Last week & IGEPv2 (updated)

In the caseSo, I’ve continued to work on Android and believe I’ve figured out how to enable the wireless in it.  I’ve built a case for it (hat-tip to borglabs).  Once I get time to test the instructions I’ve found for the WiFi under android it will be much more useful and then I’ll post instructions on the build process and everything I compiled to make the process a piece of cake.  Currently I’m running donut but would like to get eclair running once I figure out WiFi.  I’d like to post some pictures Really cool view in my car on the way upbut right now my PivotX install isn’t working for uploading the pictures from last weeks trip to PA and the case later.

Update ————-

Well, got PivotX working again by updating to the latest dev branch.  Image insertion works again.  Wierd things is I never upgrade and it stopped working by it self.  Hum . . .  Enjoy the pics

What about school? (updated)

I just realized I’ve not mentioned much interesting stuff about what I’m doing at school. Well, this semester I’m taking 5 classes that alternate 5 weeks to 1 week. The 5 weeks is the tough classes (25 semester hours) and the 1 week is the lighter (not easier) classes (9 semester hours). There is a nice overview provided on the UT site. Right now I’m in Oct. of the first year.

Now for some cool stuff . . .
Last Wednesday during Gross Lab I was able to help remove the heart from our cadaver (Merrill). Wow, that was really cool. Next one of my dissection mates took the lungs out and that was really neat holding them. I never realized how much work it is to dissect someone. It is a lot of hard work. There is much more cools stuff from Gross Anatomy from this week, but it would probably gross most of you out so I’ll leave it out.

We are studying transcription in MBOD right now and we are studying the heart in Physiology. What an incredible design. There are so many intricate dependancies in the heart that make it a marvelous creation. Just from the way the heart contracts. FIrst the atria contract and the part of the same muscle wait ~120ms before it contract from the bottom (apex) up and the inside out . What great care is shown in it’s design. Then last week we studied the heart’s development in a embryo (an unborn baby in the first 8 weeks of development). Just seeing the changes that are required in the circulatory system when a baby takes it’s first breath is dumbfounding but even more stunning the simplicity of the design.

Well, I don’t know if this has made any sense, but I gotta get back to studying. If you have any question just leave a comment and I’ll answer. Don’t be shy about asking, it will help me study to talk about what I’m studying and if I don’t know the answer then it will really help.