CloudLIMS

Plastic waste is piling up—over 430 million tons are produced annually, yet less than 10% is effectively recycled. Traditional solutions like landfilling and incineration aren't just outdated—they’re dangerous. Fortunately, biodegradation and upcycling are emerging as viable, science-driven alternatives. Is your biotech lab ready to be part of the solution? In our latest blog, we discuss: Why current recycling and disposal systems fall short—and what needs to change How enzymes and microbes are breaking down plastics at the molecular level New strategies that upcycle plastics into higher-value materials How a LIMS enables biotech labs to automate operations for better plastic waste management For labs committed to building a circular economy through biotech innovation, this is a must-read that connects the dots between science and sustainability. Read the Blog

Many labs believe building an in-house LIMS is cheaper and more flexible than choosing a commercial solution. But when you factor in infrastructure, staffing, maintenance, and upgrade costs, the numbers tell a different story. While building an in-house LIMS can make sense for highly bespoke needs, is it really the smarter choice when a modern, flexible commercial LIMS is available at a fraction of the cost, and can easily adapt to your future needs without additional expenses? Our latest blog unpacks the true cost of ownership by comparing an in-house LIMS with CloudLIMS, a SaaS-based commercial LIMS. Read the blog and decide for yourself if building a LIMS is really a smarter choice. Read the Blog

As genomics research races ahead, the ability to decode entire genomes with unprecedented detail is reshaping medicine and biology. However, this progress comes with significant responsibilities. How do we ethically collect, interpret, and share sensitive genomics data? Our latest blog explores ethical challenges in genomics—from upholding informed consent and ensuring data privacy to the responsible use of artificial intelligence (AI)—and offers possible solutions to help navigate this complex ethical landscape while maintaining trust, privacy, and equity. If your lab is grappling with the ethical complexities of managing genomics data, this blog is a must-read. Read the Blog

If your cannabis lab operates in multiple states—or supports clients that do—you know the regulatory patchwork is real. Each state has its own rules for contaminants, potency testing, reporting timelines, and COA formats. What passes in Michigan could trigger a recall in California. And what’s required in New York might be totally optional in Arizona. Our latest blog breaks down the challenges of multistate cannabis testing and reporting, including: Discrepancies in sampling and testing methods across states Differences in screening for pesticides, metals, and microbes across some states Varying COA submission protocols in states like CA, MA, and CO Opportunities for standardization to address the fragmented regulatory landscape The role of a LIMS in helping labs navigate multi-state cannabis testing and reporting requirements If you’re tired of juggling spreadsheets, rushing to meet reporting deadlines, or decoding state-by-state testing rules, this blog is a must-read. Read the Blog

  We are delighted to announce the latest release, version 4.60, of CloudLIMS—a SaaS, in-the-cloud LIMS with zero upfront cost for biobanks, clinical research, clinical diagnostics, genomics, and analytical testing labs such as cannabis, environmental, material, food and beverage, and water testing labs. Take your lab to the next level of performance and efficiency with the latest version of CloudLIMS. Please find the release notes below: Sample Purchase Workflow Enhanced: The latest version of CloudLIMS introduces a catalog-driven workflow that streamlines sample purchase requests by associating sample records to predefined catalog entries. Available to both lab users (via the Services & Billing module) and clients (via the Client Portal), this enhancement auto-fills price and quantity based on the selected catalog, enabling a more efficient and streamlined ordering process. Catalogs are configured per sample type and include details such as price, default quantity per servin...

  Accurately measuring microplastics in water has been one of the most elusive challenges in environmental testing. ASTM D8401-24, released in early 2024, introduces a standard test method using Pyrolysis-GC/MS to identify and quantify microplastic particles and fibers by mass. For lab managers, this standard is a game-changer—finally offering a reliable protocol for generating  accurate microplastics data across matrices ranging from drinking water to wastewater and marine systems. In our latest blog, we discuss: Why the industry urgently needed a standard test method for microplastics The scope and technical foundations of the ASTM D8401-24 standard Key considerations for labs preparing to implement this mass-based testing approach How integrating a LIMS supports compliance with ASTM D8401-24 and enhances operational efficiency If your lab is preparing to offer microplastics testing—or upgrade your existing workflow—this blog is a must-read. Read the Blog