Breakthroughs Blog

Interested in more global health innovation news? Every week GHTC scours media reports worldwide to deliver essential global health R&D news and content to your inbox. Sign up now to receive our weekly R&D News Roundup email. This month, with support from the local government, German biotechnology company BioNtech is opening an mRNA vaccine factory in Rwanda, which is expected to become the first of what the company says will be a decentralized and robust end-to-end mRNA vaccine manufacturing network in Africa that will manufacture novel vaccines for Africans across the continent. The plant is expected to start by producing 50 million vaccines and will increase production based on demand. BioNTech is currently advancing vaccine candidates to address malaria and tuberculosis based on its mRNA vaccine platform.Last week, Population Council announced that South African company Kiara Health will start producing vaginal rings for HIV prevention in the next few years, which could make the innovative tool cheaper and more readily available to women in Africa. The dapivirine ring, which has been authorized by nearly a dozen countries and the World Health Organization, offers women an alternative HIV prevention method that can be taken without anyone else’s knowledge or consent. Population Council owns the rights to the ring, which is currently produced by a Swedish company. About a half million rings have been made available freely in Africa through donor support. Population Council and Kiara estimate that the company will be able to produce double the currently available supply annually.The Coalition for Epidemic Preparedness Innovations (CEPI), the International Vaccine Institute (IVI), and Medical Research Council Unit The Gambia last week announced the launch of the Research Preparedness Program West Africa, which will support a consortium of regional stakeholders to bolster the growing clinical research sector across the region. Specifically, the partners will work toward building up clinical trial capacity to conduct the first-ever large-scale phase 2b and 3 clinical trials of Lassa fever vaccines in the region. The program also aims to improve general preparedness to ensure the capacity to generate high-quality clinical trial data during future outbreaks of other diseases in the region in as little as 100 days.

Earlier this year, the US Agency for International Development (USAID) released its latest legislatively mandated report to Congress on its global health research and development (R&D) programs for fiscal year 2023. The report, which was recently shared with global health stakeholders following an October townhall with USAID Assistant Administrator for Global Health Dr. Atul Gawande, provides detailed information on individual products supported by the agency and key research advances in 2022, as well as budgeted funding for R&D across health areas.Because of USAID’s unique role as a key sponsor of global health product development, the Global Health Technologies Coalition (GHTC) closely tracks these annual reports to catalog the agency’s investments in its research pipeline and technological advances for low-resource settings.What has changed from last year?The most recent report, which comes on the heels of the agency’s new Global Health Research and Development Strategy 2023–2028, shows an increase from fiscal year 2021 (FY21) to fiscal year 2022 (FY22) in both products supported by the agency and budget allocated to advancing new lines of research and partnerships.The repeat details that the agency supported at least 63 individual products via its R&D investments in 2022, up 4 from 2021. Not surprisingly, the agency’s R&D portfolio in 2022 looked similar to 2021 in terms of the core health areas and product types financed.The report also revealed that in 2022, USAID budgeted $214 million in total baseline (non-supplemental) funding for global health R&D projects. This represents an increase of roughly $49 million from 2021, with the lion’s share coming from a plus up via the Global Health Security line for the Coalition for Epidemic Preparedness Innovations (CEPI), from $4 million in FY21 to $55 million in FY22. It is worth noting that in FY21, USAID allocated $50 million in COVID-19 supplemental funding from the American Rescue Plan Act for Global Health Security R&D. Thus, with supplemental funds included, FY21 funding numbers were more on par with FY22. This leads us to speculate that the supplemental increase in FY21 funds laid the groundwork for successfully justifying an increase in FY22 base funding for global health security-related R&D.While the $214 million budgeted for R&D in 2022 represents the highest non-inflation-adjusted baseline funding for R&D ever reported by the agency since 2006 (when R&D spending is viewed as a proportion of total USAID global health spending), the picture that emerges is far less rosy. While proportional spending on R&D rose slightly by 0.4 percent from FY21, bringing it to 5.5 percent—this was still far below the 8 percent peak that the agency spent on R&D in 2006 and unfortunately does not fundamentally shift the trajectory of the years-long decline in proportional R&D spending by the agency.The path aheadWhile GHTC is pleased to see the increase in base funding for global health R&D and R&D spending as a proportion of overall global health funding, as GHTC’s analysis indicates, there are still core gaps in the agency’s R&D investment areas and a need to better resource the global health R&D portfolio after years of decreased proportional investment since 2006. GHTC has been advocating for the creation of a new disease-agnostic fund for global health R&D at USAID, deemed the Supporting Innovative Global Health Technologies (SIGHT) Fund, to direct more dedicated resources to R&D. Earlier this month, we welcomed the first step towards that vision, with the House introduction of the bipartisan SIGHT Act (H.R. 6424), which would establish the programmatic structure at USAID for such a fund to be realized. We look forward to advancing the SIGHT Act, as well as what similar calls for greater investment in global health R&D spending can do for advancing health and well-being in all settings.

Interested in more global health innovation news? Every week GHTC scours media reports worldwide to deliver essential global health R&D news and content to your inbox. Sign up now to receive our weekly R&D News Roundup email. A new phase IV observational study will test whether a novel approach to managing severe malaria, involving interim treatment with rectal artesunate, could address the challenge of treating those with severe cases in isolated rural settings far from a health facility. In the study, patients will be treated with artesunate rectal capsules at the community level and evaluated for clinical outcomes and then will receive follow up treatment with oral artemisinin-based combination therapies once they are well enough to swallow the medicine. The study, led by the newly created Severe Malaria treatment with Rectal artesunate and Arteminisin-based Combination Therapy [in remote settings] (SEMA ReACT) consortium, is intended to generate evidence to inform gaps in guidance on how to approach treatment when it is not feasible to transfer severely ill patients in timely manner to high-level health facilities as current guidance recommends.The results from a new study coordinated by the Drugs for Neglected Diseases initiative (DNDi), the Japanese pharmaceutical company Eisai, and the Mycetoma Research Center in Khartoum found that the oral drug fosravuconazole is up to 85 percent effective in treating the neglected tropical disease mycetoma and has no side effects. Currently, mycetoma is treated with itraconazole, a drug which needs to be taken with food four times a day for a year, has a myriad of side effects, is expensive, and is not available in all endemic countries. In contrast, fosravuconazole, only needs to be taken once a day without food, is inexpensive, and already widely used to treat fungal nail infections—factors that enhance its suitability for widespread use in low-resource settings.The Global Antibiotic Research & Development Partnership (GARDP) has been awarded around $3.07 million from the Research Investment for Global Health Technology Foundation to support an international clinical trial to evaluate three novel antibiotic regimens for neonatal sepsis. This infection affects over 3 million newborns every year, most of whom live in low- and middle-income countries. The trial, run by GARP and partners, is underway in Kenya and South Africa and will expand to more countries next year. The funding will also enable GARDP to collaborate with South Korean Jeil Pharma to explore options to optimize the manufacturing and approval of the novel antibiotics included in the regimens under study to ensure affordable prices and stable supplies of the drugs.

Interested in more global health innovation news? Every week GHTC scours media reports worldwide to deliver essential global health R&D news and content to your inbox. Sign up now to receive our weekly R&D News Roundup email. TB Alliance has launched a new pan-phase 2 clinical trial to evaluate the safety and efficacy of replacing bedaquiline with a new experimental compound, TBAJ-876, in the organization’s three-drug BPaL regimen. The new regimen, composed of novel compounds with minimal pre-existing resistance, could provide a method to treat all patients with active tuberculosis (TB), including drug-sensitive and drug-resistant TB, with a universal treatment that is shorter, simpler, and more people-friendly than current regimens. Results from the preclinical and phase 2 studies showed that TBAJ-876, compared to bedaquiline, eliminated TB bacteria faster and was potentially safer. The study aims to enroll 300 participants with drug-sensitive TB at 21 trial sites in Georgia, the Philippines, South Africa, Tanzania, and Uganda.  Last week, the Bill & Melinda Gates Foundation announced a $23.6 million grant to US-based life science company Micron Biomedical to fund the first-ever mass production of needle-free vaccine technology. The technology, which uses dissolvable microneedles attached to the skin via a patch-like device, has the potential to boost the uptake of a variety of injectables, particularly in low-income countries, because it is simpler to transport and easier to administer. Specifically, the funding will support the development of a manufacturing facility that can make around 10 million doses annually for large clinical trials and hopefully wider use, subject to approval from regulatory authorities.A phase 3 clinical trial in South Africa found that a widely available oral antibiotic, levofloxacin, was safe and substantially reduced the risk of children and adults developing multidrug-resistant tuberculosis (MDR-TB). The trial is the first high-quality study to look at a preventive treatment for MDR-TB in children—there are currently no preventive MDR-TB treatments for adults or children. The researchers hope the new results will lead to updated guidelines from the World Health Organization that will lead to the rapid scale-up of levofloxacin because the drug is already widely available and relatively affordable, with child-friendly formulations already available through procurement agencies.