Smooth Endoplasmic
Reticulum and Chloroplast for President and Secretary of
Energy: The Cleaner Vote
Times are rough nowadays. We are still
reeling from the effects of a recession, job growth is slow, and the
price for goods is increasing rapidly. All of these can make the
cells within your body very stressed, and a stressed cell is not a
happy cell. During your time of need, you need organelles that are
going to have your back and keep everything functioning smoothly and
efficiently. This is where we come in: the Smooth Endoplasmic
Reticulum and the Chloroplast! We are two organelles that are key in
keeping Eukaryotic
cells in a state of homeostasis. Our functions include providing the
cell with food, energy, and lipids, detoxifying the cell, and
transporting energy to other cells to be broken down and metabolized.
We need your support to become President and Secretary of Energy of
all the cells. Our plan is to create a greener, cleaner, and more
efficient cell without sacrificing ATP in the process. Supporting us
will guarantee a better cell!
I, the Smooth Endoplasmic Reticulum,
am the main producer of lipids within a cell. Lipids are used for a
variety of things, most importantly for the formation of the plasmic
membrane. Without lipids, there would be no plasmic membrane which
means they would be no protective barrier for the other organelles
within the cell. Lipids can also be used a storage container for
large amounts of energy that are not used by cells right away. When
broken down, these lipids can provide cells with 9 kcal/gram of
energy compared to the 4 kcal/gram of energy given off by proteins
and carbohydrates. I can also make the lipids that are key in
transporting fatty acid chains to the Mitochondria to be broken down
and metabolized for energy. Unlike other organelles, I am composed of
a lot of tubes that are folded in different ways. This allows for an
increase of surface area which is great for storing molecules and
important enzymes that are can be used as a catalysis for certain
processes within a cell. I also play an important role in detoxifying
the cell. When other organelles are busy letting bad things get into
the cells, I am the one who cleans up behind them and breaks down
those harmful substances into products that are safe enough for the
cell to use. This function is very important in the liver of humans
as the liver is the main site of detoxification for them.
So let's recap. I make one of the most important macromolecules for the cell and I make sure that the cell stays clean and rid of harmful substances. I am the evolutionary by product of the cell membrane so I've been here for awhile. Why not vote for me for President?
I, the Chloroplast, am the producer of food and energy in a plant cell. My most important function is to make food through photosynthesis for the whole cell. I literally ‘go green’ and efficiently use solar energy to prepare food in the form of sugars. The food and ATP I produce powers all the organelles in the cell. I give the other organelles the energy to carry out the instructions from the Nucleus. Many of my critics enjoy comparing me to my long lost cousin, the Mitochondria. Yes, I am like the Mitochondria. We both produce ATP for the United Republic of Cells. However, I would be a better candidate for Secretary of Energy because I am more versatile. Unlike the Mitochondria, I can work in multiple conditions. The Mitochondria can only produce ATP by using oxygen. I can produce ATP with AND without the use of oxygen.
Work Cited
http://bscb.org/learning-resources/softcell-e-learning/endoplasmic-reticulum-rough-and-smooth/
http://www.sciences360.com/index.php/functions-of-lipids-in-human-cells-12883/
http://education-portal.com/academy/lesson/smooth-er-definition-functions-structure.html#lesson
So let's recap. I make one of the most important macromolecules for the cell and I make sure that the cell stays clean and rid of harmful substances. I am the evolutionary by product of the cell membrane so I've been here for awhile. Why not vote for me for President?
I, the Chloroplast, am the producer of food and energy in a plant cell. My most important function is to make food through photosynthesis for the whole cell. I literally ‘go green’ and efficiently use solar energy to prepare food in the form of sugars. The food and ATP I produce powers all the organelles in the cell. I give the other organelles the energy to carry out the instructions from the Nucleus. Many of my critics enjoy comparing me to my long lost cousin, the Mitochondria. Yes, I am like the Mitochondria. We both produce ATP for the United Republic of Cells. However, I would be a better candidate for Secretary of Energy because I am more versatile. Unlike the Mitochondria, I can work in multiple conditions. The Mitochondria can only produce ATP by using oxygen. I can produce ATP with AND without the use of oxygen.
While other organelles depend on me, I do not depend on any other organelle. I survived on my own as a well-functioning organelle in some of the most extreme conditions on Early Earth before I joined the United Republic of Cells. I had to survive only on what I was made of; I could not depend on any other organelles as many other modern organelles do. While I am self-sufficient, I can also work well with others. Over the past years, I have worked with the Nucleus, Cell Membrane, Smooth Endoplasmic Reticulum, and Rough Endoplasmic Reticulum to protect the United Republic of Cells from pathogens.
Without me, plants would not be able to survive. Plants produce oxygen for many living organisms, so many living organisms would also die. If I were to become Secretary of Energy, I would help develop more efficient ways for cells to produce energy for all cells, not just plants cells! Vote me for Secretary of Energy if you do not want the Earth to look like a barren wasteland! Vote today for tomorrow’s energy!
A vote for Smooth Endoplasmic Reticulum and Chloroplast is a vote for
a better cell and a better future! Vote today!
Work Cited
http://bscb.org/learning-resources/softcell-e-learning/endoplasmic-reticulum-rough-and-smooth/
http://www.sciences360.com/index.php/functions-of-lipids-in-human-cells-12883/
http://education-portal.com/academy/lesson/smooth-er-definition-functions-structure.html#lesson
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