Electrosurgical units are also known as Bovie units. Surgeons use these devices in surgical procedures to cut and coagulate tissue using heat. High-frequency electrical current generates heat. Electrosurgical units (ESUs) can be monopolar or bipolar: Bipolar units have both the active and return electrode on one instrument, with the tissue between them. Monopolar units pass the current from the active electrode through the patient’s body to the return electrode. Electrosurgical units can cut tissue, vaporizing the cells using a continuous…
A hematology analyzer is a vital piece of equipment in the clinical lab. Researchers and medical professionals use hematology analyzers for various purposes, including evaluating and monitoring medical conditions, conducting scientific research, and developing new drugs. This hematology analyzer buying guide will help you evaluate some of the top hematology analyzers for labs. A hematology analyzer measures the levels and sizes of various factors in the blood. The best hematology analyzers will meet your needs in terms of cost and…
The future of blood testing is already here. Simple blood tests can help diagnose patients and provide essential data to medical professionals. It would be best to pay attention to this value. That is why the industry is excited about the power of hematology analyzers. They are making blood testing even more accurate, powerful, and valuable. Today, we will examine hematology analyzers, explore how they are changing the industry, and discuss the future of blood testing. What are Hematology…
Precision is paramount in scientific research. Fluorescence microscopy is a powerful tool that can revolutionize lab visualization and achieve breakthrough results. Imagine detecting intricate cellular structures in detail or identifying molecular interactions with unmatched clarity. This technology transforms ordinary research into precise discoveries, helping labs stay competitive. If you want to enhance your lab’s performance and ensure every observation counts, fluorescence microscopy imaging may be the solution. Continue reading to discover how this advanced tool can elevate your lab’s accuracy, reduce errors,…
The price of genome sequencing has decreased by more than half in the last five years, but it still costs labs hundreds of dollars for each one. Choosing between DNA sequencing techniques is crucial to ensure you get the best results for your money. So, how do you select a sequencing method and ensure that you reduce waste within your department? The below guide offers several clinical DNA sequencing tips to help you determine your analytical direction. Read each point…
How reliable is the technology you use in your medical research? Medical researchers are using the best tools available to fight genetic diseases with high stakes. A DNA sequencing machine is revolutionizing technology. It provides detailed information that could change the future of medicine. Marioni et al. (2008) discovered that the Spearman correlation has a high reproducibility rate of 0.96. This indicates that Next-Generation Sequencing (NGS) platforms, like Illumina, are dependable. This article discusses affordable DNA sequencing machines that are…