We know that frequent cleaning and disinfection is essential to prevent the spread of germs. We also know that If you are working in a lab, with medical devices, or dealing with sensitive equipment, you need to take extra precautions in order to keep the environment safe for everyone who works there.
But did you know that a clean lab has been proven to help with productivity, quality & success of outcome, morale and mental health? We’re going to take a look at some tips to help keep your lab healthy and happy.
Although maintaining a clean and organized environment sounds obvious, a study by Nofer Institute of Occupational Medicine found that over 45% of accidents studied violated the fundamental principals of housekeeping. Housekeeping is everyone’s responsibility, to avoid unnecessary accidents:
Nearly 40 years after its invention, scientists continue to find ground-breaking applications for PCR. What is even more amazing is that these achievements span vastly across scientific disciplines including forensics, paleontology, and agriculture.
PCR is shorthand for a simple but very powerful procedure in molecular biology called polymerase chain reaction. Scientists can amplify a segment of DNA or produce millions of copies and compare this DNA to other samples.
Let's take a look at some of the top triumphs that are the result of this incredible technology.
The Human Genome Project was the international research effort to determine the DNA sequence of the entire human genome. The first drafts of the human genome, published 20 years ago, opened the doors to a whole new understanding of genetics, DNA and how it affects humans physiologically.
Centrifuge tubes are used in labs worldwide for research and clinical purposes. Although all 15 & 50 mL tubes may look similar, choosing the right tube for your protocol is crucial when handling valuable samples.
Here are a few things to consider when choosing the right tube for your lab:
Generally, a centrifuge tube should be filled to at least 75% of its capacity to be centrifuged. Tubes centrifuged with too much dead space can lead to material stress, resulting in tube failure. The most common tubes sold are 15- & 50-mL conical tubes. Recently, 5-, 10- & 25-mL tubes that fit into traditional 15- & 50-ml tube rotors have come onto the market. Despite the fact that these options might more closely match actual sample volumes of certain labs, they are not as popular as traditional 15- & 50-mL models. In some cases, adaptors can be used to allow certain
Maintaining a safe and healthy work environment is crucial, particularly in industries where Personal Protective Equipment (PPE) is essential to mitigate risks. PPE compliance not only safeguards employees from potential hazards but also plays a vital role in preventing the spread of viruses and diseases, (this can be particularly in workplaces that interact with customers).
In this article, we will share eight practical tips to help organizations encourage PPE compliance. By implementing these strategies, employers can enhance safety measures, protect their employees, and contribute to public health by preventing the transmission of infectious illnesses. Together, we can create a workplace culture that prioritizes responsible PPE usage, promoting both employee well-being and customer safety.
You use them in the lab every day, but have you ever stopped and wondered how these products were invented? In today’s blog we investigate the intriguing history of some of your favourite pieces of scientific equipment.
Centrifuges offer an efficient means of preparing and separating samples of different densities and viscosities by placing a tube in a rotor and spinning it at a defined speed. This form of density-driven preparation dates to the 1400s when dairy farmers would use hand powered milk separators to separate cream from milk. In 1864, the dairy centrifuge was mechanised by Antonin Prandtl, but it was only in 1869 that Friedrich Miescher became the first scientist to use a centrifuge in a lab. Miescher successfully isolated nucleic acids from the nuclei of white blood cells, a discovery which served as an important development in the discovery of DNA inheritance.
Are you familiar with microscope slides, but find the terminology, features, and extensive options overwhelming when it comes to making a selection?
We are going to break down the difference between each slide type to help you identify which type is best suited for your application.
A plain slide is the most basic type of slide available. It is made of glass and measures 3” by 1” (75mm by 25mm) and is approximately 1 mm thick. On wet slides, a cover slip (an even smaller, thinner piece of glass) is used to secure the object under observation to the slide. The sample, fixed between the microscope slide and cover glass, is then placed into the microscope for examination.
A frosted slide is a slide that has been grinded or chemically etched to create microgrooves which elevate bond strength. While these microgrooves can help ensure a solid attachment of the specimen to the sli
Advancements in technology can have a big impact on how laboratory technicians, scientists, and students work in labs. Here we examine the impact of these new innovations and investigate new trends that will increase the capacity, efficiency, and accuracy of laboratory capabilities.
Tasks that were once complex, precise, and slow can now be accomplished in short periods of time and with greater accuracy. Many Labs are implementing robotic equipment and automation strategies to capitalize on technologies that can enable more efficient processes. Together these processes increase productivity (something we know is essential with the increased demand for high-throughput screening), elevate data quality and reduce process cycle times. As equipment manufacturers continue to develop faster, more affordable tools the automated lab is becoming more accessible to researchers.
This shift towards