RobWarden:M1D2

=Module 1, Day 2 For Next Time=

Ladder Data

 * Distances measured in Photoshop

Data Analysis
$$\operatorname{Log_{10}}{(Length)} = -0.057*Distance+4.576$$ $$R^2 = 0.987$$

Features

 * Distances measured in Photoshop

Plaque Math
$$10 {\mu}L * {10^{12} \frac{\mbox{plaque forming units}}{{\mu}L}}
 * {10^{-8}\ \mbox{dilution}} = 10^5\ \mbox{plaque forming units}$$

DH5 does not have an F vector so it will not have an F pilus. M13 Integrates into the F pilus, so no plaques should be seen in DH5.

Synthetic biology is about engineering while genetic engineering is about biology.
This is a completely valid statement. Synthetic biology embodies engineering, applying knowledge to create a new system that is advantageous to society. Genetic engineering, on the other hand, is very much a scientific method, perturbing, rearranging, or introducing material into a system to study the system's reaction.