Modulating cellular cytotoxicity and phototoxicity of fluorescent organic salts through counterion pairing published as: https://t.co/rzygmkdLZJ @scireports #biorxiv
RT @SciReports: Can researchers implement optoelectronic techniques to improve the imaging of cells for cytotoxicity? #CancerImaging https:…
RT @SciReports: Can researchers implement optoelectronic techniques to improve the imaging of cells for cytotoxicity? #CancerImaging https:…
RT @SciReports: Can researchers implement optoelectronic techniques to improve the imaging of cells for cytotoxicity? #CancerImaging https:…
Can researchers implement optoelectronic techniques to improve the imaging of cells for cytotoxicity? #CancerImaging https://t.co/OJc6Ku4HPb
RT @SciReports: Can researchers implement optoelectronic techniques to improve the imaging of cells for cytotoxicity? #CancerImaging https:…
RT @RoyalVoxPost: #MedTech: scientists show that the cytotoxicity and phototoxicity of photosensitizers can be controlled in cellular envir…
RT @SciReports: Can researchers implement optoelectronic techniques to improve the imaging of cells for cytotoxicity? #CancerImaging https:…
RT @SciReports: Can researchers implement optoelectronic techniques to improve the imaging of cells for cytotoxicity? #CancerImaging https:…
Can researchers implement optoelectronic techniques to improve the imaging of cells for cytotoxicity? #CancerImaging https://t.co/3FmZy3qnRK
RT @SciReports: Can researchers implement optoelectronic techniques to improve the imaging of cells for cytotoxicity? #CancerImaging https:…
RT @SciReports: Can researchers implement optoelectronic techniques to improve the imaging of cells for cytotoxicity? #CancerImaging https:…
RT @SciReports: Can researchers implement optoelectronic techniques to improve the imaging of cells for cytotoxicity? #CancerImaging https:…
Can researchers implement optoelectronic techniques to improve the imaging of cells for cytotoxicity? #CancerImaging https://t.co/aRO2bRFJ9b
RT @recherche_anima: #Theranostic 📺🦀 #invitro🔬 + #mouse🐁studies : an optoelectronic technique helped direct the properties of fluorescent o…
#Theranostic 📺🦀 #invitro🔬 + #mouse🐁studies : an optoelectronic technique helped direct the properties of fluorescent organic dyes towards more (anticancer therapy) or less (imaging) #toxicity 😮🤔👍 https://t.co/bX9SJ0g2br https://t.co/hnPg8werlV
RT @nresearchnews: A @SciReports paper shows a new way to detect and attack cancer cells using technology traditionally reserved for solar…
'We show that through counterion pairing, organic salt nanoparticles can be tuned to be either nontoxic for enhanced imaging, or phototoxic for improved photodynamic therapy' #Cancer #therapy #imaging #phototoxicity #tuning https://t.co/cNchTt1peF via @Sc
RT @ducrest: Can solar technology kill cancer cells? Modulating cellular cytotoxicity and phototoxicity of fluorescent organic salts throug…
Can solar technology kill cancer cells? Modulating cellular cytotoxicity and phototoxicity of fluorescent organic salts through counterion pairing. https://t.co/OEHdeGDa7p via @NatureNews @Nature @SophiaLunt #dermatology #skincancer #dermatologia #cancer
#Théranostic📺🦀 #invitro🔬 + #souris🐁: une technique optoélectronique permet d'orienter les propriétés des colorants organiques fluorescents vers plus (thérapie anticancéreuse) ou moins (imagerie) de #toxicité 😮🤔👍 https://t.co/bX9SJ0g2br https://t.co/K9Fi2HC
RT @RoyalVoxPost: #MedTech: scientists show that the cytotoxicity and phototoxicity of photosensitizers can be controlled in cellular envir…