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Sascha van der Meer - Reiki & Wetenschap
30-03-2010 19:29:32







Hallo, graag wil u wat info sturen mbt Reiki & Wetenschap wat goed samen gaat.
Dit na het lezen van onderstaande:

Beoordeling
De waarde van Reiki zal men zelf moeten onderzoeken. Reiki krijgt geen stoplicht van IOCOB, omdat onderzoek naar de effecten van dit soort methoden op een traditionele mannier eigenlijk onmogelijk is.

Er zijn wel degelijk wetenschappelijke onderzoeken gedaan naar Reiki. Zie ook website www.siamreiki.com

Mr. Lee uses 3D MRA* to prove Siam Rei-ki™

*3D MRA - Three Diamentional Magnetic Resonance Angiography

Over the past 18 months the Rei-ki Research and Development Association has been gradually progressing towards being registered in Thailand. Due to the Government changes and many cultural disillusioned minds of an Internationally recognized energy health practice the registration process has been very slow.

Mr. Lee visited Taiwan to work with some of the best scientific equipment available, with the guidance of professors and doctors and gained evidenced based data to prove the outcomes of Siam Rei-ki to share with his students.

Aim

Scientifically prove the outcomes of Rei-ki treatments.

Projects in development are intending to implement clinical trails on HIV and Cancer stage 3-4.

Any individual, groups of people or organization willing to support and help in the development of the intended research programs, we are open to receiving help by volunteer therapists, donations and marketing assistance.

About

Magnetic Resonance Angiography is the imaging of flowing blood in vessels using Magnetic Resonance Imaging (MRI). Magnetic Resonance Angiography (MRA) is used to generate images of the arteries in order to evaluate them for stenosis (abnormal narrowing), occlusion or aneurysms (vessel wall dilatations, at risk of rupture). MRA is often used to evaluate the arteries of the neck and brain, the thoracic and abdominal aorta, the renal arteries, and the legs (called a “run-off”).

Visualization

Occasionally, MRA directly produces (thick) slices that contain the entire vessel of interest. More commonly, however, the acquisition results in a stack of slices representing a 3D volume in the body. To display this 3D dataset on a 2D device such as a computer monitor, some rendering method has to be used. The most common method is Maximum intensity projection (MIP), where the computer simulates rays through the volume and selects the highest value for display on the screen. The resulting images resemble conventional catheter angiography images. If several such projections are combined into a cine loop or QuickTime VR object, the depth impression is improved, and the observer can get a good perception of 3D structure. An alternative to MIP is direct volume rendering where the MR signal is translated to properties like brightness, opacity and color and then used in an optical model.

Clinical use

MRA has been successful in studying many arteries in the body, including cerebral and other vessels in the head and neck, the aorta and its major branches in the thorax and abdomen, the renal arteries, and the arteries in the lower limbs. For the coronary arteries, however, MRA has been less successful than CT angiography or invasive catheter angiography. Most often, the underlying disease is atherosclerosis, but medical conditions like aneurysms or abnormal vascular anatomy can also be diagnosed.

An advantage of MRA compared to invasive catheter angiography is the non-invasive character of the examination (no catheters have to be introduced in the body). Another advantage, compared to CT angiography and catheter angiography, is that the patient is not exposed to any ionizing radiation. Also, contrast media used for MRI tend to be less toxic than those used for CT angiography and catheter angiography. The greatest drawbacks of the method are its comparatively high cost and its somewhat limited spatial resolution.

http://en.wikipedia.org/wiki/Magnetic_resonance_angiography

Bedankt voor het lezen! En veel succes met uw goede website!






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Hallo, graag wil u wat info sturen mbt Reiki & Wetenschap wat goed samen gaat.
Dit na het lezen van onderstaande:

Beoordeling
De waarde van Reiki zal men zelf moeten onderzoeken. Reiki krijgt geen stoplicht van IOCOB, omdat onderzoek naar de effecten van dit soort methoden op een traditionele mannier eigenlijk onmogelijk is.

Er zijn wel degelijk wetenschappelijke onderzoeken gedaan naar Reiki. Zie ook website www.siamreiki.com

Mr. Lee uses 3D MRA* to prove Siam Rei-ki™

*3D MRA - Three Diamentional Magnetic Resonance Angiography

Over the past 18 months the Rei-ki Research and Development Association has been gradually progressing towards being registered in Thailand. Due to the Government changes and many cultural disillusioned minds of an Internationally recognized energy health practice the registration process has been very slow.

Mr. Lee visited Taiwan to work with some of the best scientific equipment available, with the guidance of professors and doctors and gained evidenced based data to prove the outcomes of Siam Rei-ki to share with his students.

Aim

Scientifically prove the outcomes of Rei-ki treatments.

Projects in development are intending to implement clinical trails on HIV and Cancer stage 3-4.

Any individual, groups of people or organization willing to support and help in the development of the intended research programs, we are open to receiving help by volunteer therapists, donations and marketing assistance.

About

Magnetic Resonance Angiography is the imaging of flowing blood in vessels using Magnetic Resonance Imaging (MRI). Magnetic Resonance Angiography (MRA) is used to generate images of the arteries in order to evaluate them for stenosis (abnormal narrowing), occlusion or aneurysms (vessel wall dilatations, at risk of rupture). MRA is often used to evaluate the arteries of the neck and brain, the thoracic and abdominal aorta, the renal arteries, and the legs (called a “run-off”).

Visualization

Occasionally, MRA directly produces (thick) slices that contain the entire vessel of interest. More commonly, however, the acquisition results in a stack of slices representing a 3D volume in the body. To display this 3D dataset on a 2D device such as a computer monitor, some rendering method has to be used. The most common method is Maximum intensity projection (MIP), where the computer simulates rays through the volume and selects the highest value for display on the screen. The resulting images resemble conventional catheter angiography images. If several such projections are combined into a cine loop or QuickTime VR object, the depth impression is improved, and the observer can get a good perception of 3D structure. An alternative to MIP is direct volume rendering where the MR signal is translated to properties like brightness, opacity and color and then used in an optical model.

Clinical use

MRA has been successful in studying many arteries in the body, including cerebral and other vessels in the head and neck, the aorta and its major branches in the thorax and abdomen, the renal arteries, and the arteries in the lower limbs. For the coronary arteries, however, MRA has been less successful than CT angiography or invasive catheter angiography. Most often, the underlying disease is atherosclerosis, but medical conditions like aneurysms or abnormal vascular anatomy can also be diagnosed.

An advantage of MRA compared to invasive catheter angiography is the non-invasive character of the examination (no catheters have to be introduced in the body). Another advantage, compared to CT angiography and catheter angiography, is that the patient is not exposed to any ionizing radiation. Also, contrast media used for MRI tend to be less toxic than those used for CT angiography and catheter angiography. The greatest drawbacks of the method are its comparatively high cost and its somewhat limited spatial resolution.

http://en.wikipedia.org/wiki/Magnetic_resonance_angiography

Bedankt voor het lezen! En veel succes met uw goede website!