Pharmacy Room Temperature and How They Protect Medicine
Most over-the-counter (OTC) and prescription drugs are to be stored in what is commonly referred to as a controlled room temperature. Typically, that is in the 77°F range. However, there are many other medications, including vaccines, that require cold storage. In this article, we will look closer at what those temperature ranges are for specific medications, how they are monitored, and the role that pharma cloud computing plays in the safe storage of temperature-controlled drugs.
Different Storage Temperatures for Various Medications
Before we look at the safe storage temperatures of various medications, it is important to note that requirements for different temperatures exist for one main reason: to keep medications stable. Some are stable enough to be transported and stored at room temperature. Others must be in cold temperatures, while others must remain frozen until used. Heat will degrade most drug formulations, and you must avoid this at all times.
Essentially, keeping medications in temperatures that fall out of their safe storage range are considered spoiled. They cannot be used, and the greater the spoilage, the greater the financial loss in inventory. This is why the vehicles and pharmacy room temperature ranges must be carefully monitored to ensure medications arrive at their destination in the same condition they left the manufacturing plant, explaines Dickson and Data.
Monitoring tools will keep a close eye on the temperature and humidity conditions these sensitive assets are in. The tools most used for this are data loggers. These are portable, often battery-operated, appliances that contain either internal sensors or external probes that take readings of various environmental conditions. If a reading is unusual, the data logger sends an alert to a designated person to provide human intervention.
Factors That Impact Medication Stability
There are several ways medication’s exposure to warm or hot temperatures will spoil them. They include:
Storage facilities require cold rooms as the outside temperature can cause the humidity and thermometer to rise. Many medications require storage in a certain temperature and humidity range or they will spoil and cannot be put to use in any way.
Transport vehicles require refrigeration units or something similar to keep the medical products in stable environments. This ensures that the temperature-sensitive medications are moved from one storage facility to another without a change in conditions.
After the perishable assets arrive at the pharmacy for distribution, there is a risk of power outages that could result in temperatures warming up to unsafe zones. Emergency backup generators will remedy this and make a sensible solution.
What Pharma Cloud Computing Contributes
It all boils down to biotechnology. Biotechnology is involved in so many factors in our lives, ranging from the development of childhood vaccinations to antibiotics prescribed to us as adults. In simple terms, biotechnology is the use of biological systems and living organisms to develop and manufacture various products and therapies. However, these developments create massive amounts of data at an incredible rate. The volume is so great that the only logical way to collect, store, and analyze the data is through the use of pharma cloud computing.
There is no denying that we are currently living in a big data world. It requires the adoption of technology by R&D departments that can handle the volume and draw insights from that information with ease and speed. The parameters of this insight must also maintain compliance with various governing bodies. There is no way any of this would be possible without pharma cloud computing.
How Cloud Technology Assists Biotechnology
There are seven key ways that big data supports biotech:
You can protect critical data with a strong, solid backup strategy. This can include daily recovery points and the addition of data replication services for an extra layer of protection.
Because of the massive volume of data collected, cloud storage is the logical solution. It can scale your storage capacity when needed and still provide quick and easy access.
Various governing bodies will require maintenance of strict guidelines at all times. A managed service provider will ensure full compliance exists and that the parameters are respected.
Cloud-based technology offers connectivity opportunities that can meet all collaborative efforts. Regardless of geographic barriers, colleagues will be able to work together with ease.
IT infrastructure must be highly redundant and fail-safe. This ensures guaranteed uptime availability and would involve measures to prevent disk failures and hardware issues.
On-demand scaling up or down of resources is one of the most significant benefits of pharma cloud computing. There are no size limitations requiring downtime to permit expansion.
Cloud storage solutions provide a highly secure platform. This protects all data from hackers. As sensitive data would be valuable in the wrong hands, multiple layers of protection exist.
Cloud Computing in the Pharma Industry
Each new drug that goes to market typically takes a decade to develop and a cost of $1 billion or more. With the amount of competition that exists in the pharma industry, time is extremely valuable. Big data helps shorten the time necessary to properly develop new medication and still collect the volume of data required to ensure the new drug is safe for use. Currently, one in every five thousand drugs will make it to market.
Using cloud computing will increase the odds of new medications passing the test with early insights gathered from data that will provide manufacturers with the information they need to change formulations early in the development stage. If you picture the process in fast forward, you get a bit of an idea of how much of an improvement cloud computing is. It essentially speeds up the process so new drugs can get to the consumer quicker.
New technology has changed how we do a lot of things in our day-to-day lives. One industry that quickly adopted new technology was healthcare. The use of cloud computing has changed much about healthcare, from the delivery of services and storage of information to speeding up the development of new drugs and medications through data collection and high-level analysis. Is technology making our world a better place? From the way it has improved the healthcare industry, it most certainly is making a positive change.