And so this entire tail here, shown here, will remain dissolved in that hydrophobic membrane, while the other component, this entire region here, because it will contain one, two, three phosphate groups, it will contain many negative charges, it will be polar, and it will be able to dissolve in the cytoplasm. And so this component basically detaches and remains in the cytoplasm, and the other component remains dissolved in that membrane. Now, the part that is dissolved in the membrane is known as Dag, which stands for diasoglycerol, while the IP stands for inostato one, four, five, triphosphate, and it remains dissolved in that cytoplasm. Now, the IP three and the Dag are actually two types of secondary messenger molecules. So what fossil lipasec does is it cleaves this molecule, the pivot two, that produces two different secondary messenger molecules. Now let's discuss what the IP three does.