Thanks for the update.
Be patient, this should work to some degree with everyone. Timescales for each person will be different depending on length of time a person has had ms and at what stage ms is at.
The video on youtube showing recovery in spinal cord injury is not an isolated case. Spinal cord injury responds very well to IBT and has been shown to reverse considerable loss of function and sensitivity in a post injury dating back 18 years.
These reports can be found in the carecure forum for anyone who is interested. PS ignore the idiot posts on the carecure forum, there are a few.
It is worth remembering also that varicose veins cannot go down without the pressure changes in the whole venuos return system being altered. This must also apply to the internal jugular veins and as mentioned in this thread in published papers the pressure and the reflux is posture dependent.
Michel Cabanac's paper on reflux due to exercise and the inevitable body temperature increases and evaporative heat loss showed a complete reversal of bloodflow back through the emissary veins through the skull, these vessels have no valves, yet the blood flow completely reverses when observed with a doppler flow monitor.
http://www.springerlink.com/content/y28 ... pdf?page=1
Rosacea: Disturbed Defense Against Brain Overheating
H. Brinnel1, J. Friedel, M. Caputa, M. Cabanac and E. Grosshans
Service de Médecine, Hôpital-Maternité, BP 116, 69210 L'Arbresle, France
Clinique Dermatologique, Faculté de Médecine de l'Université Louis Pasteur, 1 Place de l'Hôpital, 67091 Strasbourg Cedex, France
Institute of Biology, Department of Animal Physiology, N. Copernicus University, 87100 Torun, Poland
Département de Physiologie, Faculté de Médecine, Université Laval, G1K 7P4, Québec, (Canada)
Received: 15 October 1987
Summary:
Tympanic (Tty), esophageal (Tes), forehead, and hand skin temperatures, as well as the forehead evaporation rate were recorded in six men (four suffering from rosacea and two healthy controls) before, during, and after 1 h of warm bath (38° 13;39°C). During the last 30 min of the bath, the subject's face was vigorously fanned (14 m/s). Blood flow was explored with ultrasonic Doppler in the emissary veins of the cranium during normothermia before entering the bath, and during hyperthermia just after leaving it. Under normothermic conditions, Tty was higher than Tes in all subjects. In three patients, no blood flow could be detected in the ophthalmic emissary veins whereas in the fourth patient as well as in both control subjects, blood flowed from the intracranium to the face. During hyperthermia, face fanning decreased Tty by 0.25°±0.05°C (±SEM) below Tes in the control subjects whereas in all patients Tty remained warmer than Tes by 0.1°C. Doppler recordings showed a rapid inward blood flow from the skin to the brain in the controls during hyperthermia. In patients, however, there was no change from normothermia in the blood flow patterns of vena angularis oculi. Their forehead temperature was permanently higher than in control subjects. Venous blood flow from the skin to the brain appears to be suppressed in rosacea, thus inhibiting selective brain cooling in hyperthermic conditions. The importance of this mechanism in the pathogenesis of rosacea and its significance as a means of investigation are discussed.
Will return to this post later with some more papers from Cabanac and Falk et al
CureOrBust wrote:
Andrew, FYI, I have been using IBT for a couple of weeks, and have noticed no changes I can attribute to it. But, it has no down side for me either, and I do think it may help with varicose vein issues, and it will be some effort to make my bed flat again.