• DNDi_Logo_No-Tagline_Full Colour
  • Our work
    • Diseases
      • Sleeping sickness
      • Visceral leishmaniasis
      • Cutaneous leishmaniasis
      • Chagas disease
      • Parasitic worms
      • Mycetoma
      • Dengue
      • Paediatric HIV
      • Cryptococcal meningitis
      • Hepatitis C
      • 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 Eastern Africa
      • DNDi Japan
      • DNDi Latin America
      • DNDi North America
      • DNDi South Asia
      • DNDi South-East Asia
      • DNDi West and Central Africa
  • 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
      • Our story
      • How we work
      • Our strategy
      • Our donors
      • Annual reports
      • Our prizes and awards
    • 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
      • Parasitic worms
      • Mycetoma
      • Dengue
      • Paediatric HIV
      • Cryptococcal meningitis
      • Hepatitis C
      • 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 Eastern Africa
      • DNDi Japan
      • DNDi Latin America
      • DNDi North America
      • DNDi South Asia
      • DNDi South-East Asia
      • DNDi West and Central Africa
  • 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
      • Our story
      • How we work
      • Our strategy
      • Our donors
      • Annual reports
      • Our prizes and awards
    • Our people
      • Our leadership
      • Our governance
      • Contact us
    • Work with us
      • Working at DNDi
      • Job opportunities
      • Requests for proposal
  • Donate
Home > Scientific articles
Jul 2009

New, improved treatments for Chagas disease: from the R&D pipeline to the patients

PLoS Negl Trop Dis

by Ribeiro I, Sevcsik AM, Alves F, Diap G, Don R, Harhay MO, Chang S, Pecoul B. PLoS Negl Trop Dis, July 2009, 3(7):e484.

Summary: This policy paper outlines the urgent need for new treatments for Chagas, examines barriers to development and evaluation of new drugs, and reports on progress in bringing new treatments to patients. Part of a Chagas disease series published by PLoS NTD, this paper focuses on the efforts of DNDi and others to develop and make available better-adapted diagnostic and treatment tools. Published upon the occasion of the 100th anniversary of Chagas disease, this article also mentions a newly launched campaign, www.treatchagas.org, to increase awareness about Chagas disease, and is joined in the series by an editorial covering the unfinished public health agenda and a research article on MSF’s 10-year experience of treating Chagas disease in Latin America.

Click here to access full-text article.

Although the occurrence of acute cases of Chagas disease has declined, there still remain serious challenges, including the maintenance of sustainable public policies for Chagas disease control and the urgent need for better drugs to treat chagasic patients. Since the introduction of benznidazole and nifurtimox approximately 40 years ago, many natural and synthetic compounds have been assayed against Trypanosoma cruzi, yet only a few compounds have advanced to clinical trials. The development of more effective drugs requires (i) the identification and validation of parasite targets, (ii) compounds to be screened against the targets or the whole parasite and (iii) a panel of minimum standardised procedures to advance leading compounds to clinical trials. This third aim was the topic of a workshop held in Rio de Janeiro, Brazil, in November 2008: the minimum steps, requirements and decision gates for the determination of the efficacy of novel drugs for T. cruzi control were evaluated by interdisciplinary experts and an in vitro and in vivo flowchart was designed to serve as a general and standardised protocol for screening potential drugs for the treatment of Chagas disease.

Click here to read the article

Chagas disease

Latest scientific articles

Loading...
Scientific articles
17 Dec 2025

Kronopolitides A–F, a family of 36-membered polyol macrolides with antiparasitic activity against Chagas disease

Journal of Natural Products
Scientific articles
2 Dec 2025

The development of a global research agenda and individual participant data platform for visceral leishmaniasis: challenges and future opportunities

Parasites & Vectors
Scientific articles
25 Nov 2025

Bidirectional interaction between liposomal amphotericin B pharmacokinetics and parasite dynamics in patients with post-kala-azar dermal leishmaniasis: Potential implications for optimal dosing

Clinical Pharmacology & Therapeutics
Scientific articles
20 Nov 2025

Leishmaniasis

Nature Reviews Disease Primers
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-ShareAlike 4.0 International license