Author: Anant Agrawal

Pore processing of DMEM incubated samples

In continuation of the previous post, I ran the pore processing software for two samples (t=0 and t=150 min). The following histograms show the pore parameters and the difference in the pore size and numbers between the two samples. I

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TEM images of pnc-Si incubated in DMEM(-FBS)

There has been uncertainty with process of dissolution of pnc-Si in cell growth media. Whether the media enters the pores and ‘eats away’ the material leading to increase in pore sizes and eventually complete degradation was the question. Thinning of

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RTP + Silanization

After recent studies with surface treatments, we wanted to take a step further by trying amino silanization on RTP’ed samples. Wafer 413 samples were RTP’d with no intact slits. Both 2D and 3D formats were tested in DMEM (-FBS) in

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Liquid Silanization again

A bunch of samples from W683 (no RTP) were liquid silanized and used in 3D format to track discoloration in comparison to control sample, in DMEM(-FBS) @ 37C in Oven. I used all the cracked chips which broke while clamping

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Silanization and BSA coating

Surface treatments like silanization were seen to slow down discoloration in the past. I carried out liquid amino-silanization (protocol in place) of samples from W683 (no RTP) and used them in both 2D and 3D format to monitor discoloration in

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BSA coating on pncSi (3D vs 2D)

I carried out a repetition of BSA coating experiment with both 2D and 3D formats. With 2D, I get the same result as before, but surprisingly, in Sepcon 3D format we observe the opposite to what we see in 2D!

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BSA coating on pncSi (2D)

I coated the pncSi samples from W683 (no RTP) with Bovine Serum Albumin (BSA) in Tris-EDTA buffer. Three different concentrations were used: 1 mg/ml, 5 mg/ml and 10 mg/ml (usual range of BSA conc. used for coating Si surfaces). The

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Sepcon vs Cloning ring II

Repeated the previous experiment with W683 and following images were captured after 5 hours of incubation in DMEM(-FBS), Oven @ 37C. I took Sepcon samples with regular thin o-rings, fat o-ring, without o-ring and w/grease in place of o-rings. Also

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Sepcon vs Cloning ring

I carried out this experiment in order to rule out any effect due to geometry of the setup in our discoloration experiments in Sepcon. I used a cloning ring and mimicked the Sepcon as shown in the figure below. The

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Sepcon vs Polished samples

In an effort to imitate Sepcon, I applied nail polish on two samples covering the edges and the back side (well side) and compared its discoloration to Sepcon format and w/o polish sample in 2D format. I used two polished

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