DNDi in Africa
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The problem of substandard and falsified (SF) medical products affects all countries but few regulatory authorities or pharmaceutical companies have policies of publicly releasing data.
As a first step in tracking this global issue, IDDO’s Medicine Quality Research Group, with the MORU Tropical Health Network and supported by a grant from the Wellcome Trust, has today launched a new, free-to-use, online tool, the Medicine Quality Monitoring Globe, (MQM Globe) which maps SF news reports worldwide in real time.
With the recent emergence of COVID-19 late, there has been a growing number of reports of falsified masks, diagnostic tests, medicines and vaccines, and in light of this, there has never been a more urgent need for a shared global tool to track SF medical products.
The MQM Globe maps real-time media reports on the quality of medical products across the world. Its database is continually updated and includes medicines, vaccines, biologics and diagnostics and now has a COVID-19 search function to include reports of COVID-19 related SF medical products, including masks, diagnostic tests, medicines and vaccines. Users can tailor their searches filtering by key words, time-periods, locations and language, with on-screen results available in English, Spanish, Mandarin and French. The search system was developed by HealthMap of Boston Children's Hospital.
Professor Paul Newton, who leads the Research Group, said: “The Medicine Quality Monitoring Globe will prove a valuable resource to the many individuals, researchers and public health organisations working in this area. For the first time, users can freely access global reports of substandard and falsified medical products in one place to track what may be happening in their communities, their country and around the world. There are a growing number of reports of falsified masks, diagnostic tests, medicines and vaccines for COVID-19 infection and we fear that these will continue to increase.”
Dr Céline Caillet, Group Coordinator commented: “Assessing the scale of the problem globally with new tools like the Medicine Quality Monitoring Globe is a key first step. Little research has been done in this area and there is an urgent need for wider, multidisciplinary research to build the evidence base globally for informing interventions and policy to ensure that we all have access to good quality medical products.”
About the Medicine Quality Monitoring Globe
The MQM Globe holds data from July 2018 and tracks:
Poor quality medical products jeopardise national, regional and global attempts to improve access to effective health care because they lead to avoidable morbidity and mortality, waste financial resources, and contribute to drug resistance. The World Health Organization estimates that in low and middle-income countries, around 10% of medicines are of poor quality. However, the true extent of the problem is still unknown. There are important caveats when interpreting these data as the news reports in the Medicines Quality Monitoring Globe usually will not have scientific confirmation. Therefore, please interpret the information in the Globe with caution – they are warnings of problems that may need further investigation.
Substandard medical products result from errors, corruption, negligence, or poor practice in manufacturing, procurement, regulation, transportation, or storage. In contrast, falsified products result from criminal fraud. Although they have been traded for many centuries, in the last few decades the problem has grown due to the increased complexity of the global pharmaceutical economy and internet sales.
Find out more about the Medicine Quality Research Group’s work here.
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IDDO is collaborating globally with many partners to collate data and deliver evidence to address knowledge gaps and accelerate treatments for visceral leishmaniasis (VL). Map points are approximate, please click for detail.
Email info@iddo.org if you would like to know more about collaborating with the VL platform, or if your organisation is not acknowledged on the map.
Researchers from low and middle-income countries who work in neglected tropical diseases (NTDs) are invited to apply for a fellowship starting this autumn.
The programme is led by Bio Ventures for Global Health and the World Intellectual Property Organization (WIPO), a global consortium that accelerates research and development for malaria, tuberculosis, and NTDs through research collaborations; and the Government of Australia.
They are looking for laboratory scientists who currently lead, or are part of, a research program in their institutes or universities and have a strong interest in developing additional skills in the areas of diagnostic, vaccine, or drug discovery research and development for malaria, tuberculosis, and NTDs.
Research sabbaticals will range from three to six months, and start in September. Sabbaticals will focus on product development of vaccines, diagnostics and drugs for NTDs, malaria, and tuberculosis research.
Funding will cover fellows’ visa applications, flights, and a living allowance. The deadline is March 29, and enquiries and completed applications should be emailed to Joseph Hargan-Calvopiña at jhargan@bvgh.org
Simon Croft, Professor of Parasitology at the London School of Hygiene and Tropical Medicine, has been involved in visceral leishmaniasis research for 38 years. Prof Croft has been instrumental in setting up the IDDO’s visceral leishmaniasis data platform, including serving as the Chair of its Scientific Advisory Committee for two years and delivering the platform’s Research Agenda with the VL research community. Here he tells us about his career, development of the platform, and why it will be crucial for future research in visceral leishmaniasis.
Tell us about your career and research in visceral leishmaniasis
I have had a long career with visceral leishmaniasis (VL), I first started working on discovery and development of new drugs for VL in 1981. During that time, I have worked at the London School of Hygiene and Tropical Medicine, as well as the Wellcome Foundation in the UK. I was also the first Research and Development Director of DNDi, the Drugs for Neglected Diseases Initiative. Throughout that time, I have had a strong interest and commitment to bring new treatments to patients. I have been successful in some ways – I was part of the teams that discovered and developed miltefosine and liposomal amphotericin B. It has been very interesting to see how they have been used, and sometimes misused, in the treatment of this disease.
What led to your involvement in the IDDO’s VL platform?
I started talking with IDDO’s Director Philippe Guérin, about three years ago on the idea of having a proper archive for all the clinical studies that have been done on VL. I have a good understanding of the types of VL clinical studies that have been conducted over the years across Europe, South and Central America, East Africa and in the Indian sub-continent.
What are your reflections on the value of the IDDO VL data-sharing model?
In terms of data management, I think the collection and archiving of the data is essential due to the range of clinical studies that have been conducted worldwide. The studies have not actually been properly compared in terms of their outcomes, the standard drugs that are being used to compare with, and the types of populations – whether they have been adults, or children. The studies have also looked at all the different forms of visceral leishmaniasis including cutaneous leishmaniasis, post Kala-azar dermal leishmaniasis and HIV and visceral leishmaniasis. It is only through collecting all the data together that the ability of the community to analyse and make meaningful inferences about the data will be possible.
On the ethical front, for me this is linked to governance. Governance is about inclusion of all stakeholders. IDDO has centrally addressed this by including members on its scientific advisory committee from all the different endemic areas. There is also a strong imperative to ensure that all the studies are archived to the best possible ethical values.
What are your thoughts on what the VL platform has achieved so far?
I think the first achievement has been the development of a research agenda, which sets out the priorities of what can be collected from these archives, what can be analysed, what outcomes can be achieved through the analysis, and most importantly how the analysis can be used to improve further clinical studies and identify where the big gaps are in our knowledge.
I think the inclusion of members of the advisory committee and also stakeholders in the development of this research agenda has been essential to building up the research community and ensuring they are invested and engaged in the purpose and outcomes of the data platform.
What do you think the future benefits will be of the VL data platform and how can it serve the wider community?
The most important, immediate issue is that for the first time in history there are six candidate drugs coming through the pipeline, three from DNDi, one from Novartis, and two from a GlaxoSmithKline/University of Dundee partnership. As these are new drugs they can hopefully be oral, be safer than previous drugs and it is essential that a platform and archiving system is already prepared so the data from these new drugs can immediately be used to compare the responses of patients, in the different regions, against the different forms of visceral leishmaniasis to the present drugs.
The second issue is that we know people in the future will want to publish in high impact journals. For this there has to be a record of where the data is archived. This will enable clinicians to have a direct archiving and numbering facility which they can refer to in their publications.
Early-career researchers and global health professionals can apply for grants to undertake work in the field of tropical medicine.
The Royal Society of Tropical Medicine & Hygiene, RSTMH, welcome application for grants of up to £5,000 for clinical or scientific research or fieldwork.
Priority will be given to work in the following areas:
Applications close on 15 April 2020. For more information view here.
IDDO has just launched its first newsletter to update our scientific communities across our growing, data re-use collaborations. Sign-up to receive it.
It has been a busy three years since our 2016 launch. IDDO’s expertise evolved from its experience as the WorldWide Antimalarial Resistance Network (WWARN) – a scientifically independent collaboration, generating new evidence on poverty-related infectious diseases (PRIDs) through data re-use. WWARN has spent a decade producing policy-changing research to optimise and tailor treatment recommendations for patients through the aggregation and analysis of global malaria data.
Malaria data from over 180,000 patients from more than 600 databases has been collated, standardised and made available for re-use by researchers in the field. WWARN’s approach has been adapted as IDDO to address key knowledge gaps and accelerate the development of more effective therapeutic interventions for the more than one billion people around the world affected by PRIDs.
IDDO focuses on diseases targeted in the WHO list of neglected tropical diseases and priority pathogens with epidemic and pandemic potential. Despite ongoing work in the field, too many of the current treatments for PRIDs remain inadequate and still rely on one-size-fits-all regimens developed decades ago.
IDDO’s work supports the delivery of several of the United Nations Sustainable Development Goals (SDGs) (see image) and alongside malaria, it now has global collaborations in visceral leishmaniasis (VL), Ebola, medicine quality, Chagas, schistosomiasis and soil-transmitted helminthiases (STHs), with many others in the pipeline. Ebola is currently evolving into an emerging infections platform which integrates data across outbreaks of pathogens which pose an epidemic risk.
The success of IDDO’s work hinges on strong partnerships and together with the Drugs for Neglected Diseases Initiative (DNDi), we aim to accelerate the drug discovery pathway by ensuring that all future scientific work across Chagas disease and VL is founded on the most complete aggregation of the existing evidence.
IDDO also works in partnership with TDR (the Special Programme for Research and Training in Tropical Diseases) on research capacity building in low-resource settings and the development of best practice in data sharing governance. TDR has been instrumental in the development of the schistosomiasis and STHs platforms and in the chairmanship of the IDDO and Ebola Data Access Committees.
IDDO works with wider research communities globally to identify and prioritise research questions, and provides tools and resources that improve the design and quality of clinical studies. Proposals to launch new research collaborations are a community-driven process with scoping currently taking place for scrub typhus and melioidosis. Our partnership approach develops research capacity in low- and middle-income countries. This ensures that expert communities continue to grow where the diseases are prevalent and that they can both contribute and gain immediate benefit from global research efforts.
We hope you enjoy finding out how far we have come in our first newsletter and if you would like to know more, get in touch with us at info@iddo.org
Applications have opened for PhD candidates from low and middle income Commonwealth countries to spend a year at a UK university.
Under the Commonwealth Split-site Scholarship, PhD candidates will spend up to 12 months at a UK university as part of their doctoral studies in their home country, to start in October 2020.
Aimed at supporting study in the UK, the scheme is funded by the UK Department for International Development (DFID) to enable talented and motivated individuals to gain the knowledge and skills required for sustainable development.
Scholarships are available under six themes:
The closing date for applications is November 6, 2019. For more information view here.
As a Data Manager Yurika’s main focus is on the management and transformation of the diverse data sets that are submitted to IDDO.
The data team transform, clean and analyse clinical, epidemiological, molecular and pharmacology data to ensure completeness and accuracy of data in the IDDO data repository.