Blog

Pharmacy compounding is the process of preparing custom medications that are tailored to the needs of an individual patient, rather than being mass produced. Medications that are compounded can include those administered orally, topically, or intravenously and it is the latter type that this article is focused on.

In controlled environments, the right tools are as vital as strict protocols. Cleanroom swabs may be small, but they are essential for maintaining process integrity. Selecting the right swab might seem straightforward, but requires an understanding of your application, cleanroom class, and contamination control needs.

Beer is one of the world´s oldest and most widely loved and enjoyed beverages. Do not let its age fool you; it is a complex mixture that includes carbohydrates, proteins, organic acids as well as a myriad of volatile compounds. Beer is not immune from the effects of time and chemistry. 

In laboratory environments, sample integrity is critical to ensuring reliable research results, workflow efficiency, and cost-effectiveness. 

Used across a multitude of scientific and industrial settings, balance and calibration weights play a crucial role in ensuring the accuracy and precision of measurement equipment in quantitative analysis.

Lab balance accessories such as balance tables, marble balance tables, anti-vibration tables, draft shields, and balance platforms are necessary to achieve precise and reliable measurements in any laboratory setting.

Controlled environments face challenges to select PPE that provides functional and complaint attributes. Simplifying donning while maintaining an aseptic environment has proven to reduce contamination risk. 

Researchers in analytical laboratories need reliable autosampler vials to protect against sample leakage, contamination, and evaporation. As the building blocks of auto-sampling systems, autosampler vials facilitate a smooth sample introduction into the chromatographic system.

In our post-COVID world, touchless technology has inched into many aspects of our lives. These technologies help stop the spread of COVID and other viruses, and specifically, automatic liquid dispensers for laboratories can prevent cross-contamination in the lab to protect experimental integrity and produce viable outcomes.

Breaking down, mixing, and blending substances into a consistent solution is a cornerstone of many scientific experiments. Bead tissue and cell homogenizers, such as bead homogenizers, glass homogenizers, and high-speed homogenizers, are specialized laboratory instruments compatible with a range of lab purposes.

When people think of labs, they think of beakers. Beakers are so widely recognized due to their applications and reliability in almost all experiments. Lab beakers assist with stirring, mixing, measuring, heating liquids, and general laboratory safety.

Aspirator bottles come in many models such as media bottles, narrow-mouth bottles, and Boston round bottles. Each is essential in laboratory settings for storing and dispensing distilled water and other fluids.

Remember wearing the musty old lab aprons in middle and high school on the infamous dissection days? Designed to shield users from hazardous substances (chemicals, acids, oils), laboratory aprons are essential personal protective gear used in even the most “simple” experiments.

To achieve ongoing optimal results in laboratory processes, Thomas Scientific meticulously engineers applicators and swabs with reliability, convenience, and consistency.

Thomas Scientific houses an extensive range of antibiotics, antimycotics, and preservatives compatible with various lab applications. Antibiotics, antimycotics, and preservatives are used in many contexts, including small animal surgery and agriculture, to ensure health and prevent contamination.

The delicate requirements of veterinary and biomedical research surgeries require specialized instruments to ensure precision, safety, and support.

Designed for measuring varying masses with high accuracy, analytical balances are precision instruments essential in applications involving minute substance quantities, such as in pharmaceutical research and chemical analysis.

In anaerobic experiments and chemical reactions devoid of oxygen, anaerobic systems minimize contamination risks and maximize control. Anaerobic systems precisely control anaerobic conditions and ensure no oxygen enters the system.

Laboratory hot plates can deliver consistent and even heating and mixing of various types of liquids and solutions. These essential benchtop tools achieve temperature stability, uniform heating, and heat resistance while offering programmable settings, safety features, and energy efficiency.

As molecular biologists face sample quality issues and availability, they need reliable sealing solutions to prevent evaporation and cross-contamination while concurrently improving the reproductivity of experimental results.

Aluminum cooling blocks are essential laboratory tools that ensure precise temperature control in sampling preparation and preservation techniques.

When collecting air samples for purposes such as environmental monitoring, contamination assessment, and microbial analysis, air samplers are a crucial and reliable resource for detecting air contaminants.

For centuries, we’ve relied on aluminum foil in our homes to preserve and protect leftovers from light, moisture, and oxygen because its heat-sealing capabilities, durability, and recyclable properties make it an indispensable tool. 

In the ever-evolving world of vaccine storage, maintaining the integrity and safety of vaccines is paramount. The NSF/ANSI 456 standard has been established to ensure that refrigeration units meet stringent performance criteria for temperature uniformity, stability, and recovery. However, recent marketing claims by some manufacturers may not be fully backed by actual performance, raising concerns about the validity of these claims.