Clinical Research Organizations (CROs) respond to the unique demands of biotech and pharmaceutical industries to advance human health initiatives and ensure that medical research progresses. Biological material produced and used in clinical research have strict storage demands. These practices are often subject to heavy regulation over how they are handled. By partnering with a professional biostorage company, CROs can safeguard their valuable biological material with confidence.
Moving a laboratory or transporting temperature controlled material can be an arduous task. Biological materials and hazardous chemicals often require specialized equipment, extensive paperwork, and handling expertise when being transported. Working with a professional lab transport service can save time, money, and headaches. Read more »
Brooks Life Science Systems continues to grow their leadership in comprehensive sample lifecycle management solutions through strategic acquisitions and global footprint expansion of biorepository services.
CHELMSFORD, MA – Brooks Automation, Inc. announced today that it has acquired Pacific Bio-Material Management, Inc. (PBMMI) a premier service provider of storage and cold-chain logistics for biological sample materials which is headquartered in Torrance, California.
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Miller Brooks, Inc.
Vaccines are some of the most valuable biological materials that clinicians produce and use. Vaccines help prevent serious health issues for millions each year, however much of the vaccines lost are due to degradation that occurs when they warm during transportation to infusion sites. Extreme weather, natural disasters, and other emergencies can put laboratories at risk and can render vaccine storage systems vulnerable to failure. Whether transporting vaccines or putting them in storage, it is essential for laboratories and manufacturers to have built-in security measures and a continuity plan in case of a natural disaster or other catastrophic events.
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Many branches of modern biological research require the collection of fully intact genomic DNA synthroid tablets 200 mg. Genomic DNA refers to the complete set of DNA within an organism. During the collection process it is often desired to keep the strands of DNA as long and intact as possible trovqb7. The collection of genomic DNA involves extracting DNA from biological substances such as blood, microbe cultures, and tissues. The two most commonly used techniques for DNA extraction are packaged kits and phenol;chloroform extraction.
Biological materials are inherently unstable and will often begin to break down quickly when exposed to warm temperatures or multiple freeze/thaw cycles. Many products and reagents used in biological research, such as enzymes and antibodies, are no exception. These products may begin to lose effectiveness and potency over time, and can compromise experimental results if quality loss is not accounted for. For biological products and reagents used in research applications, it is essential to engage in stability testing of key materials, as well as understand best practices for prolonging the stability of biological materials.
Large Volume Dry shippers are commonly used in Life Science applications to ship large collections of biological material that need to be maintained at cryogenic temperatures. These specially designed containers utilize liquid nitrogen to keep material cold, while special absorbent medium helps prevent liquid nitrogen outflow. This feature maintains biological sample integrity while ensuring the safety of both users and transporters.
With advances in internet technology, most biological laboratories and businesses now have automated backups for their electronic data. However, many of the same laboratories have all their biological samples and materials stored in the same location, or perhaps split across different freezers in the same building or on the same campus. While using multiple freezers in one location may protect samples if a freezer fails, in the event of a natural disaster or extended power outage, samples may be lost. Similar problems can occur during the transport of precious biological samples or materials; when all important samples are in the same container or truck, it is possible to a biological collection in the event of a breakdown or an accident. Investigators can work with a bio-material management company to develop a business continuity and disaster recovery plan to protect their material following an emergency event.
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Chemicals are an essential part of many research laboratories, and chemical transport is often a component of laboratory moving and maintenance. While many chemicals are harmless, some fall into the category of hazardous materials. Legal compliance when relocating potentially hazardous chemicals requires planning, care, and expertise in USDOT regulations. Here are some quick tips to keep in mind when planning a chemical relocation.
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As pharmaceutical and biological research increases, biorepositories are becoming an important component of many research programs. Biorepositories store and catalog biological samples for future use, so it is essential that biorepositories follow current management best-practices and meet stringent regulatory requirements for the handling and use of biological specimens, particularly when human subjects are involved. The following legal guidelines are essential knowledge for biorepository staff.
Good storage practices of biological materials is an essential component of any laboratory. Biological samples often degrade over time when stored at room temperature, but some samples may also lose integrity at low temperatures if subjected to multiple freeze-thaw cycles. The best storage temperature for a given biological sample or reagent often varies depending on the type of biological material, the solution it is suspended in, the sample’s intended use, and how long the material will be stored. The most common storage temperatures are bench top/room temperature, refrigerated, freezer, ultra-lowfreezer, and cryogenic freezer storage.
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Moving a lab between facilities can be a stressful and expensive endeavor, especially if not done correctly. The combination of hazardous materials, delicate and often expensive equipment, and irreplaceable frozen samples pose a regulatory and logistical challenge for investigators. Consider the following points for a successful lab relocation:
When storing biological materials long-term, there are many things to consider, including available space, inventory management, temperature, and other requirements. Biological storage services offer solutions to many of these problems and can make lab operations more efficient. Read more »
Pacific Bio-Material Management, Inc. (PBMMI), announces a new strategic partnership. Cryoport, Inc. launched its bio-storage offering to its customers and with PBMMI’s increased success and biological storage experience, Cryoport will be able to offer its customers a customizable, temperature-controlled storage solution at one of PBMMI’s secure, cGMPcompliant biorepository located in California and New York. This new partnership also includes providing additional support to Cryoport’s transportation services, providing safe and certified nationwide transport and lab relocation services of biological material.
Reliable cold chain of custody management practices maintain the integrity of your sensitive materials, allowing you to produce consistent, top quality products. Whether you are moving an entire lab or just transporting a few samples, you can rely on our experience, skill and equipment to protect your materials and maintain accountability throughout the cold chain.
As an experienced lab animal transport company, we understand that the well-being of these animals is critical to the success of your experiments. We can help with all phases of the animal transportation process including loading the animals into the vehicles, transporting them to their new location and getting them situated once they have arrived.
Properly transporting regulated chemicals to a new laboratory requires knowledge of both chemistry and US Department of Transportation (USDOT) regulations. This process can be frustrating, time consuming and even dangerous when not done properly. Regulated chemicals must be segregated and packaged by trained and licensed personnel. Most laboratory personnel have chemical knowledge but lack the understanding of USDOT regulations necessary to lawfully relocate regulated chemicals over the road. Chemical transport companies have the proper training, equipment and licensing to ensure a legal and safe transition.
Pacific Science Transport (PST) can handle any lab relocation project; from a single freezer to an entire laboratory. PST operates throughout North America. We are licensed to package and transport regulated chemicals and biological material.