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 OPHTHALMOINNOVATION THÜRINGEN  -  OIT




Press Selection

viewpoint 03/2003 Carl Zeiss Meditec
Workshop on the standards
of the American Health Authorities





Lufthansa Magazin 5/2003
www.kompetenznetze.de - Feature - Jena region
The Home of Innovation





AHK - MGCC Quarterly September/October 2001
The Business Magazine of the Malaysian-German Chamber of Commerce and Industry

New methods for excellent eyesight
Medical Technology for Ophthalmology





 
Press
More articles you can find on the German pages under press or in the archives.

AHK - MGCC Quarterly September/October 2001
The Business Magazine of the Malaysian-German Chamber of Commerce and Industry

New methods for excellent eyesight
Medical Technology for Ophthalmology


In times where Hi-Tech plays a very significant role, improvements within the medical sector today come along with innovations of medical technology. From pacemakers to HiFi-hearing aids, from keyhole-operations to eye laser treatments, from magnetic resonance to the ultrasound image of an unborn baby - highly developed technological procedures and equipment are a definite must in the daily routines in clinics and hospitals. For a doctor such procedures and equipments are absolutely essential when it comes to medical treatment.

In Germany the development and manufacturing of medical products can look back at a long and successful tradition at the highest level. The medical equipment and products available on the domestic market ensure exemplary medical care for all social groups of the population. Today the medical technology industry has become an important economic factor which, due to its continuously growing share in the export business, contributes considerably to the economic power of the country as well as to the employment market.

To be able to keep up with today's globalised competition, a rapid conversion of new ideas into products, an immediate transformation of consequences resulting from medical research into new procedures is absolutely necessary to become or remain a leader in innovation. By establishing a network of competences in clinical and industrial research in a certain technology area and by forming clusters, synergies and extremely efficient structures beneficial to all facilities involved can be created. A showpiece example therefor is the center of competence for medical technology, OphthalmoInnovation Thüringen (OIT).

With "Research and Service for Ophthalmology" as a motto, internationally well-known research institutes, excellent universities and university hospitals, enterprises with worldwide operations as well as small and medium sized companies have come together in Thüringen to further develop or invent new procedures and products in the sector of medical technology. OphthalmoInnovation, a cluster of all the aforementioned, with its headquarters in Jena, represents a general chain of competences from medical research through clinical tests to industrial production of med-tech equipment for the science of eyesight functional diagnosis as well as for laser therapies in ophthalmology. The center of competence takes on the following areas of responsibilities:

- OIT initiates the cooperation between science and economy
- OIT co-ordinates research projects
- OIT acquires research projects
- OIT offers systems for clinics and hospitals
- OIT informs about laws and regulations, innovations, medical news of seminars and symposiums
- OIT certifies with the European /CE 0118
- OIT takes over tasks related to project management

The current projects
The utilization of highly modern and innovative medical technology in clinics and private medical practices is gaining large significance, especially when it comes to fighting against main causes for blindness in the developed countries.

These comprise of
- Age-related macula degeneration (AMD)
- Glaucoma
- Diabetic Retinopathy as well as
- Arterial and venous hardenings

To control these syndromes effectively, OphthalmoInnovation is currently vigorously pursueing the following projects:

Eyesight and blindness - Diagnostic Methods
Eye defects are known to be mainly connected to microcirculation and metabolic malfunctions of the eyes. New stimulation methods and measurement techniques for retina circulation should enable more transparency of the microcirculation functions. With these methods a better understanding of functional perspectives of retina circulation not known or not verified to date has been made possible. The unique optical capture of retinal circulation for "microangiology" of the eye expands the angiologie of the macrovascular systems by representativ non-invasive methods. This in particular allows the diagnosis of glaucoma, as well as the sequelae of diabetes mellitus.

Eyesight and Blindness- Therapeutic Procedures
In the developed countries macula degeneration (AMD) is the major cause for people above the age of 50 to lose their eyesight. Contrary to the traditional laser photo coagulation, the photo dynamic therapie (PDT) enables a treatment without side effects. In a two-stage process the patient receives firstly an injection of photosensitive colouring which accumulates selectively in the retina. The subsequent ray treatment of the defected tissue activates the substance and causes the therapeutics effect. This reduces the risk of losing one's visual acuity.

Eyesight means Life Quality
In the area of ophthalmology, the possibility of bringing energy accurately and without direct contact into the tissue has opened up a large variety of areas where this can be implemented. The refractive laser surgery with the excimer laser is reputed to be a recognized correction methode of eye defects, such as shortsightedness, longsightedness and astigmatism. Grave eyesight anomalies could not be removed so far. OphthalmoInnovation gathers information on correction methods of serious eye aberrations and evaluates them. Implemented accordingly and in appropriate ways, excimer laser can be utilized to rectify more complex eye defects. The project makes it possible for the patients to know more about the expected results of the laser operation even before the operation itself.
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