In medical laboratories, hematology analyzers are one of the most useful pieces of medical equipment, replacing manual methods of blood analysis. These advanced devices have produced fast and precise outcomes, making it possible for health practitioners to diagnose and treat conditions like anemias, infections, and leukemia, among others. For starters, this piece will focus on…
Forceps are generally regarded as outreach tools and a vital group of all the types of forceps that are used in almost every procedure done in the surgical room or in general practice. These tools are capable of a multitude of functions, which include but are not limited to clenching, carrying, manipulating, or even extracting…
Watch glass is simple in structure, yet it proves to be extremely important for scientists in many ways. It is a glass watch with an almost circular and concave design, frequently made out of glass or other see-through materials. Being a watch glass, it is used predominantly for sample preparation, evaporation, covering, and weighing purposes….
Practically every laboratory uses chromatographic techniques for the separation of certain components in the fields of chemistry, biology, pharmacy, and environmental technologies. What follows in chromatography is the primary separator used in several techniques, and that is the chromatography column. This important component contains the stationary phase and performs in the division of a mixture…
Fluorescence spectroscopy forms an integral part of scientific research and industrial practice. This technique enables the detection of light emitted by a substance after it has been energized by light or electromagnetic radiation. Its ability to probe samples in a non-intrusive and highly sensitive manner makes it invaluable across numerous fields. In this article, we…
Chromatography plays a crucial role at every step of separation, from analyzing to dealing with various complex mixtures. It is one of the most popular and effective techniques utilized in various laboratories in the world today. Its application extends from pharmaceuticals to food safety and more. The following article looks at various methods of chromatography…
Electron Microscope vs Optical Microscope are essential tools in scientific research, allowing us to explore and understand the micro and nanoworlds. Gradually, advancements in microscopy have led to the development of two main types: Electron Microscope vs Optical Microscope. Each of these microscopes serves a unique role in research and offers distinct advantages and limitations….
Spectroscopy is a fundamental technique used across various scientific fields, including chemistry, biology, astronomy, and material science. It enables scientists to analyze the interaction between matter and electromagnetic radiation, providing invaluable insights into molecular structures, properties, and behaviors. In this guide, we explore the types of spectroscopy, their applications, and how they work What is…
Laboratory Microscope A laboratory microscope is an important tool used in scientific research, education, and professional applications. These science microscopes help researchers and students observe microscopic specimens with high precision. Whether used in a microscopy lab for medical research or a biological microscope for microbiology studies, choosing the right microscope is crucial. The following list…
Learn everything there is to know about UV Vis Spectrophotometer, a critical analytical tool in scientific domains. Discover its uses, operational principles, and recent advancements in technology. Overview Ultraviolet-visible spectroscopy, or UV Vis Spectroscopy, is a potent analytical method used in numerous scientific fields. This guide is crafted by experienced laboratory professionals, ensuring accurate and…