23 January 2013

AP Bio, Not as Crazy as You May Think!

AP Bio has been an expericence. I know i enrolled in the class thinking that I loved general Bio, Anatomy, and Forensic Science, and that Chemistry was alright. The first day of class looking over all the topics we would be going over and it was intimidating, but I like a challenged, so I welcomed the class. I liked learning about all the topics because I was interested in them. I'm really glad that I took AP Bio. The labs we got to do were fun even if we didn't manage to finish as many as we hoped.

If you are signed up for this class there's a really good chance you work hard at school/ school work, so don't stop working hard. Reading the textbook and doing extra credit will really help, especially if you're planning on taking the AP Test. And if you're like me you might be taking other AP classes that require a lot of work as well, don't stress out. Make sure to manage your time well and always ask questions, you know Landry will answer them and help you out the best he can, just try not to get him too off topic! (;

26 November 2012

19 November 2012

VOTE FOR PEROXISOME



We are so excited our new campaign promotion has been released. There will be a commercial released soon in the near future so keep your eyes and ears open! But in the meantime, here it is:










15 November 2012

Peroxisome Campaign

Follow my campaign on Twitter! @PeroxisomeCampa

The #shscellwar is on and Peroxisome is going to need your support. Peroxisomes are very important in your body! They help to digest fatty acids and alcohol (ethanol), and also they absorb nutrients the cell has aquired!



I want you...



To vote Peroxisome!

If I Were A Macromolcule...

...I would be a Nucleic Acid. A nucleic acid is used as information storage and is very important. It contains genetic material so it can store and then transfer it's information. The monomers that make up a nucleic acid are called nucleotides, which are composed of three parts: a nitrogen base, a pentose sugar, and a phospate group. The two types of these nucleotides are purines and pyrimidnes, which are different because of their nitrogen bases (single or double ring). DNA is composed of two backbones (sugar and phosphate group) because it is a double helix.


I choose to be a nucleic acid because it is the blueprint for new cells and a new generation. Although the DNA, made up of nucleotices, is not what does all the work it is important.


22 October 2012

Joining Quizlet

I created a set of quizlet flashcards for this week's Evolution Test.
Here is the link!

Evolution Unit Quizlet

15 October 2012

The Mystery of Missing Xenon

File:STS-135 Atlantis rollout 1.jpg
A space shuttle bathed in xenon lights
Xenon is a Noble Gas on the Periodic Table of Elements. It is a heavy and odorless gas that is found in trace amounts in the Earth's atmosphere. It is used in some very rare ways like for a gas-discharge lamps, an exicplex laser, and in an anestetic because of advances in the recovery and recycling of xenon.


According to Sciencenews.org scientists predictions have in the past said there should be much more of the gas Xenon in the Earth's atomosphere. They thought that this noble gas would be traped and dissolved in the the depths of the earth. After billions of years it should have been released into the atmosphere. There is much less Xenon than expected though, so where did it go?


Xenon gas discharge tube
Many experiments, research and studying have been done on the minerals deeper within the earth by scientists (Shcheka and Keppler). Perovskite is the mineral they had the most focus on. In lab experiments the perovskite has behaved unexpectedly; sometimes replacing a spot that oxegyn usually fills to be filled by a different noble gasses, such as argon, krypton, and xenon. The xenon atoms are significantly larger than the other gasses atoms though, therefore there is less xenon in the perovskite structures. In experiments scientists dissolved the perovskite to see which dissolved the best. Argon and krypton both dissovled fairly well while the xenon did not.

The Scientists believe that when the Earth was forming the perovskite trapped oxegyn, argon, and krypton but very little xenon. They say "we will never find xenon, that it was already lost at the beginning of Earth's evolution."