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Standards Compliant Hot Air Sterilization at 180 °C – A Reliable Method for Contamination Control
01 Mar 2010: Microbial contamination from bacteria, viruses or other microorganisms frequently presents a major risk in cell culture experiments. This application note from Binder discusses compliant hot air for contamination control in CO2 incubators and the replication of natural in vivo conditions for optimal cell growth.
BINDER
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BINDER Celebrate CB 53 Birthday at ArabLab in Dubai
 05 Jan 2010: BINDER will be celebrating the first birthday of the CB 53, the smallest member of its CO2 incubator family first introduced last year at ArabLab 2009. Visit booth 372 to join in with the celebrations and find out how this incubator is environmentally friendly with 45% lower operating costs, whilst also conserving precious laboratory space.
BINDER
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The Newest Member in the Binder Family is the CB 53-liter Incubator for in Vitro Fertilization and Cell Therapy
 12 Aug 2009: The newest and smallest member of the CB family of CO2 incubators from BINDER GmbH is specially designed for the extreme requirements demanded by in vitro fertilization and cell therapy. This model also benefits from BINDER’s advanced production technology know-how and the advantages offered by serial production.
BINDER
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Using the Best Stability Chamber
11 Aug 2009: This white paper discusses choosing the right stability chamber, including taking into account the size of the stability chamber or room. Today permanent location is a concern, with the flexibility of today’s market with the vast amount of merger and acquisitions that take place. Being flexible is very important as well as the cost to relocate. Many times the cost to relocate can become close to the cost originally construct.
BINDER
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Stability Tests in Hot, Wet Climates -The Global Harmonization
11 Aug 2009: This white paper discusses pharmaceutical products undergoing defined specific testing conditions in accordance to local climatic conditions. Permanent improvements of quality control protocols on a global platform requires flexible and easy to adjust climatic chambers.
BINDER
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Standards Compliant Hot Air Sterilization at 180 °C – A Reliable Method for Contamination Control
11 Aug 2009: In this white paper, standards compliant hot air contamination control in CO2-incubators is discussed. Highest standards are thus applied to the perfection and reliability of the entire process chain, in which the CO2-incubator occupies a key position, since it must replicate the natural in vivo conditions for optimal cell growth as accurately as possible.
BINDER
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Product Safety - Different Aspects of Drying Solvent - Based Substances Under Vacuum
07 Aug 2009: This white paper highlights methods to dry solvents in a safe way. BINDER GmbH, in collaboration with the competent safety authorities, BGChemie and specialist representatives of the PTB Research Institute of the German Federal Ministry of Economics and Technology, has developed innovative equipment designs for these applications. These designs formed the basis for subsequent standardization projects.
BINDER
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Photo Stability Testing
07 Aug 2009: This white paper highlights stability testing to establish the integrity that a product has to environmental changes. When controlling the light exposure it is also important to maintain the temperature and humidity conditions throughout the chamber. The heat generated by the light source can not be an uncontrolled variable and create uniformity issues. This would create intern micro climates within the chamber and not give reliable and uniform results.
BINDER
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Climatic Chambers - Food Shelf-Life Testing
05 Aug 2009: This white paper discusses the use of climatic chambers and the need to measure shelf-life accurately in order to ensure safety and quality. Accurate shelf-life and accelerated shelf-life testing requires products to be stored under controlled storage mimicking the conditions experienced during the life-cycle of products. This may require testing under controlled temperature, humidity and light.
BINDER
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11 May 2010: During the space shuttle Discovery flight that returned to earth in April, two experiments were conducted that were part of an overall series of studies designed to determine how cells become infected and are able to regenerate in microgravity. A better understanding of exactly how spaceflight affects cell growth and how cells fight off infections is essential for future astronauts.
