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To celebrate Valentine’s Day, GHTC staff embraced our health policy wonkiness by participating in the time-honored beltway tradition: #HealthPolicyValentines. For those who are unfamiliar, this tradition started in 2012 when a former staffer and Twitter aficionado at the US Department of Health and Human Services, Emma Sandoe, became inspired to “tweet one ‘health policy valentine’ every day until Valentine’s Day.” Other health policy experts soon joined in with their own poems and puns related to health care, and an annual tradition was born. Now every February, health policy wonks tweet out their most creative #HealthPolicyValentines. This year, GHTC staff joined in on the fun to share our passion for global health research and development (R&D). Here are our favorites:  Roses are red 🌹 Congress is divided ➗ But if it could deliver strong health R&D funding 💪💰 I’d be delighted 👍#HealthPolicyValentines— Marissa Chmiola (@MarissaChmiola) February 12, 2024 Roses are red Noma’s a place in DC But it was also recognized by @WHO As the latest NTD#HealthPolicyValentines #BeatNTDs— Marissa Chmiola (@MarissaChmiola) February 12, 2024 Roses are red 🌹 CRs are now “laddered” 🪜 Giving more headaches to health wonks 😣Whose brains already feel scattered 🤯#HealthPolicyValentines— Marissa Chmiola (@MarissaChmiola) February 12, 2024 Mosquitoes are spreading Into regions anew #Malaria is not only a threat in Africa It’s hit Maryland too.#HealthPolicyValentines — Philip Kenol (@Phil_kenol88) February 13, 2024 Penicillin was Sir Fleming’s great findThe field of medicine redefinedSo Fleming won a Nobel and changed historyBut the threat of #AMR is now no mysteryWe need new drugs, tests, & vaccines designedA historic poem from our colleague Anum Adrees! #HealthPolicyValentines 🧫💌— GHTC (@GHTCoalition) February 13, 2024 @USAID’s health R&D has saved millionsThat is a fact!But to supercharge it’s workCongress must pass the SIGHT Act#HealthPolicyValentines— Alex Long (@W_AlexLong) February 14, 2024 Roses are redValentine’s Day is blahI don’t get why CongressCan’t just authorize #PAHPA#HealthPolicyValentines— Alex Long (@W_AlexLong) February 14, 2024 From GHTC staff Anum: Valentine’s is in FebruaryMarch is the month afterRemember March 2020?Yeah, that was a disasterOf pandemic threats we should be warySay the disease forecastersSo let’s get pandemic-readyAnd develop those vaccines faster!#HealthPolicyValentines 💝— GHTC (@GHTCoalition) February 14, 2024 The times we live in are rather scaryBut today, we feel quite contraryWe love these #HealthPolicyValentinesThey give us hope that through our work, we can save lives!One last poem from our colleague Hannah! 💌💝— GHTC (@GHTCoalition) February 14, 2024

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. Two new reports from the AMR Industry Alliance, a coalition of companies and trade unions in industries working to combat antimicrobial resistance (AMR), highlight both progress and setbacks in the field of antimicrobial resistance research and antibiotic development, as the threat of AMR rises globally. A survey of members demonstrated positive findings, including many industry members having implemented measures to support antimicrobial stewardship and efforts to increase antibiotic access in lower-resource countries, as well as having invested in AMR-relevant R&D. On the other hand, there has been a decline in AMR researchers over the last few decades, leading to less published research on AMR and fewer patents on new antibiotics, the decline particularly acute when compared to cancer and HIV/AIDS. The findings highlight the need for government and private sector incentives to provide adequate funding and investment for AMR research and novel antibiotic development, as well as for efforts to introduce young scientists to the field.The Combating Antibiotic-Resistant Bacteria Biopharmaceutical Accelerator (CARB-X) recently announced $1.8 million in funding to biotechnology company Visby Medical to develop a portable rapid diagnostic test that detects Neisseria gonorrhoeae, the pathogen that causes gonorrhea, as well as its susceptibility to ciprofloxacin, an oral antibiotic that was formerly a go-to treatment, which can no longer treat resistant forms of the pathogen. The test would allow health care providers to rapidly test and refer patients to the right treatment while hopefully ensuring that ceftriaxone, the only remaining effective antibiotic against resistant N. gonorrhea, is properly managed. The funding will also support the development of a test for N. gonorrhoeae, Chlamydia trachomatis, and Trichomonas vaginalis in men based on urine samples.The Coalition for Epidemic Preparedness Innovations (CEPI) will provide up to $2 million in funding to German biotech company LenioBio GmbH for a preclinical proof-of-concept for using its commercially available, plant-based, and cell-free technology to produce proteins for use in clinical trials testing vaccines against epidemic and pandemic threats in 20 to 40 days. If proven successful, this approach could greatly reduce the time it traditionally takes to manufacture vaccine proteins using other methods, which would be a major boon to CEPI’s 100 Days Mission to develop vaccines against novel pathogens with pandemic potential within 100 days of identification. The easy-to-use technology could also be rolled out for use in remote or low-resource settings, allowing greater availability of and access to future vaccines in those 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. Last Wednesday, the World Health Organization and the Medicines Patent Pool announced a new nonexclusive license agreement with SD Biosensor for the firm’s rapid diagnostic testing technology, which, through a phased technology transfer plan, will allow sublicensees to manufacture the technology, with additional benefits for the broader effort of manufacturing capacity-building in low- and middle-income countries. The agreement was negotiated under the COVID-19 Technology Access Pool (C-TAP), which was launched at the beginning of the COVID-19 pandemic, but it includes a broad range of diseases, including HIV, malaria, and syphilis. The rapid testing technology is the basis of SD Biosensor’s COVID-19 antigen test and is ideal for low- and middle-income countries because it has no equipment requirements and is easy to use with high sensitivity. The announcement also coincided with the unveiling of a new business model, the Health Technology Access Pool, which will succeed C-TAP and address other priority health issues beyond COVID-19.A new project—FLAVIVACCINE—from a diverse consortium of partners aims to increase the European Union’s ability to combat epidemic and viral threats in Europe and globally by supporting the development of a pan-flavivirus vaccine candidate that could protect against multiple flaviviruses, such as dengue, yellow fever, Zika, and West Nile. Beyond seeking a vaccine candidate, the project also aims to provide support across the R&D value chain, offering a boost to the broader global pandemic preparedness and response capability. The project is being organized by public and private institutions, including universities, research institutions, and a vaccine developer, spanning seven countries in Europe and the United States.A new grant to the Drugs for Neglected Diseases initiative (DNDi) from the Bill & Melinda Gates Foundation will support the development of innovative new drugs for sleeping sickness and river blindness. Specifically, the $20 million grant spanning until 2027 will support a single-dose cure for sleeping sickness and a short-course new treatment for river blindness, both diseases with a major footprint in sub-Saharan Africa and for which new tools are urgently needed to accelerate progress toward elimination, despite enormous progress in controlling them in recent years. These investments build on earlier-stage research also supported by the Gates Foundation.