How to Maintain Your Borosilicate Laboratory Equipment for Longevity

Borosilicate glass is prized in laboratory settings for its exceptional thermal resistance, chemical durability, and clarity. Found in everything from media storage bottles to beakers and flasks, borosilicate glassware can be long-lasting asset for any lab. However, to ensure that it remains in optimal condition, proper maintenance is essential. Below are practical tips to help you extend the lifespan of your borosilicate glassware.

1. Clean Regularly with Mild Solutions

• Use Appropriate Cleaning Solutions: Select cleaning agents that are effective yet safe for your specific glassware and experimental needs. Many labs find pH-neutral detergents ideal, but cleaning methods may need to be adapted depending on the type of contaminants and the sensitivity of your work. Avoid harsh chemicals unless necessary, as they may

Why PROGENE® Cell Culture Products Are the Best Choice for Your Lab

When working in a lab focused on cell culture applications, selecting high-quality materials from a reputable supplier can be the key to achieving reliable and reproducible outcomes. PROGENE®, an exclusive private label of Ultident Scientific, has been engineered to meet the needs of today’s laboratories. With advanced design features, consistent quality, and competitive pricing, PROGENE® offers a complete range of cell culture solutions, establishing Ultident Scientific as a trusted partner for research labs across Canada.

Your Lab's Summer Survival Guide : A Checklist for Staying Cool and Efficient

Summer months can bring unique challenges in the lab, with unpredictable temperature fluctuations and staffing changes that can easily disrupt the usual flow of operations. Use this checklist to ensure your lab thrives, laying the groundwork for a smooth and successful season.

1. Temperature and Humidity Control

☐   Ensure that air conditioning systems are functioning correctly to maintain stable temperature and humidity levels. Extreme heat and humidity can affect the performance of sensitive equipment and the stability of reagents and samples.

☐   Use digital thermometers and hygrometers with alarms to continuously monitor lab conditions. 

Towards a Greener Horizon: Ultident Scientific's Renewed Commitment to Sustainability

Dear Valued Customers,

At Ultident Scientific, we believe in the power of science to drive positive change in the world. That's why we're excited to announce our updated Corporate Social Responsibility and Sustainable Development policy, which reaffirms our dedication to environmental stewardship. We understand the impact our operations can have on the planet and society, and we're committed to continuous improvement towards a more sustainable future.

Here's what you can expect from our renewed commitment:

1. Innovating for Sustainability: We are dedicated to developing and distributing products that are safer, cleaner, and less resource-intensive while remaining responsive to your needs. Our goal is to align our offerings with both environmental goals and market demands.
2. Reducing Environmental Impact: We're working to minimize

Essential Tips for Choosing Quality Microcentrifuge Tubes

Microcentrifuge Tubes (MCTs) are essential tools used in labs worldwide, playing a critical role in molecular biology, biochemistry, research, and clinical applications. However, not all MCTs are created equal, and selecting the right ones can make a significant difference in experimental outcomes. In this guide, we'll explore the essential factors to consider when choosing MCTs – and give you some tips on how to spot low-quality options.

Compatibility Myths: Debunking Four Common Misconceptions About Consumables in Laboratory Research

As researchers work to advance our collective knowledge, they rely on various lab equipment and consumables to ensure the accuracy of their experiments and analyses. Yet, within this landscape, common misunderstandings about the compatibility of lab supplies persist. In this article, we debunk four common misconceptions surrounding the use of non-OEM (Original Equipment Manufacturer) consumables in the life science industry.

For this article, we define Original Equipment Manufacturers (OEMs) as the companies responsible for producing and supplying equipment (pipettes, thermal cyclers, plate readers, centrifuges, spectrophotometers, etc.) under their branding. OEM consumables refer to products produced by the same company that manufactures the associated equipment.

1. Quality Assurance:

Myth: Some researchers are brought to believe that the

Exploring the Future of Cell Culture with 3D, Lab-on-a-Chip, and Organ-on-a-Chip Technologies

The field of cell culture has undergone remarkable advancements in recent years, revolutionizing the way scientists study and understand cellular behaviour. This article explores the key concepts and advancements in 3D cell culture, Lab-on-a-Chip, and Organ-on-a-Chip technologies.

What is 3D Cell Culture, and why is it different from 2D?

Tips for Setting up a New Lab: Key Considerations for Equipment and Supplies

Starting a new lab can be exciting and challenging, especially when organizing the equipment and supplies necessary for your research. This article explores tips to help you streamline the setup process and create a strong foundation for productive research. However, it is essential to remember that each lab is unique, therefore adapt these general tips to suit your specific needs and research objectives.

1. Assess your research requirements and create a comprehensive inventory roadmap:

• Understand the nature of your experiments, the techniques you will be using, and the scale of your work. Then, create a detailed inventory list of the necessary equipment and supplies. 
• Categorize your list into more manageable sections (ex: equipment, reusable items, and consumables). Noting like the items' urgency, importance and budget

Celebrating Interdisciplinary Research: 5 Collaborations That Prove We Go Farther Together

Interdisciplinary collaboration has become a driving force in scientific research, allowing experts from diverse fields to join forces and tackle complex problems. By integrating knowledge, methodologies, and perspectives, interdisciplinary collaborations generate innovative solutions beyond individual fields' limitations. 

In this article, we celebrate five examples of interdisciplinary research that prove "we go farther together." These collaborations have made significant breakthroughs in brain-computer interfaces, climate research, space science, genomic research, and cancer research, offering promising pathways to a brighter future.

1.    Brain-Computer Interfaces (BCIs):