By
Tricitynews
Chandigarh 19th July:- Former NIPER, Mohali graduate student Dr.
Neetu Dayal, is proud to be part of the team who have identified a new compound
that in preliminary testing has shown itself to be as effective as antibiotics
approved by Food and Drug Administration to treat life-threatening infections
while also appearing to be less susceptible to bacterial resistance. The
identified compound, called F6, has been potent against antibiotic-resistant
pathogens such as methicillin-resistant Staphylococcus aureus (MRSA), which is
often found in hospitals and other healthcare settings, and
vancomycin-resistant Staphylococcus aureus (VRSA), with vancomycin long
considered a drug of last resort. The compound was tested against clinical
isolates, and when tried to force bacterial resistance on F6, no bacterial
resistance found. Antibiotic resistance is a growing public health crisis. The
World Health Organization has deemed antibiotic resistance one of the three
greatest threats to human health because bacteria are becoming increasingly
resistant and too few treatments are being developed. The Centers for Disease
Control and Prevention reports that at least 2 million people a year in the
United States become infected with bacteria resistant to antibiotics and at
least 23,000 people die a year as a result. Studies have estimated that drug-resistant
infections could be responsible for 10 million deaths a year worldwide by 2050.
As a synthetic chemist in the team, her research work broadly includes to
design and synthesize novel molecules as a potential antibacterial and an
anticancer drug candidate. Currently focused on pharmacokinetic properties of
the molecules to improve the bioavailability and to make derivatives of F6 to
see if they might be even more effective. Besides, she is actively engaged in
developing novel molecules as kinase inhibitors.
Dr. Neetu
Dayal received her Ph.D. from the NIPER Mohali in 2016 after completing her
thesis research on palladium-catalyzed convergent synthesis of fused nitrogen
heterocycles in Dr. J. K. Laha’s Lab. She is currently working as a
post-doctoral research associate in Dr. Sintim Lab at the Purdue Univerisity,
West Lafayette, United states.
No comments:
Post a Comment