Lately there's been some research speculating several cancers to be Vitamin D deficiencies, except for one:
malignantCancer
Gestational trophoblastic disease
Lymphoma, malignant - ct scan
Malignant melanoma
Malignant otitis externa
Melanoma of the eye
Multiple myeloma
Skin cancer, malignant melanoma melanoma.
Yet a deficiency in Vitamin D3 would affect the skin
firstFirst progesterone mc10
First progesterone mc5
First-progesterone vgs 100
First-progesterone vgs 200
First-progesterone vgs 25
First-progesterone vgs 400
First-progesterone vgs 50
First-testosterone
First-testosterone mc and foremost, because it is the
primaryPrimary amyloidosis
Primary biliary cirrhosis
Primary hyperparathyroidism
Primary insomnia
Primary lymphoma of the brain source when exposed to natural sunlight. Moreover, a Vitamin D deficiency disease would affect all ages and both genders, unlike prostate, breast, and colon cancers for example, which largely arise in old age. And besides, no cancer experienced such alarming growth as melanoma did during the
sunActinic keratosis
Fontanelles - sunken
Liver spots
Sun protection
Sunburn
Sunburn first aid
Sunken fontanelles (superior view)-protective efforts of the past quarter-century.
So do you think that melanoma could
stemStem cell research from a deficiency in the "sunshine vitamin"?
I do not think that people who get chronic sun exposure are necessarily getting more Vitamin D. Indeed, sunlight darkens and thickens the skin, which inhibits ultraviolet penetration.
Could the prevention of melanoma thus involve optimizing sun exposure in order to ensure a consistent, year-round supply of Vitamin D3?
http://www.bbc.co.uk/science/hottopics/sunshine/benefits.shtml
http://www.medicalnewstoday.com/medicalnews.php?newsid=51913
"A short while later, a group of scientists from UCLA published a remarkable paper in the prestigious journal, Nature. The UCLA group confirmed two other recent studies, showing that a naturally occurring steroid hormone - a hormone most of us take for granted - was, in effect, a potent antibiotic. Instead of directly killing bacteria and viruses, the steroid hormone under question increases the body's production of a remarkable class of proteins, called antimicrobial peptides. The 200 known antimicrobial peptides directly and rapidly destroy the cell walls of bacteria, fungi, and viruses, including the influenza virus, and play a key role in keeping the lungs free of infection. The steroid hormone that showed these remarkable antibiotic properties was plain old vitamin D."