Harmonization of the human endocrine system according to Yamsaro/Natara®

Harmonization of the human endocrine system according to Yamsaro/Natara®

 Activation of the original frequencies for hormones in humans/animals

 

 Place of production in the body / hormone

    1  Pancreas Amyline

   2  Pancreas Glucagon

   3  Pancreas Insulin

   4  Pancreas Pancreatic polypeptide (PP) 

   5  Blood platelets Thromboxane 

   6  Mammary gland, placenta, uterus, corpus luteum Relaxin

   7  Intestines Guanyline

   8  Intestine, blood platelets, brain Serotonin

   9  Lower intestinal sections Peptid YY (PYY)

   10 Intestines, brain Galanin

   11   Small intestine Glucagon-like peptide 1

   12  Small intestine Motilin

   13  Small intestinal mucosa Cholecystokinin (CCK) 

   14  Small intestinal mucosa Secretin

   15  Mast cells Histamine 

   16  Ovary, brain, testicles, adrenal gland, arteries Oestradiol (component of oestrogen) 

   17  Ovary, testicles Activin

   18  Ovary, testicles, fetus Inhibin 

   19  Ovary, testicles, adrenal gland Progesterone 

   20 Testicles Testosterone (androgen) 

   21  Testicles, ovary Anti-Müllerian hormone 

   22 Adipose tissue leptin 

   23 Adipose tissue, placenta Oestriol (component of oestrogen) 

   24 Subcutaneous fatty tissue, ovary, low in adrenal gland estrone (component of estrogen) 

   25 Fat cells Adiponectin 

   26 Vascular inner layer Endothelin 

   27 Heart atrium Atrial natriuretic peptide (ANP) 

   28 Heart atrium Atriopeptin

   29 Heart atrium Brain natriuretic peptide (BNP)

   30 Cerebral cortex Corticostatin

   31 Pituitary gland Adiuretin, adiuretic hormone (ADH) 

   32 Pituitary gland Lipotropin (LPH)

   33 Pituitary gland Vitamin-D3 / Calcitriol

   34 Pituitary gland Growth hormone (GH) 

   35 Anterior pituitary lobe Adrenocorticotropic hormone (ACTH)

   36 Anterior pituitary lobe Follicle stimulating hormone (FSH)

   37 Anterior pituitary lobe Luteinizing hormone (LH) 

   38 Anterior pituitary lobe, skin Melanocyte stimulating hormone (MSH)

   39 Anterior pituitary lobe Prolactin (PRL) 

   40 Anterior pituitary lobe Somatropic hormone, growth hormone (HGH) 

   41  Anterior pituitary lobe Thyroid stimulating hormone (TSH)

   42 Hypothalamus Corticotropin Realising Hormone / Corticoliberin (CRH) 

   43 Hypothalamus Gonadotropin Realizing Hormone / Gonadoliberin (Gn-RH) 

   44 Hypothalamus Growth Hormone Inhibitinghormon / Somatostatin (GH-IH)

   45 Hypothalamus Growth Hormone Releasing Hormon / Somatoliberin (GH-RH)

   46 Hypothalamus Melanoliberin (MSH-RH) 

   47 Hypothalamus Melanostatin (MSH-IH, MIH) 

   48 Hypothalamus Orexine

   49 Hypothalamus Oxytocin

   50 Hypothalamus Prolactin inhibitin hormone, prolactostatin (PRL-IH) 

   51 Hypothalamus Prolactin-releasing hormone, prolactoliberin (PRL-RH) 

   52 Hypothalamus Thyrotropin releasing hormone (TRH)

   53 Hypothalamus, pancreas, intestinal wall Vasoactive intestinal peptide (VIP) 

   54 Hypothalamus, Hippocampus, spinal cord Dynorphine

   55 Hypothalamus, Pituitary gland Gamma endorphin 

   56 Hypothalamus, Pituitary gland Melanotrophin

   57 Hypothalamus, Pituitary gland, nerves Beta endorphin

   58 Hypothalamus, Adrenal medulla, sympathetic ganglia Dopamine 

   59 Bones Osteocalcin

   60 Liver Androsterone

   61  Liver Angiotensin

   62 Liver Fibroblast growth factor 21 (FGF 21) 

   63 Liver Hepcidine

   64 Liver Insulin-like growth factor (IGF)

   65 Liver Pregnandiol

   66 Liver, Kidney, striated muscles Thrombopoietin

   67 Stomach Ghrelin

   68 Gastric mucosa, small intestine Gastrin 

   69 Adrenal gland Aldosterone

   70 Adrenal medulla Adrenaline 

   71  Adrenal medulla, locus coeruleus of the brain Noradrenaline 

   72 Adrenal cortex Androstenedione 

   73 Adrenal cortex Cortisol / hydrocortisone

   74 Adrenal cortex Cortisone (glucocorticoids) 

   75 Adrenal cortex Deoxycorticosterone 

   76 Adrenal cortex Dehydroepiandrosterone (DHEA)

   77 Adrenal cortex, brain Pregnenolone

   78 Parathyroid gland Parathyroid hormone (PTH) 

   79 Nerve endings Gaba / ᵧ-aminobutyric acid 

   80 Kidney Encephalin

   81 Kidney Erythropoeitin (Epo) 

   82 Kidney Uroguanyline

   83 Kidneys Renin

   84 Placenta Humanes Choriongonatropin (hCG)

   85 Placenta Human placental lactogen (HPL)

   86 Thyroid gland Calcitonin 

   87 Thyroid gland Calcitonin 

   88 Thyroid gland Thyronamine 

   89 Thyroid gland Thyroxine (T4) 

   90 Thyroid gland Triiodothyronine (T3) 

   91 Thymus gland Thymopoietin 

   92 Thymus gland Thymosin

   93 everywhere in the body, different muscle types Prostaglandin 

   94 in the entire body; low in the testicles Dihydrotestosterone 

   95 Numerous cells in the body Pituitary adenylate cyclase activating peptide (PACAP)

   96 Pineal gland, intestine, eye retina Melatonin

   97 Pineal gland, brain Phenyl ethylamine


Number code for the optimum setting of the original frequency of the hormone in the plant: Hormonal function Place of production/synthesis in the plant Other information on the function in the plants
Auxin (IAA) Elongation Rapidly dividing redifferentiating cells (mostly tip) Leaf, shoot, root light-dependent, coleoptile curvature (protective organ for the emerging first leaf), growth-stimulating for leaves and fruit; organ development
Gibberellin (GA) Sprout extension Root and shoot meristem (plant tissue for cell division) unripe fruits, seeds, young leaves stimulates length growth, stimulates seed germination, triggers flower development
Cytokinin (CYK) Cell division Root tip, young leaves, stems, flower buds, developing seeds Antisenescence (prevents ageing process), cell division, regulation of growth process, regulation of bud formation
Abscisic acid (ABA) Stress hormone Leaves, roots, ripe fruits inhibits flower formation, induces stroma closure (plant pores) in the event of a lack of water, stops the development of lateral growth, promotes seed dormancy, promotes tranquillity in the plants
Brassinosteroid (BR) Growth vigorously growing tissue of shoots, roots, flower buds, pollen, unripe fruit Cell growth and cell division, length growth at all levels
Ethylene Ripening hormone gaseous breaks seed dormancy, stress hormone, stimulated flower development
Jasmonic acid Development Young leaves and developing organs gewährleistet Samenruhe, für Blüten-, Samen- und Blattentwicklung, beteiligt an der Blattveränderung, Stressentwicklung

Menü

Book the harmonization of one hormone in the calendar

Menü

Book all 97 hormones for humans or animals in the calendar

Menü

Book the activation of one hormone for plants

Menü

Book all 7 hormones for plants in the calendar

Menü

Book the immortality code in the calendar

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