Who runs the website

About the Webmaster

This website is founded, developed, and maintained by Jan-Peter Nilsson. This platform serves as a digital hub to bridge the gap between advanced software engineering and evidence-based environmental toxicology.

Jan-Peter is an independent Swedish researcher, software developer, and project manager specializing in evidence-based toxicology, systematic reviews, and advanced snakebite envenomation management. Operating at the intersection of technology and biochemical science, his work focuses heavily on mitigating environmental hazards and standardizing systemic analysis frameworks in toxicology.

External Organizational Activities & Work

  • EBTC Scientific Advisory Council: He serves as an appointed member of the Scientific Advisory Council (SAC) for the Evidence-Based Toxicology Collaboration (EBTC). In this role, he contributes to strategic planning and ensures high scientific quality rigor for the organisation’s work and output.
  • GRADE Working Group (EOH): He actively participates within the GRADE Working Group infrastructure, specifically focusing on environmental and occupational health domains (GRADE EOH) to establish standardized, machine-readable certainty assessments for complex research.
  • PECO-Buddy Development: Acting as both the software developer and project manager, he leads the technical creation of PECO-Buddy. This tool functions as a “computer-in-the-loop” framework engineered to help toxicologists formulate flawless Population, Exposure, Comparator, and Outcome (PECO) objective statements for systematic literature reviews.

Venoms, Antivenoms & The RAPID Framework

  • Augmented Molecular Toxinology: Driven by a deep focus on herpetology and environmental threats, he is the key developer behind advanced technological workflows aimed at resolving logistical crises in traditional antivenom distribution.
  • The RAPID System: Published via the Public Health Toxicology journal, his benchmark RAPID framework (Rapid on-site analyte-specific peptide intervention and diversion) transforms snakebite management. The process utilizes an integrated approach:
    1. On-Site Diagnosis: Portable point-of-care bio-sampling.
    2. Cloud Platform Analysis: Machine-driven spectral database tracking to profile venom.
    3. Peptide Synthesis: On-demand synthesis of GMP-grade targeted interventions, neutralizing the strict cold-chain requirements of conventional antivenoms.
  • Vipera Berus Research: Beyond software, he acts as a principal investigator leading international research studies evaluating the toxicity metrics and venom profiles of Vipera berus (the common European adder).

Additional Affiliations

  • Gothenburg Herpetological Association: Reflecting his active involvement in community herpetology, he has served in leadership roles, including acting chairman and secretary for the regional association based in Gothenburg, Sweden.

References

  1. Evidence-Based Toxicology Collaboration (EBTC) – People
  2. Public Health Toxicology Journal – RAPID Framework Publication Details
  3. Augmented Molecular Toxinology – A “New” Concept for Molecular science
  4. EBTC & GRADE Working Group – Collaborative Technical Initiatives
  5. Jan-Peter Nilsson Professional Summary – LinkedIn Sweden
  6. Collected Registry of Research Output – ORCID-Profile
  7. ResinTox Research Organization – The RAPID Strategy & Solutions
  8. Svenska Ormar – The worlds largest group on herpetofauna in Sweden
  9. Gothenburg Herpetological Association