• About
    • Our Team
    • Careers
    • Stories
  • Technology Transfer
    • Available Technologies
    • Innovators
      • Meet Our Innovators
      • Submit Disclosure
      • NAI Chapter
    • Startups
      • Meet Our Startups
    • Lab to Life
      • About Lab to Life
      • Lab to Life Process
      • Lab to Life Startups
      • Lab to Life Team
      • Lab to Life Contact
    • AI POC Grant Program
    • Workshops and Events
      • CSU Demo Day
    • FAQ
  • Real Estate Services
    • The Prospect
    • Maintenance Request Form
    • Commercial Leasing
  • Financing Program
  • Maxwell Ranch
  • Connect
  • Newsletter Signup
  • Submit Disclosure
  • About
    • Our Team
    • Careers
    • Stories
  • Technology Transfer
    • Available Technologies
    • Innovators
      • Meet Our Innovators
      • Submit Disclosure
      • NAI Chapter
    • Startups
      • Meet Our Startups
    • Lab to Life
      • About Lab to Life
      • Lab to Life Process
      • Lab to Life Startups
      • Lab to Life Team
      • Lab to Life Contact
    • AI POC Grant Program
    • Workshops and Events
      • CSU Demo Day
    • FAQ
  • Real Estate Services
    • The Prospect
    • Maintenance Request Form
    • Commercial Leasing
  • Financing Program
  • Maxwell Ranch
  • Connect
  • Newsletter Signup
  • Submit Disclosure

Inactivation of Viral Particles and Other Pathogens Using Bulk Sterilization

Non-Toxic Disinfectant

At a Glance

Researchers at Colorado State University have developed compositions, methods, and apparatus for inactivating infectious disease pathogens, including the COVID-19 virus, by exploiting the unique property of the photosensitizer riboflavin and UV light to selectively inactivate bacteria and viruses by directed damage to nucleic acids. The nature of the photosensitizer (riboflavin) provides for low toxicity and thus easy handling, distribution and processing even under austere conditions.

Background

Riboflavin, or vitamin B2, is a naturally occurring compound and an essential human nutrient. Studies have demonstrated that riboflavin, when exposed to visible or UV light, may be used to inactivate pathogens. In addition, the antimicrobial activity of UV irradiation includes sporicidal and virucidal effects. The ability to exploit these process has proven effective against a wide range of pathogens.

Benefits

  • Photochemical, riboflavin, is inexpensive, non-toxic, and does not pose safety or environmental concerns

Applications

  • Disinfect a wide variety of substances, surfaces, equipment, etc.
Last Updated: April 2022
Opportunity

Licensed

IP Status

WO 2021/195291

Inventors

Bryan D. Willson
John C. Mizia
Raymond P. Goodrich

Reference Number
2020-083
Download PDF
Download
Strata logo white
  • Technology Transfer
  • Real Estate Services
  • Financing Program
  • Maxwell Ranch
  • Connect
  • Equal Opportunity Employer
  • Tax Information
  • Technology Transfer
  • Real Estate Services
  • Financing Program
  • Maxwell Ranch
  • Connect
  • Equal Opportunity Employer
  • Tax Information
Serving the Colorado State University System with strategic real estate services, intellectual property protection and licensing, and financing activities.
Integrity
Reliability
Respect
Innovation
Excellence
Submit Disclosure

Newsletter Sign Up

Connect