Lab Notes Newsletter
Welcome to the October edition of our Lab Notes Newsletter!
We are excited to announce the launch of CellXpress.ai? Automated Cell Culture System . This AI-enabled cell culture innovation hub is designed to empower researchers around the world to leverage relevant, reproducible results and make key decisions sooner, achieve milestones faster, and get to clinic earlier. Find out more at CellXpressAI.com and join our passionate community of researchers utilizing next-generation technology to focus on our unified critical mission: discovering ways to improve quality of life.
Will you be at the Society for Biomolecular Imaging and Informatics Conference 2023 in Boston, MA?
Be sure to attend our lunch-and-learn session on Tuesday, Oct. 31, from 1:00-1:45 p.m. to learn more about this revolutionary new system, or visit us now at CellXpressAI.com
Organoids could revolutionize medicine. But here's the catch – they're tricky to use.
In this Technology Networks article, Vice President of Strategy and Innovation Shan D. shares that, “Large-scale cell cultures such as organoids have traditionally demanded 24/7 oversight, including feedings that must be done with precision and at prescribed times, sometimes on weekends, to avoid ruining experiments. Some cell cultures also have to be ‘passaged,’ or broken apart into smaller pieces and then re-seeded into new plates so they have enough room to grow. These hands-on procedures are time-consuming, error-prone, expensive, mundane and repetitive, making organoid studies hard to scale up and reproduce.” Read on to see how AI is transforming organoid studies, allowing researchers to achieve reproducible results across multiple experiments, reshaping the future of drug discovery.
Patient-derived organoids in disease modeling
In an exclusive interview with Commercial Organoid Innovation Director Nikki Carter , Drug Target Review explores the power of patient-derived organoids (PDOs) in drug discovery.
These “patient in a dish” models, as Nikki explains, are 3D cell structures cultivated from tissue samples that offer an opportunity to bridge the gap between these more human-relevant models and traditional 2D cell cultures or animal models. Here she explores translatability, technological advancements, and the integration of artificial intelligence (AI), envisioning the potential role of PDOs throughout the entire medicine creation pipeline, from target identification to personalized clinical treatments, ultimately reducing costs and improving patient outcomes.
SUN Bioscience uses ImageXpress? Micro Confocal High-Content Imaging System to image high-throughput organoid platform
One of the most significant challenges facing researchers using complex 3-dimensional (3D) microtissues is collecting accurate and reliable high-throughput images and data.
In our latest customer breakthrough story, discover how SUN bioscience benefitted from using our ImageXpress Micro Confocal High-Content Imaging System to analyze organoids!
Introducing the ALL-NEW ClonePix Reagents Bundle!?
Save time. Save money. Bundle today.?
Dive into research with efficiency and optimized tools for top-tier results, all wrapped into one comprehensive package. Because when it comes to science, we believe in empowering you with the best. Every moment in the lab counts, and every tool should empower you to achieve more. That's precisely why we've meticulously curated our new bundles .?
Upcoming Webinar?Scaling Up Organoid Research: A New Approach with Assay-Ready Organoids
Difficulties in obtaining large quantities of reproducible, standardized organoids have hampered the wider adoption of these 3D cell models, especially within drug discovery and development.
In this new webinar from Labroots, Dr. Angeline Lim and Dr. Andy Bashford will show how new technologies are allowing researchers to overcome these challenges to enable high-throughput, statistically powerful compound screens using organoids.
NEW eBook: Gain new insights with easy-to-use absorbance microplate readers
Absorbance microplate readers are essential tools across industries like pharmaceuticals, biotechnology, food & beverage, and academia. They provide swift and sensitive measurements across a broad range of analyte concentrations, supporting ELISAs, microbial growth assays, compound detection, contaminant identification, and protein quantification.
领英推荐
In our eBook , we shed light on the remarkable applications of SpectraMax? absorbance readers, seamlessly integrated with SoftMax? Pro Software. Explore how we simplify your research, saving you valuable time and effort while ensuring the seamless generation of essential data.
Ready to optimize your assays and propel your research forward??Dive into our eBook now?and harness the true potential of absorbance microplate readers.?
Scientific Poster QPix XE: A compact, cost-effective, high-throughput microbial colony picker for synthetic biology workflows
Delve into the transformative world of synthetic biology, where nature's building blocks are reshaped to design solutions for tomorrow's challenges. At Molecular Devices, we're proud to be part of this dynamic frontier, setting the stage for future innovations. Every advanced lab deserves the best tools. With the all-new QPix XE Microbial Colony Picker, you can revolutionize how you view your synthetic biology process and position your lab at the forefront of innovation.?
?Download our NEW scientific poster for in-depth insights, like:
Year-End Savings on new Cellular Imaging Systems
Is your lab effectively equipped to help you make your next big discovery?
We know you have big things planned in the new year, but do you have the right tools to reach your goals? We'd like to support your success and help you hit the ground running in the new year with?significant savings on the purchase of a new cellular imaging solution.
Combine the options and modules that address your specific research - including objectives, filters, imaging modes, and environmental conditions - to create the perfect?automated solution? that supports your applications, increases throughput, and streamlines workflows.
Be sure to act quickly, this offer will come to an end before we ring in the new year.*
Plasmid Production
The Future of DNA Delivered Today.?Scale rapidly, eliminate batch failures, and accelerate clinical advancement.
We are pleased to announce our new web page dedicated to Plasmid Production. This platform offers a wealth of information, insights, and tools tailored to enhance your understanding and application of plasmid production techniques.
Why visit?
EVENTS
Oct 29-Nov 1, 2023 | Boston, MA
Nov 11-15, 2023 | Washington D.C., USA
Nov 14-16, 2023 | Lisbon, Portugal?
Nov 21-22, 2023 | Stevenage, UK
Postdoctoral Research Associate at RWJMS Institute for Neurological Therapeutics
1 年So futuristic cell handling process. Combination of AI and Microscope make new concept of automation.