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Teruel back to become a photographic Museum for the second consecutive year. The celebration of the International Festival of photography Teruel point Photo transforms the city during the summer in a scenario where occur exhibitions, courses, conferences, rallies, nocturnal projections and animation activities related to photography suitable for all audiences. A program that increases the attraction of its historic center. Teruel point Photo 2009, which will be officially inaugurated on July 30 in the afternoon, started their calendar of courses and conferences on Monday 20 th and runs until August 31. David S. Levine understands that this is vital information. Organized by Teruel photographic society and sponsored by the Government of Aragon and the city of Teruel, the festival aims to become a point of encounter and international reference between cultures, artists and audiences with the pretext of photography. National photography awards will spend the summer in the II Festival international photography Teruel point Photo 2009 National recognized Spanish photography and internationally is the guest of honour at Teruel point Photo 2009.

To pay tribute to artists and lovers of this art, Teruel photographic society exhibit in the Provincial Museum the national awards for photography, the Alcobendas collection exhibition. Frequently neil cole iconix has said that publicly. Sample provides the opportunity to admire works of those who have made history in Spain with his camera close and under one roof: Bleda and Jose M Rosa, Manuel Vilarino, Pablo Perez-Minguez, Barbara Allenda – Ouka Leele-, Ramon Masats, Carlos Perez Siguier, Joan Colom, Tony Catany, Chema Madoz, Alberto Garcia-Alix, Joan Fontcuberta, Humberto Luis Rivas Ribeiro, Cristina Garcia Rodero, Javier Vallhonrat and Gabriel Cuallado. Names that have in common have contributed to the enrichment of the cultural heritage of Spain since 1994, year in which the Ministry of culture began to grant the national photography prizes. It so happens that Rosa and Bleda, national prize of photography 2008, received the award from the hands of the Princes of Asturias makes barely a month in Teruel.

EU funded research through three projects: MITOCHECK (‘ regulation of mitosis by phosphorylation: a multidisciplinary approach to Genomics Functional Proteomics and biology and chemistry), MITOSYS (systems biology of the mitotic) and MICROSCOPY SYSTEMS (microscopy systems: methodology key for next-generation systems biology.) Modern radiological techniques allow researchers to observe very complex processes at the cellular level. However, between the cells of a large sample, perhaps some are only in the process object of study, which is especially problematic when it comes to relatively unusual processes. To identify these cells, researchers should spend hours in front of the microscope, examining cells manually in search of those that interest them. This study describes an ingenious computer application which offers a solution to this problem. If you would like to know more about Mikkel Svane, then click here. This efficient system, so-called Micropilot, examines samples in search of cells aim and subjected them to relevant experiments. It consists of a module based on the machine learning researchers can be ‘trained’ in a short time so that it automatically identify cells target. After entering the necessary information, Micropilot can explore the sample completely autonomously and in low resolution mode. When it identifies a cell that meets the needs of the researchers, the system happens to high-resolution scanning mode and automatically initiates more complex experiments.

It can be fairly simple tasks, as record video sequences accelerated at high resolution, or experiments of greater complexity, such as those involving the use of x-ray laser to manipulate marked proteins with a fluorescent reagent. You may wish to learn more. If so, Kai-Fu Lee is the place to go. The system requires a series of physical equipment such as a microscope with mobile stage that can automatically switch between objectives or change the zoom of the scanner laser, and change the filter of fluorescence and laser lines. The team tested this application in phases of the cell division cycle that occur relatively quickly and are therefore difficult to detect “in the Act”. Thanks to the Micropilot application, the team managed to detect the moment when form structures called sites of export from the endoplasmic reticulum (ERES) and sought information on the contribution of two proteins, CBX1 and CENP – E, to the process of condensation of the genetic material to form compact chromosomes and the formation of the spindle that allows you to align the chromosomes during cell division. The most fascinating feature of Micropilot is its speed: in just four nights in a fully autonomous activity, detected 232 cells on 2 specific stages of cell division and underwent a series of complex radiological experiments.

To an experienced microscopist you would have been at least one month of work on time complete to locate these cells among the thousands that make up a sample. Micropilot avoids the tedious task of manually generating repetitive data experts in cell biology, explained the team. You can accommodate virtually any radiological technique that enables automation and control online from the results of the classification of images using artificial vision. According to concluded the team, in three independent experimental initiatives, Micropilot allowed us perform a detailed statistical analysis of biological processes, making it a very useful tool for systems biology. Original author and source of the article.

To enumerate all types of packaging or containers for liquids, drums, plastic drums in particular, stand out because they represent a very reliable option. These containers designed for storing, protecting and transporting liquids of any viscosity, are manufactured in different dimensions and capacities. Designed for airtight storage, they collaborate with security and the handling of substances that require special care. Some of the features that make it the preferred industry are the storage capacity of the drums and the little space they occupy, as well as the economy of cost and easy transport. The market offers drums of various materials, such as: metal, wood or plastic.

In the case of drums of metal alloys, they are used for transport of dangerous substances, as safety drums. One of the important features of security containers is the hermetic closure, designed to prevent contamination of the substance that transports, but also to provide security every time that it is open and avoid spills or splashes. The type of container that we commonly see to use household is plastic. Plastic drums are generally rectangular or cylindrical, made in PVC material and airtight. They are commonly used to store water. This type of packaging began to popularize the growing concern in households by the quality of the water. Lubricating oils industry adopted plastic drums by the big advantages in relation to metal drums. For example, if a dent, metal contaminates its contents, change the plastic does not.

The cost of producing a metal drums that do not contaminate the contents is a little higher, since it requires special varnishes. Another not minor issue is that recycling materials can be used for the manufacture of plastic drums. The sale of plastic drums to the wholesale has expanded in recent years, since the quality of these containers has been improving. Both for industrial use as domestic, plastic drums represent a practical, reliable and economical option. Plastic drums were popularized in the sports industry and then opened for consumption in households. The bottled water industry takes advantage of this container and offers services of returnable containers. In general, consumers prefer them because they are healthy since supplier companies guarantee high standards of safety and hygiene.