Thursday, January 30, 2014

Microbial cars, generators and wind turbines...

Microbes turned into energy?
http://www.ecofriend.com/microbes-genetic-engineering-team-offer-green-hope.html

In my article, I read about how Microbes can be turned into fine energy sources. These energy sources can range from wind power, solar power, and batter/generator power. Elizabeth Svoboda tells us about how and why these microbes can be turned into energy. The main idea comes across very clearly because Elizabeth goes straight into what she wants to say and how she wants to say it. The level of detail in this article is adequate and serves purpose. An Environmental Engineer by the name of Bruce Logan, in Penn State discovered microorganisms called Methanogens. Methanogens can reduce Carbon Dioxide into Methane very efficiently says Logan. When the microbes receive a high electric jolt they use the electrons to combined protons and CO2 to create methane gas. The methane can later be stored to be used to power generators, vehicles, ECT. If they exploit the microbe’s chemistry they can find better and more beneficial ways to make energy sources like solar and wind energy. I did not know that microbes could be used for such acts; it makes things much simpler, without it being so simple, because dealing the science behind how microbes react to different stimuli, can be very difficult. It make my knowledge base want to know more about the subject because I want to know just how these organisms can be used to power such things as generators and cars. Everything in the text seems to be very straightforward and to the point. Svoboda seemed like she didn’t want to beat around the bush and go into great detail because it isn’t necessary to do so. The only question I had was, how can the organisms power these objects? The only rhetoric style that could be found would be Logos, simply because Svoboda had very logical views and showed the audience straight fact on this topic.


Friday, January 24, 2014

We Gut Microbes come in peace!

Blog Assignment FLC609: Microbial Ecology, English 102/ Biology 110
I think the message Michael Tennesen is trying to tell us comes across very clearly. He lets us know that there are premature infants being treated at the Duke University Medical Center, a neonatologist by the name of Susan LaTuga is researching stool samples of said infants to study the human micro biome (the huge population of microbes, which include, fungi, viruses, and bacteria that reside in the gut.)  So, the article is about research on the human micro biome, and hoping they can see how the normal microbial communities work in healthy babies, to help fix unhealthy babies microbial communities. I personally think there are too much details, I found myself getting a bit lost going from different people and the different jobs they did to help make this research possible. I think the text supports my knowledge base because a lot of the topics we've covered so far in class pertain to everything Tennesen has mentioned. As I mentioned before I thought there were too many details and wish Tennesen stay with things that didn't make you have to retain ten different topics at once. The information is different in the sense that he is talking about the Human Microbial Biome in infants, and that’s something that hasn't been covered in class yet. I came across one question, how are there 200 trillion microbes on/in our bodies (more than cells) and we’re not in any intended danger? How does something with a higher number of occupants not over run our system functions? Rhetorical concepts if any would have to be Logos. Tennesen isn't trying to win over his audience with emotion, or trustworthiness. Tennesen’s main goal is for the audience is to measure how much reason is behind what he wants us to know, and that everything stated is coming from a logical perspective.



Thursday, January 23, 2014

This duel Microbiology and English 102 class is pretty sweet! I feel totally connected between the two, and both classes will help each other in the process of teaching my about Microbes and Writing skills. I will pass this class :)

http://sgugenetics.pbworks.com/w/page/24676935/Fun%20Facts%20gp5