Опубликовано: 31 дек. 2013 г.
LYRICS:
Today I am gonna tell you cellular respiration
I am scripting this rap over vacation
I did not do something when the was due
Hopefully my points off are a few
Humans respire in manners that’s aerobic
Learning may be fun, you shouldn’t be phobic
I’ll discuss glycolysis along with the formation of acetyl coA
The citric acidity cycle, the ETC and chemiosmosis will most likely be discussed today
Bear in mind ATP is created within the finish
Due to this cellular respiration could be the friend
To begin with, glycolysis
The step where oxygen does not need to exist
It’s actually a volume of reactions
By which glucose is degraded into fractions
Vulnerable to energy investment and capture phase
Are generally somewhat complex, like a maze
2 pyruvates are created within the cytosol
Also keep in mind a couple of NADHs y’all!
We make 2 ATPs per glucose within the finish
But situation the start, my friend
Time for you to convert pyruvate into acetyl CoA
So cells can respire to discover later on
Pyruvates undergo oxidative decarboxylation
A craze that’s sweeping the country
It’s every time a co2 is gradually removed
The product is oxidized, which makes it improved
NAD+ accepts the electrons which have been removed
The product attaches to coenzyme A, it is precisely what I am speaking about
Pyruvate dehydrogenase may be the necessary enzyme
Speeding reactions up is not a offense
Now we visit the citric acidity cycle
Which teaches us why it is good to recycle
The Krebs Cycle is an additional common name
This is why Hendes Krebs found fame
Acetyl CoA transfers its acetyl group to oxaloacetate
Now we’re playing a six-carbon citrate
The citrate encounters numerous chemical transformations
Particularly obtaining a couple of co2 donations
Oxygen is required which is not fermentation
CO2, NADH, FADH2, and 2 ATP can be found in each rotation
Finally we demonstrated in the electron transport chain
Along with chemiosmosis, which sounds type of strange
The chain includes four complexes and ATP synthase
Oxygen may be the final acceptor, creating water in every situation
NADH switched into NAD+, FADH2 switched into FAD
Most significantly creating no more than 32 ATP
The interior mitochondrial membrane happens when the chain happens
Pushing hydrogen atoms towards the intermembrane space
We’ve produced around 36 ATPs
Let us do this again, which was fairly simple!