The Petri Dish—a shallow, circular, lidded plate—was introduced in 1887 by German bacteriologist Julius Richard Petri to protect solid media from contamination and to allow direct observation of microbial growth. Classical glass Petri Dish models are 90 mm in diameter, but modern versions range from

A Petri Dish—the iconic shallow, round, lidded vessel invented by Julius Richard Petri in 1887—remains the cornerstone of solid‑surface microbial work, whereas a culture plate (most commonly a multi‑well microplate) is a flat, rectangular, ANSI‑standardized plastic plate containing discrete wells

Culture plates are the backbone of modern life‑science workflows, and choosing the best material for culture plates directly affects sterility, optical clarity, gas exchange, surface chemistry, sustainability, and budget. Today’s laboratories can choose among legacy borosilicate glass,

Who are the top 10 medical device companies in the world in 2024?The medical device industry is crucial to global healthcare systems, advancing innovation in medical disposables, diagnostics, and treatment technologies. Below is a ranking of the top 10 medical device companies for 2024, their contri

How to Balance 5 Tubes in a CentrifugeCentrifuges are essential in laboratories, hospitals, and medical facilities where samples such as blood, urine, or other fluids need to be processed. The operation of a centrifuge requires precise balancing to ensure that the machine functions efficiently and s

Choose the Right Centrifuge Tube for Your ApplicationCentrifuge tubes are essential tools in laboratories for separating liquids and solids, as well as for various other scientific applications. Choosing the right centrifuge tube is crucial for ensuring the efficiency, accuracy, and safety of your e