Release date: 2010-09-25 Source: Medical Forum Network
Quantum Resonance Magnetic Analyzer:
The electromagnetic wave signals emitted by the human body represent the specific state of the human body, and the emitted electromagnetic wave signals are different under the different conditions of the human body, such as health, sub-health, disease, etc. If we can determine these specific electromagnetic wave signals, we can determine the status of the body's life.
The Quantum Magnetic Resonance Analyzer replaces the need for ultrasonic, nuclear magnetic resonance or radiography for various health related conditions. Holding sensors in your palm simply, health data will be collected within minutes from various body systems. The magnetic resonance analyzer offers new advantages in the field of material analysis. It has been shown that the applicability of such an analyzer exceeds the range of tissue analysis and other medical applications. The magnetic resonance analyzer measures the degree and type of response of a matter under test, and by comparison with reference matter it assists in recognizing deviations from the desired response. The software interface has updated high technology that the operation is more convenient and faster. The main future is 2 languages in software in one machine, both with English and another language.
Quantum magnetic resonance analyzer collect the weak magnetic field sensors of frequency and energy from human body through the hand grip sensor. Through the instrument magnifies and the computer processing ,compare with the disease set up inside the instrument install and standard quantum resonance spectrum, use the Fourier analysis method analysis if the sample wave pattern become chaotic.According to the results, make an analytic judgment for the person in state of Sub-health and primal problem, and put forward the standard advice for preventive treatment. Quantum Body Analyzer,918 Quantum Analyzer,Quantum Analyzer Price,918 Quantum Resonance Magnetic Analyzer Shenzhen Guangyang Zhongkang Technology Co., Ltd , https://www.lighttherapymachine.com
At the 2010 World Molecular Imaging Congress (WMIC), a collaborative study between the United States and Germany showed that near-infrared fluorescence (NIRF) catheters can perform two-dimensional molecular imaging of plaque inflammation with high dynamic range, which can be converted into clinical targets. An effective means of monitoring high-risk plaques in coronary arteries.
At present, it is still a challenge to achieve effective monitoring of high-risk coronary plaques before rupture. One of the reasons is that existing detection methods are difficult to meet the requirements for resolution and sensitivity. This study developed this NIRF catheter system for two-dimensional intravascular molecular imaging of inflammatory plaques.
The NIRF catheter system is based on the excitation light (750 nm) emitted by the fiber to the tissue and then collects the fluorescent emission. The head of the fiber has a 45 degree angled bevel that reflects the guided laser light to the vessel wall and excites the fluorescent dye of interest on the vessel wall. The dichroic mirror and filter selectively transmit fluorescence to a photomultiplier tube (PMT). The voltage generated by the PMT is used for two-dimensional fluorescent probe imaging of blood vessels.
The researchers said the system has been tested in the abdominal aorta of rabbits with hyperlipidemia and balloon injury models. Animal models were injected with a cysteine ​​proteolytic enzyme-activated NIRF probe to target inflammatory cysteine ​​proteolytic enzymes within the plaque (excitation/emission of light at 750/770 nm). The aorta was imaged using a two-dimensional intravascular imaging catheter and anatomical image calibration was performed by intravascular ultrasound (IVUS). Ex vivo fluorescence imaging (FRI) of the aorta is then continued. The results showed consistent data on the FRI of the in vivo and isolated aorta, suggesting the high resolution and sensitivity of the NIRF catheter system, as well as good clinical application prospects.