652 page April 2009 by a UK Doctor who has lots of professional publications on the topic
Understanding illness and disease
- The nature of disease
- Disease patterns in the 18th and 19th centuries
- The changing pattern of disease in the 20th century
- The causation of disease and individual susceptibility
- Possible causes of disease
- Resistance to infection
Infections and the environment
- The seasonality of illness
- Hepatitis, tuberculosis and syphilis
- Peptic ulcer – a microbial disease
- Tuberculosis and South Asian ethnicity
- Lessons from tuberculosis: a multifactorial disease
- Glasgow: a microcosm of the industrial society
- Belfast and Toulouse
- Association as a clue to causation
Vitamin D
- Rickets and the discovery of vitamin D
- The biology of vitamin D
- Tuberculosis and the sun
Part 4 – Coronary heart disease 117
- 18. The emergence of coronary heart disease and its decline 119
- 19. The biology of coronary heart disease 131
- 20. The causation of coronary heart disease 138
- 21. Psychological factors and coronary heart disease 141
- 22. Diet and coronary heart disease 149
- 23. The Leningrad paradox 164
Part 5 – Cholesterol 169
- 24. Cholesterol and coronary heart disease 171
- 25. The metabolism of cholesterol 186
- 26. Seasonal variation of vitamin D and cholesterol 192
- 27. Cholesterol-lowering therapies 204
- 28. The Scottish paradox and the actions of statins 216
- 29. The elderly paradox 224
- 30. The geography of cholesterol 237
Part 6 – Geography of disease 251
- 31. Burnley, Colne & Nelson 253
- 32. The geography of coronary heart disease in the UK 257
- 33. The geography of coronary heart disease in Europe 270
- 34. The geography of coronary heart disease in the USA 280
- 35. The Northern Ireland paradox 284
- 36. The French paradox and the effect of alcohol 289
- 37. The geography of agriculture in Europe 298
Part 7 – Sociology of disease 311
- 38. Socio-economic deprivation and disease 313
- 39. Two Albanian paradoxes 338
- 40. The Greek paradox - smoking and coronary heart disease 342
- 41. Respiratory disease and coronary heart disease 350
- 42. Infl ammation and coronary heart disease 357
- 43. Cholesterol and infl ammation 368
Part 8 – Microbes and the heart 377
- 44. Could coronary heart disease be caused by micro-organisms? 379
- 45. Chlamydia pneumoniae 385
- 46. Helicobacter pylori 393
- 47. Dental health and coronary heart disease 400
- 48. Infections of the heart 405
- 49. Koch´s postulates and the concept of proof 408
- 50. Science works by paradigms 415
Part 9 – Aspects of immunity 421
- 51. South Asian ethnicity and coronary heart disease 423
- 52. The spleen and coronary heart disease 431
- 53. Sex and coronary heart disease 435
- 54. Immune suppression and coronary heart disease 439
- 55. Chronic renal failure, vitamin D and coronary heart disease 443
Part 10 – Diabetes, environmental factors, and climate 451
- 56. Diabetes and vitamin D 453
- 57. The metabolic syndrome and insulin resistance 462
- 58. The maternal factor and non-genetic inheritance 476
- 59. Hepatitis C virus, diabetes and the metabolic syndrome 487
- 60. Atmospheric pollution and the emergence of coronary heart disease in newly industrialising countries 491
- 61. The climate of the British Isles 502
- 62. Model of disease and environment 508
Part 11 – Protection by the sun from cancers and other diseases 513
- 63. Protection against cancer by vitamin D and sunlight 515
- 64. Crohn´s disease 539
- 65. The sun, vitamin D and diseases of the central nervous system 550
- 66. Rheumatic and auto-immune disorders 561
- 67. Is the sun dangerous? 567
Part 12 – Epilogue 581
- 68. Vitamin D and statins 583
- References 593
His summary of a 2008 paper on lack of vitamin D in the UK
Video May 2011 following are a few of the charts
Horizontal axis = individual patient - sorted by vitamin D level: clearly low vitamin D associated with each disease
His website - checked Nov 2014
His comment on Statins June 2010
Statins, cholesterol and vitamin D
It is well known that medications called statins reduce the amount of cholesterol in the blood. This is the reason for which millions of people take them, and this is their only licensed use. There are however several anomalies.
First, statins are of equal value to people with low levels of cholesterol in the blood as to those with high levels. Second, the benefit is the same no matter the amount by which the blood level of cholesterol is reduced. These facts immediately suggest that the undoubted, and greater than expected, value of statins might be due to a property other than their ability to reduce cholesterol.
Statins have a very specific metabolic effect in the inhibition of an enzyme called HMG-CoA reductase. True as this undoubtedly is, statins also have other metabolic effects, the nature of which are unknown or unpublished.
The unexpected published benefits of statins include the following:
* Reduced incidence of new diabetes
* Reduced rejection rate after kidney and heart transplantation
* Reduced incidence of colon, lung and prostate cancers
* Improvement of multiple sclerosis
* Improvement of rheumatoid arthritis
* Increased bone density of post-menopausal women
* Improvement of heart failure
* Reduction of the incidence of infections
* Increase in stem cell production in the heart
* Improvement in tissue repair
* Reduction of blood pressure
* Anti-inflammatory effects and reduction of TNFµ (inflammatory mediator)
* Enhancement of immunity
We are accustomed to drugs having unforeseen and undesirable side-effects, but it is most unusual, even unprecedented, for a drug to have such a wide range of unexpected beneficial effects. They are clearly doing something fundamental to the body, something that has nothing whatsoever to do with cholesterol lowering.
It is as though statins are a vitamin, as clearly they have a vitamin-like beneficial effect. Are they somehow a new hitherto undiscovered vitamin? Or are they mimicking a known vitamin? If so, which vitamin is it?
The wide range of benefits is very similar to the known effects of vitamin D. It would therefore appear that statins are acting like vitamin D, activating vitamin D receptors in the body.
Cholesterol category in VitaminDWiki starts with the following
see also Overview Hypertension and Vitamin D
Search HLD OR LDL Overview Cardiovascular and vitamin D
Overview Cholesterol and vitamin D
- Less cholesterol in diet resulted in less vitamin D in blood (in mice) – Feb 2016
- Vitamin D levels are (again) associated with HDL cholesterol levels – Feb 2018
- More cholesterol is associated with more vitamin D – June 2013
- Cholesterol, Vitamins D3 and K2, heart disease, sulfates, LDL, – Masterjohn Interview Jan 2013
- Most Profitable Pill in Medical History Is Based on Flawed Science (Statins) May 2019
- Kids have recently reduced both cholesterol and vitamin D – Aug 2012
- Cholesterol is needed to produce both Vitamin D and Cortisol 2011?
- Cholesterol reduced by Vitamin D plus Calcium – RCT March 2014
- Eating less cholesterol is harmless other than it causes vitamin D deficiency – June 2011
- Vitamin D bioavailability is associated with cholesterol – Jan 2011
- Vitamin D increases HDL
- Overview Cholesterol and vitamin D
- Cholesterol and vitamin D book - 2009
- Disadvantaged have low vitamin D and thus poor health – Aug 2011
- Author of Cholesterol and vitamin D book - 2009
- Disadvantaged have low vitamin D and thus poor health – Aug 2011
- Graphs of diseases vs vitamin D levels - and D3 vs D2- April 2011 same presentation
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