysics that moves laboratory insights rapidly into safe, reproducible, and transparent applications.
ALK FOUNDATION – It is dedicated to the research, professionalization and formal dissemination of the ClO₂ molecule in the form of CDS and its applications, as well as the understanding of life and health from its most essential expressions, its biological, chemical, electrical, and magnetic nature, leading us to an electromolecular medicine approach for the development of technologies that contribute to the well-being of humanity and life on the planet.
Research & Development
Our work centers on charge-based interactions in liquid phases, the dynamics of electron-transfer processes, and their impact on cellular homeostasis. We emphasize quantitative mapping of charge flows in biological systems and the modulation of pH, redox, and ionic milieus to optimize cellular efficiency.
The goal is a translational biophysics that rapidly moves lab insights into real-world use.


Quality & Safety
Every development follows a rigorous quality framework: defined specifications, complete documentation, multi-point measurements, and independent cross-checks.
Safety comes first through risk assessments, conservative titration strategies, stepwise implementation, and continuous monitoring. We align with current standards and extend them with internal best-practice guidelines.
Education & Knowledge Transfer
Knowledge must be usable. We provide continuing education, online courses, and practical materials for medical professionals and interested learners.
Complex topics are translated into clear models: accessible explanations, transparent formulas, and reproducible protocols. Our didactics combine precision with clarity.
Online learning and courses: kalckerinstitute.com


Collaboration
Progress emerges through dialogue. We collaborate with clinicians, laboratories, and universities to strengthen evidence and standardize parameters. We promote open data, pre-registered studies, and joint publications. Colleagues interested in research partnerships are welcome to contact us.
Imprint
- Responsible entity
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Andreas Ludwig Kalcker, Hueb 10, CH-9468 Sax, Switzerland
Email: info@kalcker.org
- Mail server
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mail.kalcker.org
Postmaster: postmaster@kalcker.org