3_lutteFranceAntibio
π Health and biotech
How to overcome the growing antibiotic resistance problem

Key data: the antimicrobial resistance crisis 

with Agnès Vernet, Science journalist
On June 16th, 2022 |
2min reading time
Agnès Vernet
Agnès Vernet
Science journalist
Key takeaways
  • To avoid a health catastrophe, we not only need to find new antimicrobial solutions but also reduce unnecessary use of treatments.
  • In particular, the ECDC has published a recent infographic showing the evolution of antibiotic resistance in different bacteria.
  • This antibiotic resistance is also a veterinary problem because the use of antibiotics in livestock is one of the drivers.
  • 252 antibiotic agents targeting priority pathogens are in preclinical phase. Only a small proportion of these molecules that will prove safe and effective in human health, and will not be available for a decade.

It is clear that to avoid a health cata­strophe, we must not only find new anti­mi­cro­bi­al solu­tions but also reduce the unne­ces­sary use of treat­ments; both com­ple­ment­ary and vital solu­tions, accord­ing to the experts. And yet, when we look at the fig­ures, the efforts are not yet highly noticeable.

Use may still be on the rise

Glob­al con­sump­tion of anti­bi­ot­ics in hos­pit­als between 2019 and 2020 accord­ing to Santé pub­lique France rose by +2.1%. Even though, at the same time, con­sump­tion in towns and cit­ies has decreased, largely due to the reduc­tion in care caused by Cov­id lockdowns.

DDJ/1000 JH = Num­ber of daily doses per 1,000 hos­pit­al days.
DDJ/1000H/J = Num­ber of daily doses per 1,000 inhab­it­ants per day.
Sources: Santé pub­lique France, report in the hos­pit­al sec­tor and in the com­munity sec­tor.

Data from the European Centre for Dis­ease Sur­veil­lance (ECDC) show that even in Europe, res­ist­ance to treat­ment is present. For Kleb­si­ella pneu­mo­ni­ae, most strains cir­cu­lat­ing on our con­tin­ent are res­ist­ant to car­bapenems, a widely used class of anti­bi­ot­ics. This trend is still on the rise des­pite the efforts of expert centres. On the oth­er hand, met­icil­lin-res­ist­ant Sta­phyl­o­coc­cus aure­us is becom­ing less fre­quent. Pro­gress is there­fore possible.

And this trend is not lim­ited to com­mon anti­bi­ot­ics. This inter­act­ive infograph­ic from the ECDC shows the growth of res­ist­ance against anti­bi­ot­ics of choice.

© ECDC

Agriculture is part of the problem

A human health issue, but also a veter­in­ary health issue. The use of anti­bi­ot­ics in live­stock is one of the driv­ing forces behind the devel­op­ment of anti­mi­cro­bi­al res­ist­ance. Although highly con­trolled in European farms, they are still gen­er­ously admin­istered to live­stock in oth­er regions. In the United States, this prac­tice that pro­motes the growth of anim­als remains author­ised but lim­ited since 2017 to anti­bi­ot­ics that are not import­ant for human health. But they remain appro­pri­ate for treat­ment and even remain the main­stay of the veter­in­ary pharmacopoeia. 

Solutions that are difficult to come by

50 new anti­bi­ot­ics are in devel­op­ment accord­ing to the WHO. 32 tar­get patho­gens con­sidered to be a pri­or­ity for human health, but the transna­tion­al med­ic­al author­ity recog­nises their lim­ited bene­fit com­pared to exist­ing molecules. Only two of them act on multi-drug res­ist­ant Gram-neg­at­ive bac­teria, strains whose health con­sequences are grow­ing rapidly. 

Most of these drug can­did­ates are still in the early stages of eval­u­ation and 252 anti­bi­ot­ic agents tar­get­ing pri­or­ity patho­gens are in pre-clin­ic­al phase. The small pro­por­tion of these molecules that will prove safe and effect­ive in human health will not be avail­able for anoth­er decade.

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