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A blood collection tube may look simple, but the color of its cap carries crucial information about the tests that can be performed with the sample.

A vacuum blood collection tube, often called a Vacutainer, has become the standard tool for safe and accurate specimen collection in modern laboratories.

In modern laboratories, accuracy starts from the moment a sample is drawn. One of the most critical steps in this chain is selecting the correct blood collection tube.

EDTA tube is one of the most widely used types of blood collection tubes in clinical and laboratory testing.

When collecting blood samples, one of the most common questions asked by laboratory professionals and nurses is: how many times should an EDTA tube be inverted to ensure sample integrity?

Maintaining the integrity of urine samples is critical for accurate laboratory testing and reliable diagnostic results. Urine is a sensitive biological specimen, and fluctuations in temperature during collection, handling, or transport can cause changes in chemical composition, bacterial growth, or precipitation of analytes, potentially compromising test accuracy.

The Erythrocyte Sedimentation Rate (ESR) test is a fundamental tool in clinical diagnostics, widely used to detect inflammation, monitor autoimmune diseases, and evaluate hematologic conditions. Accurate ESR measurements are critical for proper diagnosis and patient management, making the quality of ESR test tubes a vital factor in laboratory testing.

Sterility is the foundation of success in microbiology and cell culture experiments. Even the slightest contamination can alter results, compromise research integrity, or render valuable samples unusable. Maintaining a controlled, sterile environment is therefore critical for ensuring accuracy and reliability in laboratory studies.

Culture media play a vital role in microbiology and laboratory research, providing the essential environment for the growth and study of microorganisms and cells. Among the tools used to hold and support culture media, Petri dishes and standard culture plates are two of the most common.