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Many discussions emphasize the innovative aspect of using biorenewable pinene to synthesize common pharmaceuticals, as seen in posts that mention 'scalable processes' and the shift from crude oil, reflecting excitement about greener options. The tone combines curiosity and optimism, as illustrated by comments like 'Makes you wonder what is hiding in cannabis' and references to industry advancements, signifying both interest and a belief in the potential impact of this research.
Most discussions resonate positively, highlighting the innovative approach and potential benefits, though there is some skepticism about industry implications.
The topic generates high interest, especially due to its environmental significance and potential to replace fossil fuels.
Participants actively discuss the methodology, potential applications, and broader implications, showing a moderate level of engagement.
The discussions suggest recognition of meaningful scientific and environmental impact, though some posts focus more on curiosity than practical consequences.
Makes ye wonder what is hiding in cannabis really, that big pharma has prevented for 100 years. https://t.co/leyzA9vkOW
Sustainable Syntheses of Paracetamol and Ibuprofen from Biorenewable beta-Pinene (@joshtibbetts, Steven D. Bull and co-workers at @Bathchem and @Leicesterchem) #OpenAccess https://t.co/dXMd5gHqU9
@wileyinresearch @UniofBath @bioengineerorg @ChemEurope https://t.co/n0mcoVDwp1
And here’s the link to the original research in @ChemSusChem https://t.co/2KOfVSVVAc
【製紙産業廃棄物から鎮痛薬製造に成功】製紙産業副産物であるテレビン油から最も一般的な鎮痛薬イブプロフェンやアセトアミノフェンを製造する方法をバース大学の研究者が開発しました
Científicos fabrican ibuprofeno y otros analgésicos comunes a partir de residuos de la industria papelera Investigadores de la Universidad de Bath utilizaron aguarrás para producir precursores químicos. https://t.co/X054rWmadm
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https://t.co/1aSoi7Ktm7
RT @CRobertsonUK: Makes ye wonder what is hiding in cannabis really, that big pharma has prevented for 100 years. https://t.co/leyzA9vkOW
RT @CRobertsonUK: Makes ye wonder what is hiding in cannabis really, that big pharma has prevented for 100 years. https://t.co/leyzA9vkOW
RT @CRobertsonUK: Makes ye wonder what is hiding in cannabis really, that big pharma has prevented for 100 years. https://t.co/leyzA9vkOW
RT @CRobertsonUK: Makes ye wonder what is hiding in cannabis really, that big pharma has prevented for 100 years. https://t.co/leyzA9vkOW
Makes ye wonder what is hiding in cannabis really, that big pharma has prevented for 100 years. https://t.co/leyzA9vkOW
RT @ChemSusChem: Sustainable Syntheses of Paracetamol and Ibuprofen from Biorenewable beta-Pinene (@joshtibbetts, Steven D. Bull and co-wor…
Sustainable Syntheses of Paracetamol and Ibuprofen from Biorenewable beta-Pinene (@joshtibbetts, Steven D. Bull and co-workers at @Bathchem and @Leicesterchem) #OpenAccess https://t.co/dXMd5gHqU9
Pinos en vez de petróleo para elaborar paracetamol e ibuprofeno https://t.co/svxq5JFdPC Más información: Sustainable Syntheses of Paracetamol and Ibuprofen from Biorenewable β-pinene https://t.co/kps7IhZIfV
RT @ChemSusChem: @wileyinresearch @UniofBath @bioengineerorg @ChemEurope https://t.co/n0mcoVDwp1
@wileyinresearch @UniofBath @bioengineerorg @ChemEurope https://t.co/n0mcoVDwp1
Sustainable Syntheses of Paracetamol and Ibuprofen from Biorenewable β-pinene https://t.co/7Ay167mvQ7
Científicos fabrican ibuprofeno y otros analgésicos comunes a partir de residuos de la industria papelera Investigadores de la Universidad de Bath utilizaron aguarrás para producir precursores químicos. https://t.co/X054rWmadm
【製紙産業廃棄物から鎮痛薬製造に成功】製紙産業副産物であるテレビン油から最も一般的な鎮痛薬イブプロフェンやアセトアミノフェンを製造する方法をバース大学の研究者が開発しました
DOI: https://t.co/mxjVpd4MXy
Scientists make common pain killers from pine trees instead of crude oil Scalable processes have been developed to convert β-pinene into 4-isopropenylcyclohexanone which is then used as a feedstock for the divergent synthesis of su…https://t.co/nXkVyD2sVG https://t.co/D0h6e35d75
@UniofBathNews @Bath_IfS Link to the paper here: https://t.co/7EGUe9rEEl
And here’s the link to the original research in @ChemSusChem https://t.co/2KOfVSVVAc