Beginning in 2020, our environmental research – always also including software modelling work (link to section math modelling and software) – began specializing in the study of potential harms, contamination, and toxins, which in today’s world have potential medical relevance and which are not necessarily the exclusive consequences of unintentional human interference with the natural environment. Such or other interferences may be  manifested, for example, in the potential accumulation of chemicals, particles, metals, and other potentially harmful substances (toxins) in the human bodies of sick or healthy people (or other organisms in the environment). Possible examples of blood tests are listed below, alphabetized largely incompletely*. Disease patterns in the evidence (see the section of our page on chronic diseases) can also potentially be understood in the context of exposure to so-called political or social currents (not specified here) and crises of various kinds, regardless of whether and how they are scientifically motivated.

Our goal is conducting private or public research on the topics described above at the highest quality level. Commissioned projects are contractually regulated, with full freedom of action for researchers. We collaborate in a variety of ways globally with private and industrial partners, government institutions, and, if necessary, other experts.

* Aftatoxin B(1), Aluminium, Antimony, Benzoquinone, Cadmium (Cd), Cetyltrimethylammoniumbromid (CTABr), Chlorotoluene, Chromium-VI, Diesel exhaust gases, Eiphenol A (BPA), Formaldehyd, Fumigadin/Fumonisin, Fungisterol, Glyphosat / AMPA, Lead, Lindan & Isomere, y-Hexachlorcyclohexan, Mercury inorganic, Mercury organic, Nickel, Nitrosamine, Organophosphate, Phthalate, Polybrominated Biphenyl (PBB), Triclosan.