Subscripts and Superscripts
Helpful Hint:
H<sub>2</sub>O typed as text will yield H2O visually,
and E = mc<sup>2</sup>O typed as text will yield E = mc2. Of course this affects line height, so choose your poison, I guess.
Helpful Hint:
H<sub>2</sub>O typed as text will yield H2O visually,
and E = mc<sup>2</sup>O typed as text will yield E = mc2. Of course this affects line height, so choose your poison, I guess.
Wafer # 4369 (PFI 02) was fabricated with pore sizes ranging from ~550 – 600 nm. Below are two SEM images of the pores, followed by two STEM images. The pores are all open and very well defined. The only defect I could find was a slight stitching offset in the patterning as seen the…
We’ve recently put together our own protein ladder, which contains myosin heavy chain, beta-galactosidase, phosphorylase b, IgG, albumin, and cytochrome c. This is my first attempt running this ladder on w398, one of the new pinhole free membranes. From the TEM pics, it seems that w398 has pores all around the 50nm range, which is…
The CHA e-beam evaporator in RIT had been used traditionally for the deposition of metal on the pnc-Si membranes. The most important factor for metal deposition on the membranes is that the nanoholes must not be blocked. So the metal deposited needs to be smooth and continuous. Ag or Au does not adhere onto Si…
Hello Everyone, So Shannon and i have been working on studying the effect of exosomes in different conditions for wound healing assays and random migrations. This post is about one of our experiments (wound healing) to give you an update on our data and what we’re able to get with Henry’s matlab code. How the…
Kevin Healy is a Phase I and Phase II awardee of the NIH Tissue Chip initiative. The goal of this initiative is to create ‘mini-organs’ ‘organs-on-a-chip’ ’tissue chips’ or ‘microphysiological systems’ (MPS) for higher throughput and more reliable drug discovery. The effort is also motivated by the failure of recent animal models to predict drug…
I used the following parameters in the Simple Sieving Model (pardon the MATLAB syntax) Am = 1; %cross sectional area in cm^2 Do = 1*10^-7;% diffusion coefficient in the membrane in cm^2/sec P = .15;% membrane porosity; t = linspace(0,420,500); %time vector sec Qo = 1*0.00166; %militers per second (0.00166 = 10 ul/min) L =…