SharePlusSharePlus
More ▼

Tag: symbiosis

Scienceenvironment

Deep-sea clams adjust bacterial partnerships to cope with energy shifts

A research team led by Professor Qian Peiyuan at The Hong Kong University of Science and Technology has uncovered how deep-sea chemosynthetic symbioses adapt to environmental fluctuations. The study reveals how these organisms manage their internal bacterial partners when chemical energy sources decline. By examining deep-sea clams, scientists gained new insights into the resilience of marine life thriving in extreme environments without sunlight.

Scienceenvironment

Tortoise beetles use pigmentation protein to shield bacteria

Recent scientific research reveals that tortoise beetles utilize specialized pigmentation proteins to protect symbiotic bacteria essential for digesting plant matter. This discovery sheds new light on the multifunctional roles of Yellow proteins in nature. The findings bridge genetics and ecology, demonstrating how insects rely on molecular adaptations to maintain crucial microbial partnerships for survival.

Scienceenvironment

Gutless marine worms swap bacterial partners over time

Researchers from the Max Planck Institute for Marine Microbiology have discovered that gutless marine worms maintain dynamic relationships with their bacterial partners, akin to customers visiting different stalls at a farmers market. This study, published in Science Advances, reveals that these symbiotic associations can change over time, offering new insights into how mutualistic relationships function in the marine environment.