Author: Anant Agrawal

UV Ozone treatment of membranes

UV Ozone treated W404 sample testing (benchtop) : In EGM In L15 In DMEM In each row, the first two samples (from left) are UV Ozone treated whereas the next two are not.It can be observed that there is no

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Membrane in Sodium Chloride solution

W407 (non treated) in different NaCl salt concentrations (benchtop) : At t=0 In order (from l-r)1. 0.5 M NaCl2. 1.0 M NaCl3. 2.0 M NaCl At t=24 hrs. At t=53 hrs. At t=6 hrs and t=12 hrs the chips were

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Membrane characteristics (w404 vs. w336)

Membrane stabilityNon treatedW404 samples in DMEM 15um beads on the membrane:15um beads below the slit:In order: (left to right)1. t=02. t=33. t=64. t=105. t=13 hrs.Non treated W336 samples in DMEM15um beads on the membrane:15um beads below the slit:In order: (left

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Membrane collapse in culture media

Above video shows the disruption of the membrane from W404 after around 12 hours in the DMEM media (benchtop). The membrane was not treated with UV-Ozone and degraded pretty early as compared to that from W336 which broke at ~28

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Membrane Discoloration

15um beads on discolored membrane surface, having some slits where the beads are not found The localization of microbeads suggest that they have fallen across the slits in the membrane Transparent membrane with microbeads on its surface These membranes are

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Surface Testing

Surface functionalization results

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