Portable, lightweight and ergonomic.
Maximum reliability thanks to its advanced technology based on a semiconductor gas sensor for high sensitivity and Japanese manufacturing.
Tri-color digital display. Depending on the outcome of the measurement, changes color.
Gives different audio messages and digital media: battery status, the ranges and phases of the blow, the calibration process, etc.
Memory capacity to store the records of 100 blood alcohol tests.
Includes clock function.
Product marketed exclusively by CDP subjected to rigorous verification test before going on sale.
It incorporates an intelligent energy saving.
Complies with CE standards.
It has the certified records: EN 61000-6-3: 2001 and EN 61000-6-1: 2001
Technical Specifications:
Measurement range number: 0.075% – 0.75 mg / L in air (0.14 – 1.15 g / L in blood)
Takes 3 x 1.5V (AAA)
Display: LCD Tricolor
Unit of measure for user convenience: mg / L in air, g / L blood,% BAC
Auto off: 2 minutes – depending on energy savings in time mode.
Interval between each use: 20 seconds
Dimensions: mm 125.7×63.2×27.8
Weight: 78 grams without batteries
Alert level: grading at 0.25 mg / L in air (0.50gr / L blood)
Estimated level of accuracy: 99% in a measurement range from 0.15 to 0.30 mg / L

Includes:
Practice velvet case to protect it.
Two sterile rigid nozzles.
Flexible handle for a secure hold

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This advanced breathalyzer, the result of the extensive experience of CDP in the manufacture of alcohol monitor incorporates the latest technological advances that enable high accuracy for individuals or professionals, and also an exceptional ease of use it needs only to press a button.

Its wide screen provides precise digital audio and digital messages that report the status of the batteries, the ranges and phases of blowing, and heating the sensor. This model is calibrated on a large scale numerical between 0 and 1.00 mg / L of alcohol in air (such as those used by the police).

Complies with EC Regulations and has the certified records: EN 61000-6-3:2001 & EN 61000-6-1:2001. is a product of the highest quality, subject to thorough verification tests before being sold by advanced simulators located at the facilities and laboratories CDP.

It is very reliable, easy to use, compact, lightweight, ergonomic and features an intelligent system of energy saving. It also has connection for external power supply to 12VDC.

Includes the following accessories:
- A handy velvet pouch to protect
- 5 sterilized mouthpieces

This technique is like providing a “big picture” to facilitate the genetic study of the AIDS virus. Not only led to the discovery of AIDS therapies in new ways, this technique can also be used to observe and diseases such as influenza virus and others.

“We really hope that this technique can help find the most potent drugs,” said Kevin Weeks of the University of North Carolina, as quoted by Reuters.

“We’ve had a series of major plans we can try through this technique,” he added.

According to Weeks, there are many structures contained in the RNA of HIV genetic role in the expression of the genetic code. Formerly, the role of this structure is not considered to have an important role.

Weeks and his team then developed a new chemical method called SHAPE to create an image of RNA nucleotides and also its shape and fold the edge of the RNA.

Other imaging methods such as X-ray Crystallography can capture the position of each atom exactly, but only in small areas. While SHAPE, showed greater imaging, but not at the atomic level.

“In essence, this technique such a way that enlarge image imaging genetic mapping to get a broader view and more complete details on the genetic virus,” said Weeks.

This technique will help researchers create drugs that is more effective to treat a variety of viruses from the disease.

New drugs will be produced to meet the specific requirements of the virus structure, so it can block them to attack the cells or at least prevent it can replicate itself.

Traditional treatment requires the use of amblyopia special glasses so thick that for several months before the eyes of patients actually improved.

According to the researchers, this method will actually worsen the conditions that resulted in eye health social stigma for the patient’s infancy. In other words, this method is not 100 percent effective. Such information is quoted from the Times of India.

Ophthalmologist and a brain Uri Polat, from Tel Aviv University developed a computer method of therapy that helps heal children with amblyopia by allowing them to enjoy the fun playing games while undergoing therapy.

When patients late in playing computer games, he would stay awake and hopes things beyond expectations.

“How this treatment, originally only intended for adults only, namely to improve nerve activity in the brain, which acts as the operator function of the eye. But when applied to children with amblyopia, the therapy seems to play this game can also heal them,” Polat said.

The results showed that the therapy was in front of the computer for 20 hours of therapy has an effect equivalent to 500 hours using special glasses amblyopia patients.

Polat was now working with gaming experts from the University of Rochester developed a special game for therapy children with amblyopia.

A wheelchair had been created by a Japanese automotive company, Toyota, through research funded by involving a group of scientists.

To move the wheelchair, the user must use a special headgear that has been linked with a machine connected to the brain (electroencelograph machine). Later, the machine will read the signals from the brain to then be translated into a movement, through the integrated kommputer assistance with wheelchairs.

“Users no longer need the help of others to push a wheelchair. Just by thinking about what to do with the wheelchair, the chair itself that will do what you want. To the right, left, forward, backward. To stop, users simply moves his/her chin down, “said the Toyota.

The researchers from Toyota added wheelchair has a 95 percent accuracy of the motion response. They hope this technology can be used for purposes that support the medical rehabilitation of wheelchair users, both physical and psychological.

According to Toyota, this chair is a mind reader device with a quick response. This device has the ability to translate thought into motion in time format milisecond 125. Very much compared to the same technology in a different device, the ability to reach the 7-second response.

This engineering eye is not as perfect as the original eye. But by replacing the function of retinal cells, this bionic robot can help provide the basis for the vision of those who suffer from retinitis pigmentation or age-related muscular degeneration, the leading cause of blindness.

In addition, users will be wearing special glasses equipped with a small camera that can send images to a chip relay wrapped in titanium that is placed on the outer surface of the eyeball. The chip will then send the electrode under the retina to stimulate the optic nerve. Glasses will also wireless send that surrounds the eyeball.

MIT scientists have been working to develop this retinal implants for 20 years as part of the Boston Retinal Implant Project. Around 10 years ago, the researchers tested six electrodes in the blind patients, who reported seeing clouds like images when stimulated.

“We need three years to test this retinal implant, in order to work optimally,” explained chairman of the MIT scientists Jhon Wyatt, told Cnet.

Retinal implant has been successfully tested in pigs for 10 months without damaging the electronics.

Around 20 teams around the world who work to make dreams eye implants, is now developing cochlear implants are intended for hearing-impaired people.

This method has been tested by a team from the CSIRO Australian E-Health Research Center (AEHRC) and Queensland Health. They use cell phones to collect and deliver health information and also monitor the activities of patients from their homes to a central computer data via Bluetooth.

Head AEHRc Dr Phil Gurney said less than 20 percent of patients after cardiac surgery should follow the recovery program for six weeks, should be back and forth to the hospital to check on their health condition.

“Therefore we provide this technology to meet those needs,” Gurney said as quoted from the ABC Science.

Cell phone used in this method has advanced accelerator that measures physical activity such as number of patients footsteps every day. Patients can also use their phones to record data and the level of blood pressure scale.

Patients were asked to photograph what they ate breakfast, recording video at the time they exercise, and using an electronic diary on the phone to record the data of stress levels, dietary habits, smoking and drinking alcoholic beverages.

“We try to utilize existing technology to each patient’s condition can be monitored well and save time and cost,” added Gurney.

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The system check-ups Mobile Tempus IC is able to tell the crew instructions on its use through its color screen.

The Tempus IC is able to perform basic medical tests such as blood pressure, pulse and an electrocardiogram.

This information will be forwarded to “a medical team consisting of experts in medical assistance in flight”.

This system check-up includes merme a camera so that the cabin crew can send pictures of a patient.

According to Captain Richard Hill, who works for Etihad, the system will quickly assess the health of a patient in a medical emergency.

“This will enable us to ensure that a passenger receives treatment appropriate to the aircraft landing in case of diversion or landing safely ‘ex, that he.

Tempus The system was designed and built by the English company and RTD will be installed on the Airbus A340 and Boeing 999 to the company before being deployed on the entire fleet of Etihad.

Researchers at the Department of Electronics and Computer Technology, University of Granada have designed a portable device that evaluates the ionizing radiation received by patients in each radiation treatment. The system has two parts: the sensor, which is placed over the patient, and the reading unit, where it is administered once the sensor radiation.

Alberto Palma, one of the founders, explained to Medical Journal that “we start from transmitters Manfet existing, and we made some changes to meet the disadvantages of current technology in this field.” Important changes have been two: “We’ve eliminated the cables that could cause small downloads for the patient and the sensor can also be used throughout treatment.

The latter has been achieved thanks to “the reduction of thermal effects which has allowed a signal processing algorithm that we have under patent application”. The device, which can also measure the radiation received by the professional who administers it, “has gained confidence with a margin of error less than 1 percent.” During the first half of next year will complete the clinical validation in hospital Clínico San Cecilio of Granada and the Virgen de las Nieves.

The great advantages of the sensor, according to Damian Guirado, Radiophysics of San Cecilio, is that “can be read in real time easily and also is an inexpensive method. Thus, it can perform more control in vivo dosimetry. “You do not need it more than once a week, but before the sensors only permitted use. This lowers the cost even more if one considers that they are employing semiconductors are cheaper than usual.

Another advantage is that sensors allow traceability separately. “This device can calibrate each sensor depending on the treatment being performed and after recalibration,” said Guirado, who added that in the future could be improved if it could also be used for diagnosis. “

We must emphasize the great difference in this type of microcurrent stimulation traditionally used in physiotherapy. The latter are of very high frequency and grounding is derived from studies of early century Kotz.

Most important aspects to consider:
a) Not all instruments are equal electrostimulation. Use only those with the European CE mark certification and equipment that are accredited as medical.
b) The EEN is not a substitute for training but an ideal complement to download tensions continue training during periods of fatigue, enhance muscle agonist or prevent injuries.
c) are needed several sessions to notice results. In addition, sessions must meet the same standards of training, if not intense enough, will have no result.
d) The EEN will not burn fat as it is a tissue not stimulated. However, it stimulates the burning of calories contributing indirectly. Simply put, the EEN is not effective because one would need to be ‘plugged in’ all day to notice results.
e) Not all devices are equally effective electrostimulation. This should be a constant current generator with balanced, symmetrical rectangular pulses, with software calibrated to a precise frequency (1 to 120 Hz) and a chronaxies or preset pulse amplitude (from 30 to 450 microseconds). The frequency of stimulation is associated with muscle fiber type and want to work with the particular muscle chronaxie we are encouraging.
f) It is necessary to consider the planning of programs to understand their uses.
g) constant training is necessary to master the pain threshold and know the boundaries.
h) The EEN provides no improvement in cardiovascular level because it acts directly on the muscle fiber and produces an increase in heart rate.
i) There are groups at risk and should take special care: pregnant women, people with pacemakers or heart disease, people with impaired peripheral circulation, etc.