Matches in SemOpenAlex for { <https://semopenalex.org/work/W4324132452> ?p ?o ?g. }
- W4324132452 endingPage "2990" @default.
- W4324132452 startingPage "2981" @default.
- W4324132452 abstract "Thanks to their biocompatibility and high cargo capability, graphene-based materials (GRMs) might represent an ideal brain delivery system. The capability of GRMs to reach the brain has mainly been investigated in vivo and has highlighted some controversy. Herein, we employed two in vitro BBB models of increasing complexity to investigate the bionano interactions with graphene oxide (GO) and few-layer graphene (FLG): a 2D murine Transwell model, followed by a 3D human multicellular assembloid, to mimic the complexity of the in vivo architecture and intercellular crosstalk. We developed specific methodologies to assess the translocation of GO and FLG in a label-free fashion and a platform applicable to any nanomaterial. Overall, our results show good biocompatibility of the two GRMs, which did not impact the integrity and functionality of the barrier. Sufficiently dispersed subpopulations of GO and FLG were actively uptaken by endothelial cells; however, the translocation was identified as a rare event." @default.
- W4324132452 created "2023-03-15" @default.
- W4324132452 creator A5001361574 @default.
- W4324132452 creator A5009548645 @default.
- W4324132452 creator A5010831738 @default.
- W4324132452 creator A5011179197 @default.
- W4324132452 creator A5019956832 @default.
- W4324132452 creator A5035567029 @default.
- W4324132452 creator A5043594817 @default.
- W4324132452 creator A5045203437 @default.
- W4324132452 creator A5050926434 @default.
- W4324132452 creator A5051084371 @default.
- W4324132452 creator A5060438660 @default.
- W4324132452 creator A5063883723 @default.
- W4324132452 creator A5073562468 @default.
- W4324132452 creator A5082002961 @default.
- W4324132452 creator A5090129621 @default.
- W4324132452 date "2023-03-14" @default.
- W4324132452 modified "2023-10-05" @default.
- W4324132452 title "Interactions of Graphene Oxide and Few-Layer Graphene with the Blood–Brain Barrier" @default.
- W4324132452 cites W1876014280 @default.
- W4324132452 cites W1973544766 @default.
- W4324132452 cites W1980377446 @default.
- W4324132452 cites W1990521684 @default.
- W4324132452 cites W2015513114 @default.
- W4324132452 cites W2015541518 @default.
- W4324132452 cites W2022394525 @default.
- W4324132452 cites W2027237872 @default.
- W4324132452 cites W2032540646 @default.
- W4324132452 cites W2041105700 @default.
- W4324132452 cites W2054685393 @default.
- W4324132452 cites W2069467605 @default.
- W4324132452 cites W2082622293 @default.
- W4324132452 cites W2094622646 @default.
- W4324132452 cites W2101099825 @default.
- W4324132452 cites W2104808978 @default.
- W4324132452 cites W2125153103 @default.
- W4324132452 cites W2125411036 @default.
- W4324132452 cites W2141412126 @default.
- W4324132452 cites W2143463421 @default.
- W4324132452 cites W2165630380 @default.
- W4324132452 cites W2215404676 @default.
- W4324132452 cites W2324292575 @default.
- W4324132452 cites W2395300225 @default.
- W4324132452 cites W2463235896 @default.
- W4324132452 cites W2497957765 @default.
- W4324132452 cites W2512119505 @default.
- W4324132452 cites W2601680711 @default.
- W4324132452 cites W2692089655 @default.
- W4324132452 cites W2763397567 @default.
- W4324132452 cites W2772065112 @default.
- W4324132452 cites W2790338957 @default.
- W4324132452 cites W2798214266 @default.
- W4324132452 cites W2805157846 @default.
- W4324132452 cites W2805654492 @default.
- W4324132452 cites W2884015471 @default.
- W4324132452 cites W2887748918 @default.
- W4324132452 cites W2895430781 @default.
- W4324132452 cites W2898829113 @default.
- W4324132452 cites W2907971690 @default.
- W4324132452 cites W2909342935 @default.
- W4324132452 cites W2911147760 @default.
- W4324132452 cites W2937863856 @default.
- W4324132452 cites W2938817323 @default.
- W4324132452 cites W2946630278 @default.
- W4324132452 cites W2948520738 @default.
- W4324132452 cites W2970140714 @default.
- W4324132452 cites W2973160898 @default.
- W4324132452 cites W2980466023 @default.
- W4324132452 cites W2984250052 @default.
- W4324132452 cites W2999844866 @default.
- W4324132452 cites W3007211448 @default.
- W4324132452 cites W3009773061 @default.
- W4324132452 cites W3049537079 @default.
- W4324132452 cites W3086466276 @default.
- W4324132452 cites W3093772814 @default.
- W4324132452 cites W3112412954 @default.
- W4324132452 cites W3143826623 @default.
- W4324132452 cites W3155166511 @default.
- W4324132452 cites W3172358627 @default.
- W4324132452 cites W3187927865 @default.
- W4324132452 cites W3195348439 @default.
- W4324132452 cites W3202003608 @default.
- W4324132452 cites W4283167194 @default.
- W4324132452 cites W4284669172 @default.
- W4324132452 cites W4288735706 @default.
- W4324132452 doi "https://doi.org/10.1021/acs.nanolett.3c00377" @default.
- W4324132452 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/36917703" @default.
- W4324132452 hasPublicationYear "2023" @default.
- W4324132452 type Work @default.
- W4324132452 citedByCount "1" @default.
- W4324132452 crossrefType "journal-article" @default.
- W4324132452 hasAuthorship W4324132452A5001361574 @default.
- W4324132452 hasAuthorship W4324132452A5009548645 @default.
- W4324132452 hasAuthorship W4324132452A5010831738 @default.
- W4324132452 hasAuthorship W4324132452A5011179197 @default.
- W4324132452 hasAuthorship W4324132452A5019956832 @default.
- W4324132452 hasAuthorship W4324132452A5035567029 @default.