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A new study shows how extracellular vesicles share information among cells in the same species, enabling the colony to respond in a coordinated manner to the host organism’s defenses
A group of scientists in Brazil and the United States has revealed the role played by certain structures in intermediating communication among individual fungi of the same species. The discovery, detailed in an article published in the journal mBio, could serve as the basis for development [...]
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A group of scientists in Brazil and the United States has revealed the role played by certain structures in intermediating communication among individual fungi of the same species. The discovery, detailed in an article published in the journal mBio, could serve as the basis for development of more effective therapies to combat fungal infections.
“There was a hypothesis that cells in the same species could communicate via these structures, called extracellular vesicles. [...]
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A group of scientists in Brazil and the United States has revealed the role played by certain structures in intermediating communication among individual fungi of the same species. The discovery, detailed in an article published in the journal mBio, could serve as the basis for development of more effective therapies to combat fungal infections.
“There was a hypothesis that cells in the same species could communicate via these structures, called extracellular vesicles. We [...]
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A group of scientists in Brazil and the United States has revealed the role played by certain structures in intermediating communication among individual fungi of the same species. The discovery, detailed in an article published in the journal mBio, could serve as the basis for development of more effective therapies to combat fungal infections.
“There was a hypothesis that cells in the same species could communicate via these structures, called extracellular vesicles. [...]
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by André Julião , FAPESP
A group of scientists in Brazil and the United States has revealed the role played by certain structures in intermediating communication among individual fungi of the same species. The discovery, detailed in an article published in the journal mBio, could serve as the basis for development of more effective therapies to combat fungal infections.
"There was a hypothesis that cells in the same species could communicate via these structures, called [...]
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A group of scientists in Brazil and the United States has revealed the role played by certain structures in intermediating communication among individual fungi of the same species. The discovery, detailed in an article published in the journal mBio, could serve as the basis for development of more effective therapies to combat fungal infections.
“There was a hypothesis that cells in the same species could communicate via these structures, called extracellular vesicles. [...]
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A group of scientists in Brazil and the United States has revealed the role played by certain structures in intermediating communication among individual fungi of the same species. The discovery, detailed in an article published in the journal mBio, could serve as the basis for development of more effective therapies to combat fungal infections.
“There was a hypothesis that cells in the same species could communicate via these structures, called extracellular vesicles. [...]
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A study shows how extracellular vesicles share information among cells in the same species, enabling the colony to respond in a coordinated manner to the host organism's defenses. C. albicans seen under an optical microscope. Credit: Graham Beards/Wikimedia Commons
A group of scientists in Brazil and the United States has revealed the role played by certain structures in intermediating communication among individual fungi of the same species. The discovery, detailed in an article [...]
-
A group of scientists in Brazil and the United States has revealed the role played by certain structures in intermediating communication among individual fungi of the same species. The discovery, detailed in an article published in the journal mBio could serve as the basis for the development of more effective therapies to combat fungal infections.
“There was a hypothesis that cells in the same species could communicate via these structures, called extracellular vesicles. We showed, [...]
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Saense
- Publicado em 24 de fevereiro de 2022
Um grupo que envolve cientistas do Brasil e dos Estados Unidos desvendou como estruturas presentes nos fungos atuam na comunicação entre indivíduos de uma mesma espécie. A descoberta, detalhada em artigo publicado na revista mBio, possibilita o desenvolvimento de tratamentos mais eficazes contra infecções fúngicas.
“Havia uma hipótese de que as células de uma mesma espécie de fungo poderiam se [...]
