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Unraveling In vivo brain transport of protein‐coated fluorescent nanodiamonds

2019

The blood–brain barrier is the biggest hurdle to overcome for the treatment of neurological disorders. Here, protein‐coated nanodiamonds are delivered to the brain and taken up by neurovascular unit cells after intravenous injection. Thus, for the first time, nanodiamonds with their unique properties and a flexible protein coating for the attachment of therapeutics emerge as a potential platform for nanotheranostics of neurological disorders.Nanotheranostics, combining diagnostics and therapy, has the potential to revolutionize treatment of neurological disorders. But one of the major obstacles for treating central nervous system diseases is the blood–brain barrier (BBB) preventing systemic…

Cell SurvivalCentral nervous systemnanotheranosticsTunneling (Physics)Serum Albumin Human02 engineering and technology010402 general chemistryBlood–brain barrier01 natural sciencesFluorescencePolyethylene GlycolsNanodiamondsBiomaterialstunneling nanotubesMiceIn vivoCell MovementmedicineAnimalsBlut-Hirn-SchrankeGeneral Materials Scienceddc:610Blood-brain barrierNeuronsNanotubesChemistryBrainEndothelial CellsBiological TransportGeneral ChemistryHospitals Drug distribution systems021001 nanoscience & nanotechnologyHuman serum albuminPhotobleachingIn vitroEndocytosis0104 chemical sciencesmedicine.anatomical_structureTranscytosisBlood-Brain BarrierNanoröhreAstrocytesDrug deliverydrug deliveryBiophysics0210 nano-technologyDDC 610 / Medicine & healthBiotechnologymedicine.drug
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