Tag: karl

Adhesion Testing: HUVEC and Fibroblasts

Adhesions tests are being performed to see if cellular attachment varies between our material, glass, and plastic. These experiments are motivated by lower initial cell densities observed on pnc-Si in growth tests; we are investigating if the lower initial densities

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HUVEC growth curve

HUVEC (P5) growth was monitored over 3 days on different substrates (glass coverslips, tissue culture treated & untreated plastic and RTPed pnc-Si from W510). The growth curve is as shown below and it can be observed that the growth rate

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Fibroblast Growth Take 3

A third fibroblast (L1 3T3, P22) growth test was conducted using glass, untreated and tissue culture treated plastic, and RTPed pnc-Si (W509) as substrates. Cells were grown in DMEM +10% FBS changed every 48 hours. R values are for the

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W502 and 504 Testing

W502 and 504 were tested for burst pressure and air permeability. Only one sample from W502 was tested for burst pressure (the other broke while setting up and I wanted to conserve samples) with a burst pressure of 4.46 psi.

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HUVEC Growth and associated pnc-Si discoloration

HUVEC (P8) growth was monitored over 5 days on different substrates (glass coverslips, tissue culture treated plastic and pnc-Si from W510). The growth curve is as shown below and it can be observed that the growth rate on pncSi in

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Fibroblast Growth and Associated pnc-Si Discoloration

A second fibroblast (L1 3T3, P21) growth test was conducted on RTP treated samples from W510, tissue culture plastic (polystyrene), and glass cover slips. Fibroblasts were cultured in DMEM with media changed every 48 hours. Cells were imaged using the

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Pinhole Study: W510

To improve our knowledge of pinhole formation I have started counting pinholes on W510, W512, and W513. I also am playing close attention to areas surrounding the samples that have been completely etched, to see if this correlates to pinhole

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HUVEC Growth on Si: Take 2 and 3

Last week I attempted another HUVEC growth study on Si, coverslips (glass), and culture wells (plastic). The cells were seeded at too low of a density on the membrane so I adjusted my protocol and started a third growth test.

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RTP Treated Membrane Stability in DMEM

(Transferred from old blog) Wafer 303 samples, both non-RTP and RTP (800C for 5 minutes), were tested in cell media (DMEM supplemented with 10% FBS) or deionized water, and placed in the incubator (37C 5% CO2) or oven (approximately 37C).

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pH Variation of DMEM

(Transferred from old blog) Aim: Determine how quickly DMEM pH changes once removed from the incubator Methods and Materials: • non-sterile complete Dulbecco’s Modified Eagle’s Medium (DMEM) supplemented with 10% FBS • 6 and 24 well cell culture plates •

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