Her personality continues to grow and she has become a pretty spunky baby. Her expressive eyes and happy nature makes her pretty easy to get along with and she is getting used to being the center of attention.
| Mom took us to work this week! |
| St. Patrick's Day was this week and I broke out the old flag from undergrad to celebrate. |
With St. Patrick's Day rolling around, I went on good behavior and forewent a party this year. I think I've had enough good times in the past to let one go every now and then. With St. Patty's on a Monday, I did go out to the bar for a lunch meeting over green beer. Now for those of you who don't believe in the lunch beer with co-workers, let me try and persuade you. When you meet at work to discuss projects or ideas, many people are uncomfortable to ask questions or bring up ideas. But as soon as you move into a more comfortable environment where everyone feels like they are equals, it opens the door for more relaxed and productive conversations. I think that I do more teaching at the bar to my fellow graduate students than I do in the office.
And this trip out was another success. We have been working for a while to more accurately determine protozoa volume. The problem is that they twist and turn while they swim and so it reveals that they could easily be a much different shape than the coefficient*cylindrical approach of eariler generations. Turns out that by using our ability to capture video we can bypass a video analysis for protozoa volume (have had trouble finding a programmer to write the auto-detect and integrations) and use freeze frames for measuring area. By measuring area as an ellipsis, I found a measurement tool that takes a "feret" diameter. This ends up giving me the equation for the area of the ellipsis. By tracking the smallest and largest parts of the protozoa as it swims around in solution, we can identify to sets of ferets. These give me an averaged length and two alternate radii. This all adds for the calculations of the volume of an ellipsoid. Compared to other methods, this ellipsoid calculation decreases our standard deviation of volume by more than 25%. Not bad if I do say so myself.
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