Proc Natl Acad Sci U S A May 2025 PMID 40294260

Radiation protection and structural stability of fungal melanin polylactic acid biocomposites in low Earth orbit.

Radames J B Cordero, Kim K de Groh, Quigly Dragotakes, Saranshu Singla, Christopher Maurer, Andrew Trunek, Arlene Chiu, Jonghyun Hwang, Sylvie Crowell, Theresa Benyo, Susanna M Thon, Lynn J Rothschild, Ali Dhinojwala, Arturo Casadevall

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Peak: 9 in May 2025

across 3 sources since May 2025

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AI synopsis

What people are saying

The collective discussions praise the study for revealing fungal melanin's capacity to enhance material stability in space, with phrases like 'biological breakthrough' and 'game-changing' showing enthusiasm. Posts include specific references to the protective qualities of melanin and its potential for practical use in space exploration, indicating thorough engagement and acknowledgment of the research's importance.

AgreementStrong agreement

Most discussions recognize the significance of the study in demonstrating fungal melanin's protective qualities, emphasizing agreement with the article's findings.

InterestHigh interest

Posts show high interest by highlighting the implications for space materials and the potential for biological solutions to space radiation challenges.

EngagementHigh engagement

Several posts delve into the science and possible applications, reflecting deep engagement with the research's methodology and significance.

ImpactHigh impact

There is a consensus that this research could significantly influence the development of durable space materials, signaling high impact.

Abstract in brief

This study explores how different biocomposite materials, including fungal and synthetic melanin-infused polylactic acid (PLA), perform in low Earth orbit by testing their durability against radiation, erosion, and temperature changes over six months on the ISS.
Results show that fungal melanin helps reduce material degradation, such as mass loss and surface damage, serving as a natural protective agent in space, and biocomposites also provide shielding to other materials like PVC.
The findings suggest that incorporating fungal melanin into PLA improves its stability in space, offering a promising approach for creating lightweight, durable materials for long-term space exploration and extraterrestrial settlements.]

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Gerard Hough

@GerardHough · X

Radiation protection and structural stability of fungal melanin polylactic acid biocomposites in low Earth orbit https://t.co/ID35Ui4EzH

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Ryan Stephens

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RT @PNASNews: Outer space is harsh. Extreme temperatures and radiation can break down most materials, but a study on the International Spac…

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HubBucket Inc | Scientific Research Organization

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RT @astrobiology: Radiation Protection And Structural Stability Of Fungal Melanin Polylactic Acid Biocomposites In Low Earth Orbit https://…

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NEMIR HILVAN

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Astrobiology

@astrobiology.bsky.social · Bluesky

Radiation Protection And Structural Stability Of Fungal Melanin Polylactic Acid Biocomposites In Low Earth Orbit astrobiology.com/2025/05/radi... #astrobiology #radiation #Extremophile #ISS

May 1, 2025 · 6 likes · 4 shares View post →