I intend to deliver 50 cases supported by conclusive before and after photographic evidence.
I have Penny, featured in the Womans Realm Magazine whose skin is still clear after all of these years, then Helen, Almost forgot a local 70 year old who has also got clear skin since sleeping inclined, and some pilot study results which show improvements in skin quality and healing, conducted by John and Jean Simkins of the Multiple Sclerosis Resource Centre in Essex.
and almost forgot this evidence:
Re: Inclined Bed Therapy (I.B.T.) Experiment Proposal Nasa Micro Gravity affect
Flat bedrest has been tested on many people as a model for microgravity conditions in Spaceflight. Also head down tilt has been tested to induce some of the harmful effects of living in a reduced gravity environment.
We curently are analysing the effects of humidity, water, saline, and dry climate on the skin, particularly relating to psoriasis .http://www.psoriasis.org/forum/showthread.php?p=301797&posted=1#post301797
Presumably gravity or the lack of it according to my theory should show up in NASA data. A search revealed the following interesting reported skin conditions. Presumably, no astronauts would have psoriasis prior to micro gravity flight conditions, due to the shed skin cells floating around inside the craft. However, it would appear that micro gravity did induce psoriasis and a startling number of other skin related problems, suggesting again that gravity plays a vital roll in health
Medical Events in Shuttle Program Reported by Frequency from Postflight Medical Debrief, STS-26–STS-74
Condition Frequency Percent
Facial fullness 226 81.0%
Headache 212 76.0%
Sinus congestion 173 62.0%
Dry skin, irritation, rash 110 39.4%
Eye irritation, dryness, redness 64 22.9%
Foreign body in eye 56 20.1%
Sneezing/coughing 31 11.1%
Sensory changes (e.g., tingly, numbness, unusual sensations) 26 9.3%
URI (common cold, sore throat, sinus headache, hayfever) 24 8.6%
Back muscle pain (excluding “space” backpain) 21 7.5%
Leg/foot muscle pain 21 7.5%
Cuts 19 6.8%
Shoulder/trunk muscle pain 18 6.5%
Hand/arm muscle pain 15 5.4%
Anxiety/annoyance 10 3.6%
Contusions 10 3.6%
Ear problems (predominantly earaches) 8 2.9%
Neck muscle pain 8 2.9%
Stress/tension 8 2.9%
Muscle cramp 7 2.5%
Abrasions 6 2.2%
Fever, chills 6 2.2%
Nosebleed 6 2.2%
Psoriasis, folliculitis, seborrhea 6 2.2%
Low heart rate 5 1.8%
Myoclonic jerks (associated with sleep) 5 1.8%
General muscle pain, fatigue 4 1.4%
Subconjunctival hemorrhage 4 1.4%
Allergic reaction 3 1.1%
Fungal infection 3 1.1%
Hoarseness 3 1.1%
Concentrated or “dark” urine 2 0.7%
Decreased concentration 2 0.7%
Dehydration 2 0.7%
Inhalation of foreign body 2 0.7%
Subcutaneous skin infection 2 0.7%
Chemical in eye (buffer solution) 1 0.4%
Fever blisters 1 0.4%
Mood elevation 1 0.4%
Phlebitis 1 0.4%
Viral gastrointestinal disease 1 0.4%
Table 1: Medical Events in Shuttle Program Reported by Frequency from Postflight Medical Debrief,
STS-26 Through STS-74 (1988–1995). JSC Publication (EDO Report?)
Report to moderator 188.8.131.52
Andrew K Fletcher
NASA Gives Artificial Gravity A New Spin April 28, 2005
Science Daily — NASA will use a new human centrifuge to explore artificial gravity as a way to counter the physiologic effects of extended weightlessness for future space exploration.
The new research will begin this summer at the University of Texas Medical Branch (UTMB) at Galveston, overseen by NASA's Johnson Space Center (JSC) in Houston. A NASA-provided Short-Radius Centrifuge will attempt to protect normal human test subjects from deconditioning when confined to strict bed rest.
Bed rest can closely imitate some of the detrimental effects of weightlessness on the body. For the first time, researchers will systematically study how artificial gravity may serve as a countermeasure to prolonged simulated weightlessness.
"The Vision for Space Exploration includes destinations beyond the moon," said Dr. Jeffrey Davis, director of JSC's Space Life Sciences Directorate. "This artificial gravity research is an important step in determining if spacecraft design options should include artificial gravity. The collaboration between NASA, the National Institutes of Health (NIH), UTMB and Wyle Laboratories demonstrates the synergy of government, academic and industry partnerships," he added.
For the initial study this summer, 32 test subjects will be placed in a six-degree, head-down, bed-rest position for 21 days to simulate the effects of microgravity on the body.
Half that group will spin once a day on the centrifuge to determine how much protection it provides from the bed-rest deconditioning. The "treatment" subjects will be positioned supine in the centrifuge and spun up to a force equal to 2.5 times Earth's gravity at their feet for an hour and then go back to bed.
"The studies may help us to develop appropriate prescriptions for using a centrifuge to protect crews and to understand the side effects of artificial gravity on people," said Dr. Bill Paloski, NASA principal scientist in JSC's Human Adaptation and Countermeasures Office and principal investigator for the project. "In the past, we have only been able to examine bits and pieces. We've looked at how artificial gravity might be used as a countermeasure for, say, cardiovascular changes or balance disorders. This will allow us to look at the effect of artificial gravity as a countermeasure for the entire body," he added.
The research will take place in UTMB's NIH-sponsored General Clinical Research Center. The study supports NASA's Artificial Gravity Biomedical Research Project.
"Physicians and scientists from all over the world will travel to UTMB to study the stresses that spaceflight imposes on cardiovascular function, bone density, neurological activity and other physiological systems," said Dr. Adrian Perachio, executive director of strategic research collaborations at UTMB. "This is an excellent example of collaboration among the academic, federal and private sectors in research that will benefit the health of both astronauts and those of us on Earth," he added.
The centrifuge was built to NASA specifications by Wyle Laboratories in El Segundo,