July 10, 2019
A study by the Kasturba Medical College and tertiary care hospital said to be first of its kind from Karnataka has found that Helicobacter pylori, a bacterium that resides in the human stomach and causes ulcers, gastritis and stomach cancers, has gained resistance to three commonly used antibiotics – metronidazole, levofloxacin and clarithromycin that the drugs may not be able to provide relief anymore.
L-R: Dr. Mamatha Ballal (Team Lead); Dr. Ganesh C Pai, Gastroenterologist; Dr. Ramachandra Lingadakai, Surgeon; Dr. Shiran Shetty, Gastroenterologist; Dr. Vignesh Shetty, Post-doctoral fellow; Dr. Alfred Chin Yen Tay, Research fellow; Mr. Binit Lamichhane, Research Assistant; Dr. Eng Guan Chua, Research Associate
This important finding was the result of the joint collaboration of KMC, MAHE Scientists and Scientists from Marshall Centre, The University of Western Australia. The KMC Scientists were: Dr. Mamatha Ballal (Team Lead), Dr. Vignesh Shetty, Dr. Ganesh Pai, Dr. Ramachandra L, Dr. Shiran Shetty and the UWA Scientists: Dr. Alfred Tay, Dr. Eng Guan Chua, Mr. Binit Lamichhane.
The study was aimed to gain insight on the prevalence and mechanism of drug resistance in Helicobacter linked diseases so as to help develop strategies with more rational antibiotic combinations for treatment. This will also help implement precise therapy and thus prevent recurrence of the infections.
Speaking on the occasion Dr. Pragna Rao, Dean, KMC, “The KMC team was a truly interdisciplinary team which put together expertise across disciplines to reach this findings. Dr. Vignesh Shetty trained with a Nobel Laureate, Professor Barry Marshall. Using highly advanced methods and skills, what could have remained as a lab bench technique has been brought to the bedside for better patient care.”
This study can act as a strong foundation to progress in national epidemiological surveillance which will be beneficial in evidence-based treatment and also as a managerial follow-up of eradication of Helicobacter if the first line treatment fails. The working group at KMC in future plans to come out with a rapid kit for detection of drug resistance in bacteria, which would help clinicians to modulate treatment regimen.