2020 AMR Benchmark: Signs of progress against the superbugs, but not yet at the scale needed

The 2020 Antimicrobial Resistance Benchmark, published today, finds that more companies are moving to discourage the overselling of their antibiotics and antifungal medicines to doctors and other healthcare professionals. Most companies have a strategy to prevent antibacterial residue being released in factory wastewaters. Furthermore, pharmaceutical companies are sharing more data on where drug resistance is emerging.

Compared to 2018, the pipeline for priority bacterial and fungal infections remains small, with only 51 candidates in late-stage clinical development. Only a handful more clinical-stage antibiotics are supported by plans to ensure they are available and used wisely soon after launch. Plus, antibiotics are not being made widely available in low- and middle-income countries through registration filings or supply strategies.

said Jayasree Iyer, Executive Director of the Access to Medicine Foundation, which publishes the Antimicrobial Resistance (AMR) Benchmark. 

The AMR Benchmark is an independent report that is published every two years, comparing how a cross-section of the pharmaceutical industry is responding to the threat from drug-resistant infections. It measures 30 companies with a major stake in the anti-infectives market, including multinational pharmaceutical companies, biotechnology firms and manufacturers of generic medicines. These are among the last companies to remain committed to developing and producing these products. They have more than 1,500 antibacterial or antifungal medicines or vaccines on the market and account for almost 40% of antibiotics in development.

The low profitability of antibiotics is leaving the world precariously reliant on just a handful of pharmaceutical companies to develop and manufacture them. Since the 2018 AMR Benchmark, two more companies – Novartis and Sanofi – have retreated from new antibiotics R&D, while two further companies – Achaogen and Melinta – have filed for bankruptcy.

The most recent statistics show the scale of the problem. Antibiotic and antifungal resistance is estimated to kill 35,900 people in the US alone each year. In the EU/EEA, resistance accounts for at least 17% of infections, and AMR is responsible for 33,000 deaths each year. In India, resistance exceeds 70% for many widespread bacteria.

What is less well known is that more people today die from a lack of access to medicine than from drug-resistance. This means improving access to medicines that still work is even more essential, while prudent use is essential for ensuring medicines keep working for as long as possible.

Three companies are identified as leaders in 2020 – GSK, Entasis and Cipla – which are followed closely by a few strong performers. GSK has the biggest pipeline and is developing the bulk of new vaccines. However, it has regressed in some areas since 2018, while others have improved. Pfizer, for example, now leads in terms of stewardship, and is the first pharmaceutical company to publicly share its raw surveillance data. Johnson & Johnson performs strongly for the second year, largely for its actions to improve access to treatment for tuberculosis (TB).

Entasis focuses its R&D exclusively on bacteria in the highest threat category, including , which can cause severe drug-resistant infections such as pneumonia, septicaemia and meningitis. Cipla is one of three companies in 2020 to fully decouple its sales agents' bonuses from sales volumes, a significant step in mitigating against overselling.

Manufacturers of generic medicines are starting to get involved in innovation and access. Mylan has licensed TB treatment delamanid from Otsuka for South Africa, India and other high-burden countries; Cipla bought the antibiotic plazomicin from Achaogen; and Teva reports strategies for pricing and to ensure supply.

Meanwhile, financial support for antibacterial R&D has brought smaller R&D-focused enterprises and biotechs into the field. These companies have some of the most innovative medicines in development, such as ridinilazole from Summit, which targets . However, such companies can normally only take on the earlier stages of development and lack of investment to progress the candidates has meant that projects are stalling and not getting to the market.

says Iyer.

• Antibiotics are not being made widely available in low- and middle-income countries through registration filings or supply strategies: only three of the 13 on-patent antibiotics in this analysis are filed for sales registration in more than 10 of the 102 countries where better access is urgently needed; and when it comes to older, but still useful, antibiotics, companies are supplying just 14 of 30 so-called “forgotten” antibiotics to low-income countries.

• 10 companies are either decoupling bonuses from sales volumes or refraining from deploying sales agents for antimicrobials. This compares with five companies in 2018. One company (Teva) sets a new best practice by not having a sales force to promote any of its antibacterial or antifungal medicines. By decoupling bonuses from sales volumes, or not using sales staff, companies mitigate against overselling antibiotics and driving resistance.

• A new standard has also been set when it comes to companies sharing what they know about the spread of resistance, with Pfizer becoming the first to share raw data from a surveillance programme in an open-access online register. Hospitals and governments need to know where resistance is developing so they can adapt treatment guidelines.

• Since 2018, a few more clinical-stage antibiotics are supported by plans to ensure better access and good stewardship soon after launch: eight candidates out of 32, compared with two out of 28 in 2018 (25% up from 7%). However, the development of such plans remains patchy. Planning ahead while R&D projects are in clinical development accelerates access and stewardship for successful candidates after launch.

• Companies’ environmental risk-management strategies for minimising the impact of their manufacturing processes on resistance are more comprehensive than in 2018. Most companies are now requiring third-party suppliers to meet comparable standards. Releasing manufacturing waste into the environment can contribute to AMR, as bacteria present in water and soil are exposed to antibacterial ingredients, which can trigger the emergence or selection of resistance genes.

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The related data points, graphs and figures in the report are available upon request.

The Access to Medicine Foundation, which publishes the AMR Benchmark, is an independent non-profit organisation based in the Netherlands. It aims to advance access to medicine in low- and middle-income countries by stimulating and guiding the pharmaceutical industry to play a greater role in improving access to medicine. The 2020 AMR Benchmark covers 19 indicators across three areas of measurement: Research & Development; Responsible Manufacturing; and Appropriate Access & Stewardship. The AMR Benchmark methodology is defined through a targeted review of stakeholder expectations of pharma in limiting antimicrobial resistance, with input from international organisations, governments, NGOs, research centres and other initiatives addressing AMR. The AMR Benchmark is funded by UK AID and the Netherlands Ministry of Health, Welfare and Sport.