All symbiosis articles – Page 3
-
News2,000-year-old shipworm mystery solved - its destructive skills are down to bacterial symbionts
Scientists have discovered that a population of symbiotic microbes, living in an overlooked sub-organ of the shipworm gut called the ’typhlosole’, have the ability to secrete the enzymes needed to digest lignin—the toughest part of wood.
-
NewsResearchers reveal how symbiotic bacteria adapt to big environmental changes
Faced with a drastically changing environment following the closure of the Isthmus of Panama, symbiotic bacteria in lucinid clams acquired new metabolic skills to enable their own survival, new research has revealed.
-
NewsResearchers expose new symbiosis origin theories, identify experimental systems for plant life
A Mississippi State faculty member’s work on symbiosis is pushing back against the newer theory of a ‘single origin’ of root nodule symbiosis (RNS)—that all symbiosis between plant root nodules and nitrogen-fixing bacteria stems from one point—instead suggesting a ‘multiple-origin’ theory of symbiosis which opens a better understanding of genetically ...
-
NewsStudy reveals key role of plant-bacteria communication in assembly of a healthy plant microbiome
A new study has found that symbiotic, nitrogen-fixing bacteria can ensure dominance among soil microbes due to their signalling-based communication with the legume plant host.
-
NewsClimate change is moving tree populations away from the soil fungi that sustain them
In response to climate change, trees, especially those in the far north, may be relocating to soils that don’t have the fungal life to support them, a new study finds.
-
NewsRegenerating worms have genetic control over their algal partners
Researchers have found that when Convolutriloba longifissura, a species of acoel that hosts the symbiotic algae Tetraselmis, regenerates, a genetic factor that takes part in the acoel regeneration also controls how the algae inside of them reacts.
-
NewsDiscovery of bacterial proteins that induce asexual reproduction in insects
From microbes in the human gut to symbiotic algae in coral reefs, research in recent decades has increasingly revealed the pivotal roles that microorganisms (or microbial species) play in shaping the biology of host organisms and of broader ecosystems. For example, some endosymbionts—microbes that live within the cells of a ...
-
NewsThe nitroplast revealed: a nitrogen-fixing organelle in a marine alga
A nitrogen-fixing bacterial endosymbiont of marine algae is evolving into a nitrogen-fixing organelle, or nitroplast, thereby expanding a function that was thought to be exclusively carried out by prokaryotic cells to eukaryotes.
-
NewsInside look at how plants and mycorrhizal fungi cooperate
A new view into a symbiosis could offer benefits to address climate change: pulling atmospheric carbon into soil and boosting biofuel feedstocks with less fertilizer.
-
NewsNew study finds possibility of nitrogen-fixing organelles
Scientists who discovered nitrogen-fixing symbiotic organisms exhibiting behaviors similar to organelles suggest these symbiotic organisms – UCYN-A, a species of cyanobacteria – may be evolving organelle-like characteristics.
-
OpinionAntimicrobial chemotherapy - which direction now?
The answer to antimicrobial resistance might not be the continual discovery of new antibiotics - but judicious use of the antibiotics and insights into antibiotic producing organisms we have already discovered.
-
NewsResearchers investigate how freshwater diatoms stay in the light
Scientists sampled the ice-covered (in 2019) and ice-free (in 2020) winter waters of Lake Erie to learn how diatoms are responding to changing environmental conditions.
-
NewsMarine algae implants could boost crop yields
Scientists have discovered the gene that enables marine algae to make a unique type of chlorophyll. They successfully implanted this gene in a land plant, paving the way for better crop yields on less land. Source: Robert Jinkerson/Tingting Xiang/UCR Fluorescence image of coral Acropora juvenile polyps hosting the ...
-
NewsResearchers uncover a key link in legume plant-bacteria symbiosis
Researchers have identified four essential phosphorylation sites that act as the catalyst for the symbiotic relationship between legume plants and nitrogen-fixing bacteria.
-
NewsResearchers probe ancient partnership between moss and fungi - and endobacteria
Researchers tracking the subtle but distinct ways a moss interacted with its fungal neighbors found that these interactions came to depend on a unique addition to the cast — endobacteria within the fungi.
-
NewsChemical signals spur soil bacteria to slam on the brakes
Scientists have lifted the lid on the miniature world of soil microbes, revealing how they sense and move in response to a variety of chemical and nutrient signals at various stages of symbiosis with legume plants.
-
NewsStudying defensive bacteria in squid and newts may help human gut health
Elizabeth Heath-Heckman has received a $1.9 million grant to support her research studying the bacteria animals like squid and newts use to protect themselves.
-
NewsGiant bacterium uses unique processes to power itself
Scientists have for the first time described the full genome of one species of the Epulopiscium family of giant bacteria, which they’ve named Epulopiscium viviparus.
-
NewsHeat tolerant coral may trade fast growth for resilience
Rresearchers have found that there is a tradeoff for corals dominated by thermally sensitive algae - they have higher growth, but only in cooler water.
-
NewsSpaceflight could alter behaviour of human microbiome, bobtail squid study suggests
Microgravity changes how effectively symbiotic bacteria colonise the light organ of the bobtail squid, according to a new study which has implications for how the human microbiome may respond to spaceflight. Source: Joseph Emhof Bobtail squid just after hatching The research by a University of Florida team, ...
- Previous Page
- Page1
- Page2
- Page3
- Page4
- Next Page