Malaria: New research promises to ease access to ASAQ and ASMQ treatment

Access to effective treatment is central in the fight against malaria. The recently published PREGACT study has shown that artemisinin-based combination therapies are effective in pregnant women with malaria in Africa, without the safety concerns of other treatment types. Another success for malaria treatment comes with the World Health Organization’s announcement that the fixed-dose combination of artesunate+mefloquine (ASMQ) shelf-life has been extended from two to three years, which will greatly help with storage and distribution.

Call for papers for PLOS WorldLeish-6 Collection

Dr Jorge Alvar, Head of Leishmaniasis, DNDi, and Dr Javier Moreno, Director of WHO Collaborating Center for Leishmaniasis, announce a call for papers on Leishmaniasis for the PLOS WorldLeish-6 Collection. See the PLOS article, calling for papers for the PLOS WorldLeish 6 Collection, as it appeared on the PLOS Blog.

Hepatitis C: Current barriers to treat patients and DNDi’s R&D strategy to address urgent needs

Hepatitis C Infographic - DNDi Project

DNDi, Pharco, and the Ministry of Health Malaysia announced today at the International Liver Congress in Barcelona, Spain, that they signed agreements to test an affordable hepatitis C regimen in Malaysia and Thailand. The treatment, a potentially pan-genotypic combination of ravidasvir and sofosbuvir, will be tested in Malaysia and Thailand with a target price of under $300. DNDi also released its hepatitis C R&D Strategy as well as infographics to explain why there are so many neglected hepatitis C patients.

R&D status November 2015: DNDi Filarial diseases programme

[November 2015]

Filarial diseases are caused by parasitic worms of the helminth family. They include onchocerciasis (also known as River Blindness), lymphatic filariasis (also known as elephantiasis), and loiasis (also known as African eye-worm). The worms are transmitted by insect vectors to humans, mainly in Africa and Southeast Asia. About 168 million people are infected by the three diseases.

R&D status November 2015: DNDi Sleeping Sickness programme

[November 2015]
Human African trypanosomiasis (HAT), also known as ‘sleeping sickness’, is transmitted by the bite of a tsetse fly. While currently its prevalence is declining, 21 million people are still at risk across 36 Sub-Saharan Africa countries with most of the cases occurring in the Democratic Republic of Congo (89% of all cases in 2013).

R&D status November 2015: DNDi Leishmaniasis programme

[November 2015]
The parasite that causes leishmaniasis is transmitted by the bite of a sandfly. Leishmaniasis is a complex group of diseases with over a million new cases occurring every year and 350 million people living at risk worldwide in 98 countries. The most common forms of the disease are visceral leishmaniasis (VL), which is fatal without treatment, and cutaneous leishmaniasis (CL).

R&D status November 2015: DNDi Mycetoma programme

[November 2015]

Mycetoma is a neglected tropical disease characterized by deformity and disability with various health and socio-economic impacts on the affected communities. It is endemic in many tropical and subtropical regions, with cases reported globally. Mycetoma is a chronic inflammatory disease caused by true fungi or certain bacteria and hence the classifications eumycetoma and actinomycetoma respectively.

New report reviews the successful development of the antimalarial ASAQ

DNDi has produced a new report on ‘Pioneering ways of working through innovative partnerships – 2002-2015 – The successful development of a fixed dose combination of artesunate plus amodiaquine antimalarial’. This document reviews the development of DNDi’s first-delivered treatment, ASAQ FDC, and forms part of a broader reflection on DNDi’s business model and its lessons learned over a decade after its creation in 2003.

Mycetoma: A Patient’s Struggle with a Neglected Disease

Nineteen years ago, while playing on the school field, Alsadik Mohamed Musa Omer pricked his foot on a thorn.  Like any other 15 year old boy, he continued playing and later cleaned the small wound caused by the thorn. Soon, the thorn prick was forgotten. A few weeks later, however, he developed an infection around the thorn prick that he again ignored. The infection continued growing and soon developed into sores.