Приклади вживання Medical diagnostics Англійська мовою та їх переклад на Українською
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Medical diagnostics is divided into semiotics;
In addition, this substance is used in medical diagnostics for the detection of blood.
Unified clinical protocol of primary, secondary(specialized) medical diagnostics.
Scan Life Ltd."- medical diagnostics centers network.
Keywords: Boycott effect; suspension; aggregation; sedimentation; medical diagnostics.
P21 Intellectual technologies in medical diagnostics, treatment and rehabilitation(Number of comments: 67).
Scanlife In-time diagnostics- Key to your health"Scan Life Ltd."- medical diagnostics centers network.
Its Medical Diagnostics, Biotechnology and nanotechnology research centres are amongst the top research centres in Italy.
Home- State prizes, 2019- Intellectual technologies in medical diagnostics, treatment and rehabilitation.
It is developed by our specialists'AMM-2000',dedicated to the creation of ultrasonic devices for medical diagnostics.
The most popular PCR method has become in medical diagnostics for the definition of various infectious diseases.
It states,“… Mercene Labs has used their experience indevelopment of surface active materials for microfluidics and medical diagnostics.
Integrated approach of this Program, coupled with medical diagnostics, which allows to make an individual progress and choose.
A confident registration with a measure of uncertainty iscritical for many change detection applications such as medical diagnostics.
But in an educational setting, unlike collaborative chess or medical diagnostics, the student is not yet a content expert.
Medical diagnostics are based on recording both the physical fields in the human body and the interaction of external physical fields with the body.
Devices and non-destructive control of the vascular system in medical diagnostics and medical practice.
The new technique, reported online June 12 in Nature Materials, easily produces uniform, orderly arrays of gossamer-thin materials that could have broad use in sensors,energy-harvesting devices and medical diagnostics.
But in an educational setting, unlike collaborative chess or medical diagnostics, the student is not yet a content expert.
During studies, the students deepen their theoretical knowledge and develop their research skills for development andimprovement of the equipment for medical diagnostics, therapy, and health monitoring.
N 22/12 Project:“Functional bionanomaterials for medical diagnostics of oncological diseases”(scientific supervisor- Kashuba V. І.).
The aim of the work is the development of theoretical foundations andcreation of intelligent technologies for medical diagnostics, treatment and rehabilitation.
The obtained results of the cycle of works are important for medical diagnostics of cancer diseases and their therapy. They can also be useful in finding out the development of other human cancers.
Development of potentiometric mono- and multibiosensors specific to glucose,urea and creatinine for the medical diagnostics and monitoring of hemodialysis.
Applications have been established for point-of-care medical diagnostics, where portability and low system-complexity is essential.
University of Maryland Chemistry Professor John Fourkas and his research group have developed new materials andnanofabrication techniques for building miniaturized versions of components needed for medical diagnostics, sensors and other applications.
Scientific interests- use of infra-red thermography in scientific researches(technical and medical diagnostics, research of biological objects with the help of non-invasive technologies).
It is especially important for the very slow aggregating andsedimenting blood samples in medical diagnostics or checking the ageing of the nanofluids.
Scientific interests- use of infra-red thermography in scientific researches(technical and medical diagnostics, research of biological objects with the help of non-invasive technologies).
Many technologies to improve public health depend significantly on chemical engineering such as biomaterials,biomedical devices, medical diagnostics, the chemical design and synthesis of drugs, the genetic engineering of therapeutic materials, drug delivery systems and medical imaging technology.