Black Pepper May Hold the Key for Corona Fighting Drug

Black Pepper May Hold the Key for Corona Fighting Drug

  • Research Stash
  • News
  • 1.4K

A team of Indian scientists has identified black pepper, the everyday kitchen spice, as a possible candidate for developing a drug against the Coronavirus.

A computational study conducted by the researchers from the Department of Physics at the Indian Institute of Technology (Indian School of Mines), Dhanbad has found that Piperine found in black pepper, can bind and inhibit the SARS-Cov-2 virus that causes the disease.

Explaining their work, the leader of the team, Prof. Umakanta Tripathy, said that Coronavirus, like any other virus, uses the proteins on its surface to enter into the cells of the human body. He and his team looked for natural compounds that could bind to these proteins and stop the virus from entering human cells. They used computer-based cutting-edge techniques such as molecular docking and molecular dynamics simulation to hunt for potential inhibitors.

They selected 30 molecules present in common kitchen spices and explored their role as a therapeutic agent. Out of these, Piperine, an alkaloid presents in pepper and responsible for its pungency, emerged as a strong forbidder of the virus proteins.

Speaking to India Science Wire, Prof. Tripathy said, “Our results look very promising. The study is no doubt, purely computational, and requires testing in laboratories for further confirmation. However, it is still an important lead.”

The molecule is now being tested experimentally in a laboratory in collaboration with Dr. Ashok Kumar Patra, Director, Biologics Development, IMGENEX India Pvt. Ltd., an Odisha based Biotech Company.

Computer-based studies are often considered as the first step before these get tested in laboratories and undergo subsequent trials if found efficient. If the experiments prove successful, it will be a game-changer particularly since pepper is a natural product, and there may not be side effects that are normally associated with chemical-based drugs.

The study team included Prof. Tripathy’s Ph.D. students – Mr. Janmejaya Rout and Mr. Bikash Chandra Swain. They published a report on their work in the Journal of Biomolecular Structure and Dynamics titled “In silico investigation of spice molecules as a potent inhibitor of SARS-CoV-2”.

The Covid-19 pandemic has already claimed 1 lakh lives in India and over a million worldwide. There are concerted efforts by scientists worldwide to develop therapeutic drugs to cure those who are infected by the SARS-CoV-2 virus. Several vaccine candidates are also under trial in different parts of the world, including in India. (ISW)

If you liked this article, then please subscribe to our YouTube Channel for the latest Science & Tech news. You can also find us on Twitter & Facebook

They selected 30 molecules present in common kitchen spices and explored their role as a therapeutic agent. Out of these, Piperine, an alkaloid presents in pepper and responsible for its pungency, emerged as a strong forbidder of the virus proteins.

Speaking to India Science Wire, Prof. Tripathy said, “Our results look very promising. The study is no doubt, purely computational, and requires testing in laboratories for further confirmation. However, it is still an important lead.”

The molecule is now being tested experimentally in a laboratory in collaboration with Dr. Ashok Kumar Patra, Director, Biologics Development, IMGENEX India Pvt. Ltd., an Odisha based Biotech Company.

Computer-based studies are often considered as the first step before these get tested in laboratories and undergo subsequent trials if found efficient. If the experiments prove successful, it will be a game-changer particularly since pepper is a natural product, and there may not be side effects that are normally associated with chemical-based drugs.

The study team included Prof. Tripathy’s Ph.D. students – Mr. Janmejaya Rout and Mr. Bikash Chandra Swain. They published a report on their work in the Journal of Biomolecular Structure and Dynamics titled “In silico investigation of spice molecules as a potent inhibitor of SARS-CoV-2”.

The Covid-19 pandemic has already claimed 1 lakh lives in India and over a million worldwide. There are concerted efforts by scientists worldwide to develop therapeutic drugs to cure those who are infected by the SARS-CoV-2 virus. Several vaccine candidates are also under trial in different parts of the world, including in India. (ISW)

If you liked this article, then please subscribe to our YouTube Channel for the latest Science & Tech news. You can also find us on Twitter & Facebook

" }
Study Provides Insights into Thermal Mechanisms of Droplet Type Cooling for Microchips

Study Provides Insights into Thermal Mechanisms of Droplet Type Cooling for Microchips

Researchers from the Indian Institutes of Technology at Madras and Roorkee, along with a scientist from the Indian Institute of Scientific Education and Research, Trivandrum, have now provided preliminary insights that water droplets transport heat absorbed from microchip surfaces by generating nano-range hydrothermal waves.

  • News
  • 3.5K
Read more
More Nitrogen May Help Offset Effect Of Climate Change On Wheat

More Nitrogen May Help Offset Effect Of Climate Change On Wheat

Scientists at the Indian Institute of Technology- Kharagpur explored the possibility of nutrient management as a way to sustain wheat productivity even at higher concentrations of carbon dioxide

  • News
  • 2.1K
Read more

Self-driving bus set for testing in Taipei

A self-driving bus will be put through its paces Aug. 1-5 in Taipei as part of local government efforts to spur the metropolis’s smart city development and further enhance the quality of life for residents.

  • News
  • 1.8K
Read more

Internet is huge! Help us find great content

Newsletter

Never miss a thing! Sign up for our newsletter to stay updated.

About

Research Stash is a curated collection of tools and News for S.T.E.M researchers

Have any questions or want to partner with us? Reach us at hello@researchstash.com

Navigation

Submit