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Pineal Gland “Third Eye” Photosensitive ganglion cells – transmit information to pineal gland. Pineal gland is inhibited by light, specifically blue light,

Jan 20, 2016

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Sandra Evans
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Page 1: Pineal Gland “Third Eye” Photosensitive ganglion cells – transmit information to pineal gland. Pineal gland is inhibited by light, specifically blue light,
Page 2: Pineal Gland “Third Eye” Photosensitive ganglion cells – transmit information to pineal gland. Pineal gland is inhibited by light, specifically blue light,

Pineal Gland

“Third Eye”

Photosensitive ganglion cells – transmit information topineal gland.

Pineal gland is inhibited by light, specifically blue light, 460-480 nm

Page 3: Pineal Gland “Third Eye” Photosensitive ganglion cells – transmit information to pineal gland. Pineal gland is inhibited by light, specifically blue light,

Suprachiasmatic nucleus (SCN)CNS signal to pinealfor release of melatonin

Page 4: Pineal Gland “Third Eye” Photosensitive ganglion cells – transmit information to pineal gland. Pineal gland is inhibited by light, specifically blue light,
Page 5: Pineal Gland “Third Eye” Photosensitive ganglion cells – transmit information to pineal gland. Pineal gland is inhibited by light, specifically blue light,

Melatonin

Targets: Brain, Immune System, Reproductive organs, Pituitary Gland, and other

Synch body’s biological clock, may inhibitGonadotropins (timing of puberty)

Page 6: Pineal Gland “Third Eye” Photosensitive ganglion cells – transmit information to pineal gland. Pineal gland is inhibited by light, specifically blue light,

Elysia chlorotica green sea slug

Page 7: Pineal Gland “Third Eye” Photosensitive ganglion cells – transmit information to pineal gland. Pineal gland is inhibited by light, specifically blue light,

Pancreas

More specifically Islets of Langerhans

Alpha Cells – Produce Glucagon

Beta Cells – Produce Insulin

Both are peptide hormones

Page 8: Pineal Gland “Third Eye” Photosensitive ganglion cells – transmit information to pineal gland. Pineal gland is inhibited by light, specifically blue light,

Glucagon

Promotes breakdown of glycogen to glucosein the liver.

Insulin

Promotes liver, muscles and fat tissue to absorbGlucose from blood.

Stored as glycogen in liver and musclesStored as triglycerides in fat cells

Page 9: Pineal Gland “Third Eye” Photosensitive ganglion cells – transmit information to pineal gland. Pineal gland is inhibited by light, specifically blue light,

When can we expect insulin to be released?

Page 10: Pineal Gland “Third Eye” Photosensitive ganglion cells – transmit information to pineal gland. Pineal gland is inhibited by light, specifically blue light,
Page 11: Pineal Gland “Third Eye” Photosensitive ganglion cells – transmit information to pineal gland. Pineal gland is inhibited by light, specifically blue light,
Page 12: Pineal Gland “Third Eye” Photosensitive ganglion cells – transmit information to pineal gland. Pineal gland is inhibited by light, specifically blue light,

Type 1 Diabetes (Childhood)

Type 2 Diabetes (Onset)

Gestational Diabetes

Page 13: Pineal Gland “Third Eye” Photosensitive ganglion cells – transmit information to pineal gland. Pineal gland is inhibited by light, specifically blue light,

Symptoms:

Hyperglycemia

Frequent Urination

Increase Thirst

Increase Appetite

Page 14: Pineal Gland “Third Eye” Photosensitive ganglion cells – transmit information to pineal gland. Pineal gland is inhibited by light, specifically blue light,

Type 1:

Autoimmune disease

Body destroys it’s own beta cells

10%-15% of all people with diabetes have type 1

Not Preventable

Page 15: Pineal Gland “Third Eye” Photosensitive ganglion cells – transmit information to pineal gland. Pineal gland is inhibited by light, specifically blue light,

Type 2:

More Common

Due to reduced insulin production orreduced ability of insulin to bind to receptors

15% of all people with diabetes have type 1

Treatable with insulin monitoring andproper diet

Page 16: Pineal Gland “Third Eye” Photosensitive ganglion cells – transmit information to pineal gland. Pineal gland is inhibited by light, specifically blue light,
Page 17: Pineal Gland “Third Eye” Photosensitive ganglion cells – transmit information to pineal gland. Pineal gland is inhibited by light, specifically blue light,

Gestational Diabetes

2%-10% of pregnant woman

Caused by high glucose levels during pregnancy

Hormonal changes may effect insulin production - Placenta

Page 18: Pineal Gland “Third Eye” Photosensitive ganglion cells – transmit information to pineal gland. Pineal gland is inhibited by light, specifically blue light,

Parathyroid

Releases Parathyroid Hormone (PTH)

Stimulates Ca2+ release from bone

Increase Ca2+ uptake from kidney and intestines

Page 19: Pineal Gland “Third Eye” Photosensitive ganglion cells – transmit information to pineal gland. Pineal gland is inhibited by light, specifically blue light,

Parathyroid Hormone (PTH)

Stimulates enzymes in the kidneys to convert vitamin D into calcitriol (Active form in the body)

Calcitriol promotes absorption of Ca2+

Done via synthesis of calcium-binding proteins (helps absorption)

Increases release of Ca2+ from bones

Page 20: Pineal Gland “Third Eye” Photosensitive ganglion cells – transmit information to pineal gland. Pineal gland is inhibited by light, specifically blue light,