• DNDi_Logo_No-Tagline_Full Colour
  • Our work
    • Diseases
      • Sleeping sickness
      • Visceral leishmaniasis
      • Cutaneous leishmaniasis
      • Chagas disease
      • Filaria: river blindness
      • Mycetoma
      • Paediatric HIV
      • Cryptococcal meningitis
      • Hepatitis C
      • Dengue
      • Pandemic preparedness
      • Antimicrobial resistance
    • Research & development
      • R&D portfolio & list of projects
      • Drug discovery
      • Translational research
      • Clinical trials
      • Registration & access
      • Treatments delivered
    • Advocacy
      • Open and collaborative R&D
      • Transparency of R&D costs
      • Pro-access policies and IP
      • Children’s health
      • Gender equity
      • Climate change
      • AI and new technologies
  • Networks & partners
    • Partnerships
      • Our partners
      • Partnering with us
    • Global networks
      • Chagas Platform
      • Dengue Alliance
      • HAT Platform
      • LEAP Platform
      • redeLEISH Network
    • DNDi worldwide
      • DNDi Switzerland
      • DNDi DRC
      • DNDi Eastern Africa
      • DNDi Japan
      • DNDi Latin America
      • DNDi North America
      • DNDi South Asia
      • DNDi South-East Asia
  • News & resources
    • News & stories
      • News
      • Stories
      • Statements
      • Viewpoints
      • Social media
      • eNews Newsletter
    • Press
      • Press releases
      • In the media
      • Podcasts, radio & TV
      • Media workshops
    • Resources
      • Scientific articles
      • Our publications
      • Videos
    • Events
  • About us
    • About
      • Who we are
      • How we work
      • Our strategy
      • Our donors
      • Annual reports
      • Our prizes and awards
      • Our story: 20 years of DNDi
    • Our people
      • Our leadership
      • Our governance
      • Contact us
    • Work with us
      • Working at DNDi
      • Job opportunities
      • Requests for proposal
  • Donate
  • DNDi_Logo_No-Tagline_Full Colour
  • Our work
    • Diseases
      • Sleeping sickness
      • Visceral leishmaniasis
      • Cutaneous leishmaniasis
      • Chagas disease
      • Filaria: river blindness
      • Mycetoma
      • Paediatric HIV
      • Cryptococcal meningitis
      • Hepatitis C
      • Dengue
      • Pandemic preparedness
      • Antimicrobial resistance
    • Research & development
      • R&D portfolio & list of projects
      • Drug discovery
      • Translational research
      • Clinical trials
      • Registration & access
      • Treatments delivered
    • Advocacy
      • Open and collaborative R&D
      • Transparency of R&D costs
      • Pro-access policies and IP
      • Children’s health
      • Gender equity
      • Climate change
      • AI and new technologies
  • Networks & partners
    • Partnerships
      • Our partners
      • Partnering with us
    • Global networks
      • Chagas Platform
      • Dengue Alliance
      • HAT Platform
      • LEAP Platform
      • redeLEISH Network
    • DNDi worldwide
      • DNDi Switzerland
      • DNDi DRC
      • DNDi Eastern Africa
      • DNDi Japan
      • DNDi Latin America
      • DNDi North America
      • DNDi South Asia
      • DNDi South-East Asia
  • News & resources
    • News & stories
      • News
      • Stories
      • Statements
      • Viewpoints
      • Social media
      • eNews Newsletter
    • Press
      • Press releases
      • In the media
      • Podcasts, radio & TV
      • Media workshops
    • Resources
      • Scientific articles
      • Our publications
      • Videos
    • Events
  • About us
    • About
      • Who we are
      • How we work
      • Our strategy
      • Our donors
      • Annual reports
      • Our prizes and awards
      • Our story: 20 years of DNDi
    • Our people
      • Our leadership
      • Our governance
      • Contact us
    • Work with us
      • Working at DNDi
      • Job opportunities
      • Requests for proposal
  • Donate
Home > Scientific articles
Oct 2020

Towards consensus on correct interpretation of protein binding in plasma and other biological matrices for COVID‐19 therapeutic development

Clinical Pharmacology & Therapeutics

by Boffito M, Back DJ, Flexner C, Sjö P, Blaschke TF, Horby PW, Cattaneo D, Acosta EP, Anderson P, Owen A. Clinical Pharmacology & Therapeutics  2020. doi: 10.1002/cpt.2099

Summary: The SARS‐CoV‐2 pandemic has brought scientists from diverse backgrounds together in an unprecedented international effort to rapidly identify interventions. The principles of clinical pharmacology must be applied to these efforts and, in particular, the influence of plasma and tissue protein binding on pharmacokinetics and pharmacodynamics. The principles of free drug theory are not currently being routinely applied to SARS‐CoV‐2 antiviral drugs. Consideration of protein binding is critically important to candidate selection but requires correct interpretation, in a drug‐specific manner, to avoid either under‐ or over‐interpretation of its consequences. The authors present a consensus from international researchers who have sought to apply historical knowledge from highly successful antiviral drug development for other viruses such as HIV and HCV.

Access article

Pandemic Preparedness

Latest scientific articles

Loading...
Scientific articles
26 Jun 2025

Validated LC-MS/MS method for quantifying the antiparasitic nitroimidazole DNDI-0690 in preclinical target site PK/PD studies

Biomedical Chromatography
Scientific articles
28 May 2025

Pharmacokinetics and pharmacodynamics of fosravuconazole, itraconazole, and hydroxyitraconazole in Sudanese patients with eumycetoma

The Journal of Infectious Diseases
Scientific articles
9 May 2025

Epidemiological, clinical and etiological treatment aspects in the Chagas clinic of the municipality of Comapa – Jutiapa, Guatemala

Acta Tropica
Scientific articles
15 May 2025

Quantitative analysis of DNDI-6174 using UPLC-MS/MS: A preclinical target site pharmacokinetic study

Journal of Chromatography B
VIEW ALL

Stay connected

Get our latest news, personal stories, research articles, and job opportunities. 

Linkedin-in Instagram Twitter Facebook-f Youtube
International non-profit developing safe, effective, and affordable treatments for the most neglected patients.

Learn more

  • Diseases
  • Neglected tropical diseases
  • R&D portfolio
  • Policy advocacy

Get in touch

  • Our offices
  • Contact us
  • Integrity Line

Support us

  • Donate
  • Subscribe to eNews

Work with us

  • Join research networks
  • Jobs
  • RFPs
  • Terms of Use   
  •   Acceptable Use Policy   
  •   Privacy Policy   
  •   Cookie Policy   
  •   Our policies   

  • Except for images, films and trademarks which are subject to DNDi’s Terms of Use, content on this site is licensed under a Creative Commons Attribution-NonCommercial-Share Alike 3.0 Switzerland License