Newly Discovered Bat Protein as a Weapon Against Inflammation and Aging in Humans

Bat protein identified could provide novel approaches for combating inflammatory disorders and aging in humans, by examining the remarkable capacity of bats to harbor viruses without experiencing considerable illness.

The remarkable capabilities in inhibiting inflammasomes, effectively curbing inflammation by bat protein ASC2 has been studied by Dr. Matae Ahn.

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‘Unlocking the power of bats - ASC2 protein shows promise in suppressing inflammation and aging.’

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The research, published in the journal Cell, is focused on multi-protein complexes called inflammasomes that are responsible for the overactive inflammation that causes serious symptoms in many diseases.

Inflammasomes are also implicated in functional decline in aging.

The team discovered that a bat protein called ASC2 has a powerful ability to inhibit inflammasomes, thereby limiting inflammation.

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"Bats have attracted great attention as a likely reservoir of the SARS-CoV-2 virus responsible for the Covid-19 pandemic. But this unique ability to host yet survive viral infections could also have a very positive impact on human health if we can understand and exploit how they achieve this," said Professor Wang Lin-Fa, at Duke-NUS Singapore's Emerging Infectious Diseases (EID) Programme.

The study "suggests that the high-level activity of ASC2 is a key mechanism by which bats keep inflammation under control, with implications for their long lifespan and unique status as a reservoir for viruses," explained Dr Matae Ahn, Adjunct Researcher at the EID Programme.

The Action of Bat Protein ASC2

The bat protein, tested in mice, showed good results. Expression of the bat protein in genetically-modified mice dampened inflammation and reduced the severity of the diseases driven by various triggers, including viruses, the team said.

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Examination of the ASC2 protein in detail identified four amino acids in the molecule that were key to making the bat protein more effective at dampening inflammation than its corresponding human protein.

This provides valuable insight for the development of drugs that can mimic the anti-inflammatory effect of the bat protein.

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The next step for the team is to investigate the potential of their findings for treating humans.

"We have filed patents based on this work and are exploring commercial partnerships for drug discovery. We are hoping to develop a new class of anti-inflammatory drugs for inflammasome-driven human diseases," Prof Wang said.

Prof Wang strongly believes that it is time to focus on the more promising aspects of what makes bats special "to help fight the human diseases of the future."

Source-IANS