1 / Entomics Ltd / Mr.MihaPipan / Industry / Identify, extract and characterise AMPs from BSF larvae.
/ Livestock*
2 / Kew Gardens / Prof. Monique Simmonds / Academic / Using combinations of plant & fungi extracts used in TCM as feed supplement or drug. / Livestock
3 / University of Glasgow / Prof.Huabing Yin / Academic / Early detection of AMR in single cells. / Human
4 / University of Cardiff / Prof. Timothy Rutland Walsh / Academic / Mathematical models -Screening Chinese E. coli, Salmonella & campy against TCM suspensions. Determine effectiveness in limiting AMR emergence & spread / Livestock
5 / Antimicrobial Discovery Solutions Ltd / Prof.Christopher Gerard Dowson / Industry / Novel reagents,enabling first in class, recently validated novel assays for well validated targets that will mitigate against the emergence of future antibiotic resistance / Human
6 / The AMR Centre / Dr. Derek Lindsay / Academic / Their metallo beta-lactamase inhibitor (MBLI) program targets a range of enzymes produced by resistant bacteria to de-activate the most common types of antibiotics, making them ineffective for seriously ill patients with pneumonia, urinary tract infections, intra-abdominal infections, soft tissue infections and sepsis. Screening against Chinese isolates / Human
7 / University of Edinburgh / Prof.Jochen Till Tobias Bachmann / Academic / Label & amplification free Point of care diagnostic for AMR bacteria / Human
8 / Moredun Research Institute / Dr.NunoAlexandre Medeiros Silva / Academic / Screen for potential synergistic effects, multiple combinations of antimicrobials mostly used in veterinary fields among known or novel TCM agents against zoonotic pathogens, MRSA, ESBL/carbapenemase-producing Enterobacteriaceae and S. suis / Livestock
9 / CIELivestock / Dr. Casey Jack Woodward / Industry / Novel feed additives as alternatives to Antibiotics & Improved diagnostics for AMR. Scope 3 & 5 / Livestock
10 / LIGBiowise Ltd / Dr. James QJ Zhang / Industry / Portable molecular biology assay for respiratory infections / Human
11 / University of Liverpool / Dr.Weiqian Hong / Academic / PKPD simulation methods for efficacy of existing and new antibiotic combinations or hybrids against resistant bacteria / Human
12 / DemurisLtd / Dr. Nick Allenby / Industry / Identifying new and novel bacteria from locations across China using innovative culture dependent isolation techniques; to identify novel AB compounds. / Human*
13 / University of East Anglia / Prof.ArasuGanesan / Academic / Using epigenetic inhibitors to turn on metabolite production in already known microbes / Human*
14 / Neem Biotech Ltd / Dr. Laura Maria EspinaCadena / Industry / Identify unculturable organisms with alternative survival mechanisms. Identify new compound classes / Human
15 / Anasyst Ltd / Dr.Zulfiqur Ali / Industry / CEAS Point of care tool for diagnosis of bacterial RTI vs. Viral or self-limiting bacterial / Human
16 / GamaHealthcare Ltd / Dr.DharmitMistry / Industry / Delivery mechanism for oxidative biocides. / Human
17 / Queen Mary University of London / Dr. Helena Paula de Sousa Sepulveda Azevedo / Academic / Improving pharmacokinetics of polymixins using nanocarriers for controlled delivery / Livestock*
18 / Queen's University Belfast / Dr. Chen Situ / Academic / Development of phytobiotics (phytochemicals as antibiotic), derived from TCM, that can be used in agricultural livestock / Livestock
19 / University of Leeds / Prof. Steven Allan Banwart / Academic / Various projects - Livestock / Livestock
20 / University of Durham / Dr.KarreraYaniBorthwick / Academic
* It has the potential to be applied to both human and animal health