Symbiont effectors modulate plant signalling to increase host stress resilience

Plant colonizing symbionts confer beneficial effects to their hosts, which often includes increased growth, and biotic and abiotic stress resilience. How these benefits are activated on a molecular level is mostly unknown. Here, we describe effector candidates of the fungal symbiont Serendipita indica, which modulate plant stress signalling pathways. By analyzing the S. indica effector…

biorxiv.org ·23h ago

We haven't written up this one. bioRxiv has the full story — the link below goes straight to it.

Read the original at biorxiv.org →

More in Science

‘Ashoka-era stupa, bigger than Sanchi’: 90 years on, Ujjain mound comes under renewed focus

23h ago ·indianexpress.com

‘Ashoka-era stupa, bigger than Sanchi’: 90 years on, Ujjain mound comes under renewed focus

23h ago ·indianexpress.com

IIM Indore Study Finds ‘Good Enough’ Decisions Can Reduce Uncertainty In Short-Term Projects

Indore (Madhya Pradesh): In a finding that could reshape how managers make decisions in uncertain and rapidly changing business environments, a new study by Indian Institute of Management Indore has found that choosing a “good enough” solution rather than constantly pursuing the optimal one can substantially reduce uncertainty…

1d ago ·freepressjournal.in

Flightless beetles evolved distinct snail-hunting shapes on Japan's largest island

Islands are widely recognized as natural laboratories of evolution. The ocean restricts movement among islands, allowing isolated populations to adapt to different environments and, at times, diverge into new species.

23h ago ·phys.org

Australia needs more people who think like scientists. Here’s what that means

Science equips us with the tools to reason, evaluate evidence, and make informed decisions in a complex, changing world.

Individuals who think like scientists have curiosity and reasoning skills.
Australia faces shortage of science students, limiting potential applications.
Early science education fosters diverse career opportunities in various industries.

23h ago ·theconversation.com

Scientists map the microscopic roots of chaos in dusty plasma using supercomputer simulations

Research Matters Staff Writer(s) Jammu 17 Aug 2026 Researchers have achieved a breakthrough in understanding the chaotic world of turbulence by tracking the movement of millions of individual particles in a specialised state of matter known as dusty plasma.

Scientists map microscopic origins of turbulence in dusty plasma using supercomputer simulations.
Understanding dusty plasma turbulence could improve plasma containment in nuclear fusion reactors.

23h ago ·researchmatters.in