Research and Development


BIOMEDICAL TECHNOLOGIES SL, is an innovative company which develops and produces data acquisition and control systems for biological and industrial applications, providing both the researcher and the technicians specialized cost effective services in R&D.

We are specialized in creating innovative and competitive products with and for the customer, understanding their necessities with the purpose of contributing to their success. We provide turnkey projects acting as a technological partner, helping to overcome specific challenges.
We offer our experience in design of electronic devices and software engineering to solve complex problems in industrial control and biomedical instrumentation. We implement robust and effective solutions, in adjusted terms and with strong cost restrictions, helping to minimize expenses in R&D.

The R&D department of Biomedical Technologies offers a great amount of resources intended to give the solution to any necessity. At the moment, it is involved in national and international projects and specific developments in clinical and industrial environments.


Skills:
  • Biomedical signal Acquisition and Processing.
  • Software Engineering. Scientific data analysis.
  • Electronic designs for Control and Instrumentation.
  • Wireless communication devices.

Fast Concept-to-Product Cycle


Technologies:
  • Microcontroller based designs.
  • Solutions based on PC/104 standard.
  • Mixed-signal electronic design.
  • FPGA, DSP based systems.
  • Bluetooth wireless technology integrators.

Designs highly restricted in size and costs


Applications:
  • Medical instrumentation.
  • Industry.
  • Automotive.
  • Communications.

High integration and minimum power consumption


Projects

EU Project: "Cortical Visual Prostheses for the Blind" (QLK6- CT-2001-00279)

This project aims to develop prototypes in the field of visual rehabilitation and to demonstrate the feasibility of a cortical neuroprostheses, interfaced with the visual cortex, as a means through which a limited but useful visual sense may be restored to profoundly blind people. While the full restoration of vision seems to be impossible, the discrimination of shape and location of objects could allow blind subjects to 'navigate' in a familiar environment and to read enlarged text, resulting in a substantial improvement in the standard of living of blind and visually impaired persons.The results from this project will provide information regarding neuroprostheses not presently available, as well as new information about the plastic changes in the adult nervous system, which has implications for rehabilitative training and device development



ESA Project: "Definition and accommodation study Long-Term Medical Survey (LTMS)"

The European Space Agency (ESA), together with the other space agencies, is considering a manned mission to Mars towards year 2030. That is called AURORA PROGRAMME, which targets the exploration of the solar system with an international human expedition. The feasibility of such a mission is being assessed; however, the necessary technologies and capabilities still need to be developed. Being active in programs that have requirements similar to those of a mission to Mars allows getting experience on how to prepare the mission. One suitable program is the CONCORDIA BASE in the Antarctic because of it’s:

  • Very long-duration missions.
  • Remote and isolated situation.
  • Extreme enviromental conditions.

For those reasons ESA has decided to partner with the Concordia partners in order to study the human behavior and medical parameters of the Concordia crew. Amongst others, ESA will supply and support a system used to monitor the life and well-being (fitness) parameters of the Concordia Station crews. This system is the scope of the Long-term Medical Survey (LTMS).

The objective of LTMS is to collect from the CONCORDIA crew, a suite of physiological parameters that should constitute a valuable asset for medical research at the station. To decide on the parameters, ESA organized a meeting of experts in adaptation in extreme (Antarctic) environments, altitude physiology, laboratory medicine etc. The outcome of this meeting resulted in the establishment of a baseline of biomedical parameters and measurement protocols. The data collected from these periodic medical measurement sessions, will conform the basic resource of further research about the health condition and fitness of people in long-term stays on harsh environments.

Partner of LTMS Project:
Digiutopika Biomedical Technologies Alenia Spazio ps_Testware


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Biomedical Technologies SL
Isla de Sálvora 95
28400 Villalba (Madrid)

Spain
Telephone: +34 696 617 508
URL:    http://www.biomedical-technologies.com
Email: info@biomedical-technologies.com
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