Love lasts about seven years. That’s how long it takes for the cells of the body to totally replace themselves.
Françoise Sagan (via quotemadness)
The curious paradox is that when I accept myself just as I am, then I can change.
Carl Rogers (via fyp-psychology)
My newest addition!!!
I was born ready for work.
This is good to know...
We all have 2 minutes to live but taking a breath resets that clock
Please understand, this isn't just goodbye this is I can't stand you.
My live rock.
Takes place inside the mitochondrial matrix HOWEVER succinate dehydrogenase is bound to the membrane and so this step occurs there. It is the only enzyme that participates in both the krebs cycle and the electron transport chain.
Two molecules of carbon dioxide are given off
One molecule of ATP is formed (it’s not, it’s GTP which is considered an ATP equivalent - your examiner may or may not like this)
Three molecules of NAD+ are combined with hydrogen (NAD+ → NADH)
One molecule of FAD+ combines with hydrogen (FAD+ → FADH)
Because two acetyl-CoA molecules are produced from each glucose molecule, two cycles are required per glucose molecule. Therefore, at the end of two cycles, the products are: two ATP(GTP), six NADH2, two FADH2 and four CO2.
Can———-Citrate
Adam———-(cis)-Aconitate
Intrigue———-Isocitrate
A———-alpha-ketoglutarate
Super———-Succinyl-CoA
Sexy———-Succinate
Foxy———-Fumarate
Mama———-Malate
Ok!———-Oxaloacetate
(i stole this mnemonic from here)
Here’s a gap-fill game for practise
note: Citrate= Citric Acid, Fumarate= Fumaric Acid, etc…
For MOST of the enzymes, the name of the enzyme consist of the molecules it modifies(the molecule directly before it, and the function the molecule carries out)
If you’ve learnt the above order then you can use this to apply that
So———-citrate Synthetase
At———-Aconitase
Another———-Aconitase
Dance———-isocitrate Dehydrogenase
Devon———-alpha-ketoglutarate Dehydrogenase
Sipped———-Succinyl-CoA Synthetase
Down———-Succinate Dehydrogenase
Five———-Fumarase
Drinks———-malate Dehydrogenase
3 out of the 4 dehydrogenase enzymes will remove 2H (and an electron) from the molecule an put it onto a NAD;
remove a CO2;
and NAD –> NADH2.
The only exception is Succinate Dehydrogenase which places 2H atoms on an FAD molecule instead of an NAD