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The Technical Association of Applied Polyurethane (ATEP) and L'Association d'Instal · ladors of Plaques of Laminat Guix i Sostres False (AD'IP) seek to establish new mechanisms to enrich the work of its members by setting a minimum performance standards in works

Madrid, April 13, 2009 - ATEP, Technical Association of Applied Polyurethane and AD'IP, L'Association d'Instal · ladors of Plaques of Laminat Guix i Sostres False, recently signed a memorandum of understanding for cooperation between both entities .

The Technical Association of Applied Polyurethane (ATEP) and L'Association d'Instal · ladors of Plaques of Laminat Guix i Sostres False (AD'IP) seek to establish new mechanisms to enrich the work of its members by setting a minimum performance standards in works

Madrid, April 13, 2009 - ATEP, Technical Association of Applied Polyurethane and AD'IP, L'Association d'Instal · ladors of Plaques of Laminat Guix i Sostres False, recently signed a memorandum of understanding for cooperation between both entities .

Rubber is a polymer of many units, a hydrocarbon chained elastic isoprene C 5 H 8, which appears as a milky emulsion (known as latex) in the sap of several plants, but can also be produced synthetically. The main commercial source of latex are Euphorbiaceae, genus hevea, such as hevea brasiliensis. It's overwhelming other species such as rubber elastic Urceola Funtamia Asia and West Africa supple. These have not been the main source of rubber, although during the Second World War, there were attempts to use such sources, rather than natural rubber was supplanted by the development of synthetic rubber.

The raw rubber obtained from other plants is often contaminated by a mixture of resin to be drawn so that the rubber is suitable for consumption. These rubbers are gutta-percha and balata, which are extracted from certain tropical trees.

Rubber is a polymer of many units, a hydrocarbon chained elastic isoprene C 5 H 8, which appears as a milky emulsion (known as latex) in the sap of several plants, but can also be produced synthetically. The main commercial source of latex are Euphorbiaceae, genus hevea, such as hevea brasiliensis. It's overwhelming other species such as rubber elastic Urceola Funtamia Asia and West Africa supple. These have not been the main source of rubber, although during the Second World War, there were attempts to use such sources, rather than natural rubber was supplanted by the development of synthetic rubber.

The raw rubber obtained from other plants is often contaminated by a mixture of resin to be drawn so that the rubber is suitable for consumption. These rubbers are gutta-percha and balata, which are extracted from certain tropical trees.

The Institut Pasteur Mérieux Alliance have signed a letter of intent for an alliance of long-term research. The Institut Pasteur Mérieux Alliance (which consists of companies: bioMérieux, Transgene, Shantha Biotechnics, ABL and Silliker) want to pool their resources and efforts to combat infectious diseases in large research projects, revolutionizing the following fields:

- Clinical Diagnosis and teranósticos (in partnership with bioMérieux and Transgene)

- Food safety and microbiological control, nutrition, health and environment (with bioMérieux and Silliker)

- Immunotherapy (with Transgene and Shantha Biotechnics)

Research projects should focus on account of the major diseases that call for experience in the fields of virology, bacteriology and immunology. The results of these joint research projects could be used by companies Mérieux Alliance and improve the patent portfolio of the Institut Pasteur, contributing to the enhancement of their research efforts.

The Institut Pasteur Mérieux Alliance have signed a letter of intent for an alliance of long-term research. The Institut Pasteur Mérieux Alliance (which consists of companies: bioMérieux, Transgene, Shantha Biotechnics, ABL and Silliker) want to pool their resources and efforts to combat infectious diseases in large research projects, revolutionizing the following fields:

- Clinical Diagnosis and teranósticos (in partnership with bioMérieux and Transgene)

- Food safety and microbiological control, nutrition, health and environment (with bioMérieux and Silliker)

- Immunotherapy (with Transgene and Shantha Biotechnics)

Research projects should focus on account of the major diseases that call for experience in the fields of virology, bacteriology and immunology. The results of these joint research projects could be used by companies Mérieux Alliance and improve the patent portfolio of the Institut Pasteur, contributing to the enhancement of their research efforts.