Norbert Beyrard HD Scanner

dpadmin — Wed, 26 Aug 2009 13:01:55 +0000

The revolutionary Norbert Beyrard HD Scanner can achieve a full scan for 10 patients an hour compared with 4 patients an hour with present day MRI Scanners. The NBHD Scanner has been certified for the EU in France and will shortly be certified for the USA . You can see pictures and descriptions of the system here.

A Simple Explanation of how the Norbert Beyrard HD Scanner works

dpadmin — Wed, 05 Nov 2008 11:42:25 +0000

The current average definition of present day MRI scanners is 1 millimetre which is not sufficient to identify cancers nearly early enough. In the first phase a tumour appears as a singularity from a size of 30 microns but when it increases to 1.3mm the tumour starts by vascularisation leading to migration of the tumour to other parts of the body via small veins and arteries. When the links from cells of the tumour (metastatic cells migrate to the rest of the body) they create new secondary tumours.

The danger is obvious because a 1mm Tumour can double in size in 1-4 days. This results in death in 70% of cases.

Norbert Beyrard writes to Lord Darzi, Permanent Under Secretary of State for Health, explaining his High Definition Scanner

dpadmin — Wed, 05 Nov 2008 11:20:04 +0000

October, 23 2008

Lord DARZI of DENHAM
Permanent Under Secretary of State for Health
House of Lords
London SW1A OAA

Dear Lord DARZI,

I was very interested hearing your lecture at the Royal College of Surgeons on October 20th 2008.

I do not think that Louis Pasteur would have been able to detect the existence of micro organisms without a microscope, and the subject is actual as you clearly made the demonstration during your lecture.

Though my line of education and research has been for many years oriented differently, I came across the problem of detecting cancer in a precocious phase, in 2003, when being myself in a clinic specialised on treating cancer. I then discovered the frightening mortality resulting from a late detection of cancer. This is a direct result of the low definition of the existing medical imaging.