Fuentes: https://t.co/6IwJQKOmve https://t.co/N6TGsC3YXa https://t.co/JCRTJnKBfH https://t.co/T4QBf5fyGv https://t.co/kHoBVXMNvE https://t.co/tkGi0EVeSZ https://t.co/ZY1Gw4g1tZ https://t.co/h5nQXNOqtr
Stimulatory effect and adsorption behavior of rhamnolipids on lignocelluloses degradation system.
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Jan 2020 – Dec 2025Where it's discussed
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YouTube12 videos
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X / Twitter6 posts
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The overall conversations are limited, with some comments like 'check out the paper' showing basic interest, and others mentioning unrelated topics such as ancient vampire bats, which diminish the focus and engagement with the scientific article. The tone and content suggest minimal critical discussion or deep reflection on the research’s implications.
The discussions show minimal agreement or disagreement, with some posts expressing curiosity but not strong support or opposition.
While the first post shows curiosity by encouraging further exploration of the research, the others are either neutral or unrelated, indicating moderate interest overall.
Most posts have superficial mentions or unrelated content, demonstrating low depth of engagement with the actual scientific findings.
The discussions do not seem to influence opinions or prompt further action concerning the article, reflecting a negligible impact.
Abstract in brief
- The study investigated how rhamnolipids, a type of biosurfactant, affect the breakdown of rice straw by measuring their adsorption behavior and stimulatory effects in different systems, finding that the fastest adsorption occurred at 50 minutes in a single rice straw system.
- Results showed that Trichoderma reesei, a fungus involved in lignocellulose degradation, had the highest adsorption capacity for both dirhamnolipid and mixed rhamnolipid, indicating strong interaction and potential enhancement of degradation processes.
- Analyses using SEM and FTIR revealed that adding rhamnolipids significantly damaged the rice straw's tissue structure and promoted hydrogen bond formation between biosurfactants and bacteria, likely boosting the efficiency of lignocellulosic biomass breakdown.
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Most liked on X and BlueskyPublished on this year by Santiago Brizuela, Daniel A. Tassara Check out the paper below and let's hope they find more. https://t.co/xVlSmelWcY
Bilim insanları 100 bin yıl önce yaşamış bir vampir yarasının kalıntılarını keşfetti. Yeni araştırmada Arjantin’de bulunan çene kemiğinin, soyu tükenmiş bir dev vampir yarasa türüne ait olduğu doğrulandı.
RT @LaHistoriadora_: Fuentes: https://t.co/6IwJQKOmve https://t.co/N6TGsC3YXa https://t.co/JCRTJnKBfH https://t.co/T4QBf5fyGv https://t.co/…
RT @LaHistoriadora_: Fuentes: https://t.co/6IwJQKOmve https://t.co/N6TGsC3YXa https://t.co/JCRTJnKBfH https://t.co/T4QBf5fyGv https://t.co/…
RT @LaHistoriadora_: Fuentes: https://t.co/6IwJQKOmve https://t.co/N6TGsC3YXa https://t.co/JCRTJnKBfH https://t.co/T4QBf5fyGv https://t.co/…
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❌A los #delfines ???????????? bajo cuidado humano se les mantiene con hambre para que obedezcan.❌
This week in What were they thinking … ? (#132)
Published on this year by Santiago Brizuela, Daniel A. Tassara Check out the paper below and let's hope they find more. https://t.co/xVlSmelWcY
Bilim insanları 100 bin yıl önce yaşamış bir vampir yarasının kalıntılarını keşfetti. Yeni araştırmada Arjantin’de bulunan çene kemiğinin, soyu tükenmiş bir dev vampir yarasa türüne ait olduğu doğrulandı.
RT @LaHistoriadora_: Fuentes: https://t.co/6IwJQKOmve https://t.co/N6TGsC3YXa https://t.co/JCRTJnKBfH https://t.co/T4QBf5fyGv https://t.co/…
RT @LaHistoriadora_: Fuentes: https://t.co/6IwJQKOmve https://t.co/N6TGsC3YXa https://t.co/JCRTJnKBfH https://t.co/T4QBf5fyGv https://t.co/…
RT @LaHistoriadora_: Fuentes: https://t.co/6IwJQKOmve https://t.co/N6TGsC3YXa https://t.co/JCRTJnKBfH https://t.co/T4QBf5fyGv https://t.co/…
Fuentes: https://t.co/6IwJQKOmve https://t.co/N6TGsC3YXa https://t.co/JCRTJnKBfH https://t.co/T4QBf5fyGv https://t.co/kHoBVXMNvE https://t.co/tkGi0EVeSZ https://t.co/ZY1Gw4g1tZ https://t.co/h5nQXNOqtr