3D Printing in Biomedical Research
External reference: https://openalex.org/T11190
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Review compares academic and commercial liver-on-a-chip models Review of liver-on-a-chip models comparing academic and commercial platforms, examining designs, cellular compositions, and potential to reduce drug development costs and animal testing.
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Intercapillary distance modeled as a tissue denitrogenation regulator Theoretical perfusion model using intercapillary distance to regulate tissue denitrogenation rates across compartments, with applications to decompression protocols and DCS risk assessment.
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Low-temperature bioprinting produced aligned, porous GelMA structures Low-temperature embedded 3D bioprinting strategy utilizing phase-separation-induced shear alignment for fabricating anisotropic cell-laden constructs with enhanced biological functionality.