

Immunethep is developing broad-coverage anti-bacterial immunotherapies targeting a novel virulence mechanism used by different pathogenic bacteria that allows them to cause the infection.
Their most advanced product is the Paragon Novel Vaccine (PNV), the first Vaccine in the world that simultaneously prevents infections from 5 of the most critical bacteria for mankind (S.aureus, S.pneumoniae, K.pneumoniae, E.coli, and S.agalactiae) which greatly reduces the need for antibiotics contributing to reducing Antimicrobial Resistance (AMR).

The funding raised through this campaign will enable Immunethep to speed up the procedures to start the clinical trials of PNV, thus shortening the time for this vaccine to be available in the market.
Antimicrobial Resistance (AMR) is leading to an uncontrolled rise of superbugs. This global threat kills around 1.27 million people annually and is estimated to increase 8-fold by 2050, reaching 10 million yearly deaths. Today AMR costs around $30 billion a year to the EU and USA health systems.
According to the CDC (Center for Disease and Control Prevention), the five bacteria addressed by PNV are responsible for 80% of all life-threatening human infections. The therapies used to fight superbugs are antibiotics (treatment) and vaccines (prevention). The antibiotics are increasingly less effective (four of the bacteria mentioned are highly resistant to antibiotics) and contribute to AMR growth.
Immunethep has successfully concluded the preclinical trials with PNV. The promotor is now looking for funding to test further. A significant part of that funding is already assured with the support of a 2.5 million euro grant awarded to Immunethep by the European Innovation Council.
PNV will become the first ever multiple bacteria vaccine in the world to enter human clinical trials. This has been recently acknowledged by the World Health Organization in its report on Bacterial vaccines in clinical and preclinical development.
Direct
The use of the vaccine in the prevention of these bacterial diseases greatly reduces the need for antibiotics in the treatment, which contributes to reducing Antimicrobial Resistance (AMR).
Indirect



Direct
The use of the vaccine in the prevention of these bacterial diseases greatly reduces the need for antibiotics in the treatment, which contributes to reducing Antimicrobial Resistance (AMR).
Indirect
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