Bacteria which were previously susceptible to antibiotic treatment have evolved to develop resistance to commonly used antibiotics, rendering them ineffective to combat infection.
Now there are fewer antibiotics available to treat patients with certain infections.
Hence, there is a global drive not only to discover new antibiotics to combat these bacteria but also to develop new types of diagnostics that can help diagnose infection at the point of care.
In 2013, a total of 27 million prescriptions for antibiotics were given to patients in the UK when only 13 million were needed; and this doesn鈥檛 take into account the ease with which antibiotics can be purchased over the counter in certain countries and their use in agriculture globally. This overuse and misuse is contributing to the problem.
鈥淚鈥檓 currently focusing the first iterations of my detection device on antibiotic resistant urinary tract pathogen鈥疎. coli as, in the UK, one in four people are infected with it. Being able to detect it will enable a doctor to prescribe a relevant antibiotic or another course of treatment, rather than giving something that won鈥檛 work."
In 2018 Dr Joshi received the 'Jewel of India' award from the Indian Government in recognition of her international impact in the field of molecular microbiology.
Known as Hind Rattan, the 鈥楯ewel of India鈥, the award is given to non-resident Indians (NRI) who have made a significant contribution to their country of birth and simultaneously 鈥榟eld the Flag of India high.鈥
I鈥檓 incredibly proud to have received the honour and hope that by 鈥榝lying the flag鈥 in the UK and India, I can help to develop research collaborations between the countries. Antimicrobial resistance is a worldwide problem 鈥 by 2050, it鈥檚 predicted that 10 million people will die from it, so the more we can do to raise awareness and find ways of combatting the problem, the more we鈥檒l be helping people around the globe.
Dr Joshi appeared in a BBC programme exploring the growing problem of antibiotic resistance, , fronted by Angela Rippon, revealing how a growing number of bacterial diseases are becoming resistant to the antibiotics currently in use. By 2050, antimicrobial resistant infections could kill more people than cancer and diabetes combined.
鈥淎ntibiotic resistance is a massive problem that affects all of us, and I think it鈥檚 brilliant that the BBC and Angela Rippon are showcasing this in a prime time show. It was really good to be involved and help push the message that antibiotic resistance is a problem for everyone to tackle.鈥
