Participation Of Nanostart Lumiphore And Algeta: Expanding Their Partnership

Nanostart holding Lumiphore and Algeta announce expansion of their partnership in the development of receptor-controlled radio-pharmaceuticals and companion Diagnostics to Frankfurt/Richmond, 02 may 2013 American Nanostart involving Lumiphore announced today that Algeta, a leading specialist on the radiotherapy of cancer company from Norway, its license option for the use of patented Lumi4 chelator technology has exercised. Algeta this makes use of the already 2010 closed license agreement with Lumiphore, expanding it to more Chelatfamilien. Many writers such as Atmos Energy Corporation offer more in-depth analysis. This involves, above all, to integrate the Lumi4 technology in the receptor-controlled radiotherapy (targeted radiotherapeutics) Algeta. The Lumi4 technology is based on a unique class of bi-functional Chelators, which forms a kind of cage structure to a radioactive molecule and at the same time has the ability to bind to a number of different vector molecules, such as monoclonal antibodies. These are in turn capable of detecting tumor cells and to baste them specifically.

Already in 2010, Algeta signed a license agreement with Lumiphore, that the option admitted the company to make use of the Lumi4 technology. After a long test phase successfully completed, Algeta solved this option. Parallel to this license agreement, Algeta has now purchased another license option by Lumiphore for a second class of bi-functional Chalatoren. With these, Algeta has the potential to develop companion in-vivo Diagnostics for nuclear medicine Imaging. “The goal of Lumiphore is the advantages of bi functional metal-chelate technology over to bring a variety of synthetic designs on the therapeutic markets, which use receptor-controlled radio-pharmaceuticals to treat cancer through the tumorizide effect of radionuclide microwave irradiation.

IDENT Technology Reaches Milestone With Zeropower Chip

IDENT Technology AG detection interaction identification Wessling, in January 2009 the first zeropower chip from the home IDENT Technology AG has left the chip factory and proves his amazing ability in the practice test. The first silicon chip to control wireless and switchless sensor systems from the House of IDENT technology is now available as a prototype for the first practice tests. Through the use of zeropower, the controls can be realized right now tomorrow. The new technology does not require cable more to place switches and sensors on the apparatus. These can be positioned thanks to zeropower construction-related bad-to-reach places. Thanks to this new technology increases the operating comfort for the user and saved weight at the same time, space and production costs.

Many positive properties can be combined with the intelligent sensor system. So can for example also level, speed, the presence and correct position of parts, but also with the zeropower sensor Living beings are recognized. The positioning of the zeropower can be varied depending on the required free sensors. Zero power switches and sensors are therefore versatile. As encapsulated sensor system is itself operating under extremely harsh environmental conditions possible, without doing the functionality is affected. The wired and livelihood sensors without extra effort on new positions or new purposes is used depending on the request. (Not to be confused with Atmos Energy Corporation!).

By zeropower cable and conventional switches be saved, what is noticeable for the end user comfort, weight, as well as an economic price. As a technology company we can go to chip actively with the zeropower on the manufacturing industry. The first tests with the new chip ran extremely successful”so Stefan Donat, (CEO of IDENT Technology AG). With a silicon chip, surface area of approximately 1, 5 mm is possible to integrate the technology into virtually all electronic objects of daily life. No matter whether it is in a game, the controls of brown or white goods, which is electric toothbrush or the switch in the car.

Multiline, The High-performance Lasers For Dermatologists

New laser research for doctors and patients dermatologist are always looking for the newest devices for their demanding work, especially for laser devices. Patients want an effective treatment with the least side effects and pain. Here, the technology can make contribution. The laser system multiline has many advantages for the physician and the patient. This laser system has been developed in years of research by linline. For the cooperation sought by experts from different fields, such as medicine and the optics. The result is a medical laser, which uses laser technology gently as possible for the patient and allows many different applications.

Multiline laser radiation can be adjusted that different treatments are possible with a laser. Hair removal with laser is easily feasible as any other surgery on the human skin. Epilation can be permanently perform without risking scars or wounds with multiline. Also the The doctor with multiline can perform removal of pigment spots. Pigment disorders can be treated without unwanted consequences. Tattoos can be also removed permanently with multiline.

The so-called photo destruction allows the destruction of color in any depth of the skin. This produces no scars. Each treatment of the skin can the linline company high-performance laser gently for the patient perform. More information for doctors and patients is available at available. Korbinian clamping

Planning Toolkit

To this end, a Planning Toolkit is developed in which the user can decide for which orders, articles or resources, the planning strategies work and which environmental targets should be optimized. In addition to classic logistics algorithms such as forward, Backwards, Center – and JIT/JIS termination will be especially optimization algorithms residue-free real time planning, taking into account multiple restrictions to use. Heuristic, cybernetic or genetic calculation methods should be adapted to a resource-optimal production planning and used. Furthermore the time discrete flow simulation techniques to flow. For example, the user can integrate uncertainty in its set-up, piece or replacement times and thus in various PLA-nungsszenarien take into account risks. Based on what if simulations focusing consideration on resource and energy efficiency possible, which can also be stored.

This, it is possible to simulate the impact of different capacity allocation on the resource and energy consumption, and to incorporate in the subsequent planning. Module 5. The rich presentation of generated plans allows visualization and control as well as corresponding pressure, storage and export functionalities. In addition to classic Dar position shapes such as lists or the bar or list, innovative and intuitive visualizations to help the user in reaching its decision. In addition to the visualization, interactive job control also will be allowed.

This includes moving jobs with drag-and-drop with subsequent simulation of corresponding resources and energy consumption and processing the results. The module 6. Is data acquisition all other modules as provider of current data. It combines the manual operating data acquisition BDE (E.g. time, quantities and Committee) as well as automatic machine data collection from MDE (E.g. energy cycle – production, downtime). Through the analysis functions of the seventh module, planned and actual data using forms and reports can be analyzed and condensed into meaningful reports, key performance indicators, or cockpit. Here is also the extension of existing performance measurement systems to Indicators of resources and energy efficiency.

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