Ask the letters

Course 30 closes in the body, not the notebook. Class 30 put the asks in order for neurotransmitters. Every later session still starts with name, permission, alone in the auric field, and stated age. Strong holds; yield gives. Show means hold the name — literacy, not a dose you invent.

Is this the name? Is it all right if we talk with you? Are you all alone in your auric field? Are you the age you stated? These are not small talk. A yield on permission is a stop. A yield on alone is a cord or a split — you do not run a meridian through occupied space. A yield on age is presenting age, not a lie.

Class 30 - Neurotransmitter Synthesis Lab Questions

Serotonin (Chart 30-2)

1. 1. Body, can we talk about your serotonin?
2. 2. Do you see the picture of tryptophan that I'm showing you? Do you get enough of it in your diet? (Turkey, milk, protein foods.) Could you use more?
3. 3. Can you hydroxylate the tryptophan, making 5 hydroxytryptophan?
4. 4. Do you have an adequate amount of the enzyme tryptophan hydroxylase? (If not, check p-5-p, rubidium and zinc, 7th chakra cords.)
5. 5. Are you making 5 hydroxytryptophan perfectly? Are you making enough? (If not, check for milk allergy (mom-stuff), pharmaceuticals, pesticides, herbicides, petroleum products, household toxins, fluoridation)
6. 6. Can you then decarboxylate your 5 hydroxytryptophan, making serotonin? (If not, do you have enough of the enzyme 5-hydroxytryptophan decarboxylase?)
7. 7. Are you getting enough sunlight to support the production of serotonin?
8. 8. If you had an adequate amount of perfect serotonin (along with dopamine), would it help you signal the release of hypothalamic neurohumors? Could you better regulate your temperature, sleep cycles, menstrual cycles?

Melatonin

1. 9. When it gets dark, can your pineal gland make an enzyme that converts your serotonin into melatonin?
2. 10. Does that enzyme and serotonin migrate to the raphe nucleus of the reticular formation in the upper part of the brainstem?
3. 11. Is that where you convert your serotonin into melatonin?
4. 12. Are you doing that perfectly?
5. 13. In the morning when it is light, are you able to convert your melatonin back into serotonin?

Catecholamines (Chart 30-5)

1. 14. Do you see this picture of the phenylalanine cascade?
2. 15. Do you have enough phenylalanine? Are you are using it perfectly?
3. 16. Can you hydroxylate it and make tyrosine exactly like the picture? (If not, check folic, B6, methionine cascade.)
4. 17. Can you then add another hydroxyl on the phenyl group to make L-Dopa?
5. 18. Can you take the L-Dopa, decarboxylate it, and make dopamine in the substantia nigra?
6. 19. Can you add another hydroxyl to the dopamine and make norepinephrine in the locus ceruleus?
7. 20. Can you add a methyl group to the norepinephrine and make epinephrine?

Acetylcholine (Chart 30-6)

1. 21. Body, can we talk about your acetylcholine?
2. 22. Do you have a sense of quiet attention and focus that comes from having the right amount of acetylcholine in your brain?
3. 23. Is acetylcholine being made in the synaptic knobs by combining choline with an acetyl radical?
4. 24. Do you have enough choline acetyltransferase to make acetylcholine? (If not, check for aspartame.)
5. 25. Do you have enough choline?
6. 26. Can you pull the methyls you need from methionine to make choline? (If not, check cascade, usage, wheat/meat allergy.)
7. 27. Is the acetyl radical available—from Acetyl CoA?
8. 28. Can you break down ACh with acetyl-cholinesterase? (If not, check molybdenum.) And then re- combine it?
9. 29. Are there allergies or toxins (e.g., flfluoride, aspartame, anesthesia, metals) getting in the way of synthesizing or breaking down acetylcholine?
10. 30. Do you need any nutritional support? (possibly molybdenum, germanium)

Glutamine, Glutamate, GABA (Chart 30-7)

1. 31. Can we talk to you about your glutamine, glutamate and GABA?
2. 32. Can you take glutamine and make glutamate (also known as glutamic acid)?
3. 33. Can you do this perfectly? Do you have the right amount of glutamate to support the memory centers of the brain called the hippocampi?
4. 34. Do you also use glutamate as a transmitter substance in your hypothalamus?
5. 35. Can you take glutamic acid and make GABA? (If not, check germanium, B12, metals, allergies [fume and fuel], flfluoride exposure, toxins.)
6. 36. Does your GABA work to restrain excess firing of acetylcholine signals in the brain?

Glycine (Chart 30-8)

1. 37. Body, can we talk to you about your glycine?
2. 38. Can you make glycine from threonine? (If not, check soy allergy.)
3. 39. Do you have a comfortable amount of glycine along your spine?

Taurine (Chart 30-4)

1. 40. Brain, can we talk to you about taurine?
2. 41. Are you synthesizing taurine from cysteine?
3. 42. Is there any area in your brain that is not receiving the appropriate amount of taurine?

On yourself first, or a consenting adult. Strong holds; yield gives. If a step says stop, you stop. Walk Kapel's numbered asks in order — do not invent missing steps. When the PDF shows a sample or ingredient, hold the name and ask; this academy does not invent milligram or dosing language. Ethics still holds after the last yes.