DEFINITION OF SANITIZATION:
Sanitization is not an absolute phenomenon. It is a partial removal of organisms. Depending on the system, a sanitization operation should reduce the organism population by some 90%. In water, sanitization is frequently defined as a 3-logarithm (log) or 1,000-fold reduction in the number of bacteria.
THERE ARE TWO BASIC APPROACHES FOR CONTROLLING BACTERIAL GROWTH IN A POTABLE WATER SYSTEM.
Counterfeiting affects business-to-business activity in many industries; recycled items, unapproved components, stolen goods all play a part. With industrial process filters, how can you guarantee authenticity? This blog explores what to look out for when identifying a counterfeit product. Read on to find out.
Effective water filtration means saving money, improving your eco-credentials and benefiting your health. However, what happens when you don’t maintain your water filters? There are many implications that can occur when water filtration is not maintained to a high standard. Regularly changing water filters is crucial to ensuring safe water.
Water is a universal solvent. It is vital to life from drinking, to manufacturing processes, washing, cleaning, and its essential applications in science - the list is endless. It is easy to take safe and clean water for granted; filtered water ensures we can conduct reliable experiments, consume safe and great tasting food and drink. If this process is disrupted or compromised in any way it can wreak havoc.
This three part blog will explore what water filtration is, its importance, the implications for unkept filters and will take a glimpse into the underworld of counterfeit filters.
For the last 35 years Bio Medic Data Systems (BMDS) has assisted with the requirement to identify and track research animals. BMDS launched the first Electronic Lab Animal Monitoring System (ELAMS) back in 1987. Today, BMDS leads the industry in RFID animal identification to the global research market.
From time to time we are asked to provide information on which bedding produces the lowest incidence of compromising the functionality of the animal drinking valve.
Here is our reply.
The most important aspects of any contact bedding material utilized in solid bottom cages should be focused on a particle:
* Could readily be controlled if the bedding material is autoclaved prior to being utilized
What are the most common water contaminants? Avidity Science Drinking Valves are made from autoclavable 316 stainless steel and silicone rubber components, materials renowned for their resistance to chlorinated or acidified water found in animal watering systems. We have best practices for the care of our drinking valves which includes information for sanitization, sterilization, and storage of the valves whether they are integral to the cage, removable or integral to the manifold. These guidelines are key to extending the life of your drinking valves.
Waterford, WI | October 26, 2020 – Today, Avidity Science announces significant steps in expanding its global leadership in biomedical research solutions via the acquisition of Bio Medic Data Systems, Hydropac®, Lab Products, Inc., and Harford Systems. These investments expand Avidity’s portfolio of water purification and delivery products, control and monitoring solutions, and service capabilities to enhance its support of the global biomedical research community.
“We are excited about this investment as it adds critical products, capabilities, and services to our industry-leading biomedical research portfolio,” said Doug Lohse, chief executive officer, Avidity Science. “Bio Medic Data Systems, Hydropac®, and Lab Products are recognized leaders in innovation, and we will now be able to offer the most comprehensive and technologically-advanced portfolio of products and services to support biomedical research around the world.”
What are the most common water contaminants? A basic principle in research is to eliminate as many variables as possible during a study. Water quality is an important variable to consider. Many contaminants are found in water such as particles, organics, dissolved ions, pyrogens, bacteria, viruses, and other microorganisms.