Fluids Hypertension Syndromes: Migraines, Headaches, Normal ...
Fluids Hypertension Syndromes: Migraines, Headaches, Normal ...
Fluids Hypertension Syndromes: Migraines, Headaches, Normal ...
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(Wink C S, and others).<br />
<strong>Fluids</strong> <strong>Hypertension</strong> <strong>Syndromes</strong> – Dr. Leonardo Izecksohn – page 248<br />
XVI - 110) Heart rate increased. Arterial hypertension. Tachycardia. Extrasystoles: “Examining<br />
changes in cardiovascular function after completion of fatiguing bench-press and leg-press exercise<br />
after Caffeine or placebo ingestion…Results showed significant increases in heart rate (+ 10<br />
beats/min), systolic blood pressure (+ 8-10 mmHg), and rate-pressure product with acute Caffeine ingestion<br />
versus placebo.”(Astorino T A, and others).<br />
The patients can feel this as cardiac Palpitations.<br />
“Caffeine had no effects on Heart rate variability or ventricular extrasystoles in young adults but aggravated<br />
those in obese middle-aged subjects.”(Nakanishi T, and Yoshimura M).<br />
XVI - 111) Heel spur aches (pain).<br />
The heel spur can ache too much with caffeine, but the aches disappear after one month without caffeine:<br />
Heel Spur aches, Asthma and caffeine: We had a white 61-year-old patient, retired librarian, no<br />
child, 1.65 meters (5 feet and 5 inches) tall, and 65 Kilograms (143 pounds) of weight. She never eats<br />
red meats. She was user of coffee 200 milliliter (7 fluid ounces) and guaraná 300 milliliter (10 fluid<br />
ounces) daily. “They are tasty, aren’t they?” She presented asthma crisis around once a week,<br />
triggered by many stimuli, repeating during some 40 years. She used to walk daily 5 to 10 kilometers<br />
only for her health, using sportive shoes. She also practiced swimming and physical exercises five<br />
times a week, only for physical fitness.<br />
Last year she presented with strong aches at her left foot, and was diagnosed with heel spur. The<br />
aches became so intense that she could not stand up with her usual sandals, and needed to search orthopedic<br />
shoes and special insoles just to walk. She tried acupuncture, physiotherapy, homeopathy and<br />
other medications, without success.<br />
After more than 6 months of unbearable aches, she decided to stop all caffeine. She suffered one<br />
week with head and diffuse body’s aches from the withdrawal of caffeine. After that, the heel spur remains<br />
at the same size and place, but the aches almost disappeared, and the asthma crisis became<br />
weaker and rare. Now, after 6 months without caffeine, she did not have any asthma crisis, her old<br />
asthma medications are useless, she no longer needs any orthopedic shoe and she is walking and exercising<br />
again. The heel spur is still there, but it does not ache any more. It is good, isn't it?<br />
XVI - 112) Hip fracture risk increased: On “100 case subjects (57 women and 43 men) admitted with<br />
a first hip fracture into one of three hospitals across New Delhi...Tea drinkers have a higher risk of hip<br />
fracture (OR 22.8).” (Jha R M, and others).<br />
XVI - 113) Homocysteine level raised in the blood: “We found a significant increase level of plasma<br />
homocysteine from 9.6 to 11.4 micromol/l in persons drinking natural, unfiltered coffee.” (Bukowska<br />
H, and others). Homocysteine is a harmful amino-acid, neurotoxic, associated with an increased risk of<br />
cardiovascular, neurological and psychiatric diseases, including Alzheimer, dementia and open-angle<br />
glaucoma.<br />
XVI - 114) Hot flashes: “Postmenopausal women experiencing hot flashes in whom estrogen replacement<br />
is contraindicated have alternatives available to them; ...Patients should be told that regular physical<br />
activity, a balanced diet, avoidance of alcohol and caffeine, and stress reduction may be of additional<br />
help in decreasing vasomotor flushing.” (Lucero M A and McCloskey W W).<br />
XVI - 115) Hyperthermia: “Administration of theophylline and caffeine produced a dose-dependent<br />
rise in rectal temperature at ambient temperatures of 8, 22 and 30 degrees C. The hyperthermia in response<br />
to either xanthine was brought about by an increase in metabolic heat production. In addition,<br />
their administration produced behavioral excitation, cutaneous vasodilation (as estimated by an increase<br />
in the foot and tail skin temperatures) and diuresis. The data suggest that these xanthines elicit a