On the quest of reliable 3d dynamic blood-brain barrier models using polymer hollow ber membranes: pitfalls, progress, and future perspectives

HIGHLIGHTS

• who: November and collaborators from the Qingdao University, China have published the paper: On the quest of reliable 3D dynamic blood-brain barrier models using polymer hollow ber membranes: Pitfalls, progress, and future perspectives, in the Journal: nutrients to the cells (Diban and Stamatialis, 2014). Moreover, the high and interconnected porosity of the HF walls protects cells from shear stress and is required to provide cell-to-cell contact in cocultures (Janke et_al, 2013; Morelli et_al, 2017a; Morelli et_al, 2021). Therefore, the polymer selection and the tuning of the morphological and physicochemical properties of the HFs are . . .
  

   

  

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