Azenta Life Sciences’ Post

Maintaining sample integrity at ultra-low and cryogenic temperatures entails more than simply having freezers capable of reaching a specific temperature. This guide covers factors that influence storage decisions ranging from on-site to off-site storage, including both long-term and short-term needs, as well as tips for implementing cryogenic storage solutions and case studies. https://lnkd.in/ep658FcD #samplemanagement #samplestorage #cryogenic #biotechnology #lifescience #azenta

In life sciences, the success or failure of a new drug, treatment or cell therapy can hinge on the quality of a single sample. In this sense, every sample matters. Yet, it can feel like an insurmountable task to manage thousands of samples that require consistent handling, strict documentation discipline and careful tracking of their location in storage. This article explores the challenges and strategies involved in transitioning to automated #cryogenic storage systems. From assessing current infrastructure to gaining organizational buy-in and selecting appropriate containers, follow these steps to help ensure a successful transition to automated cryogenic storage. https://lnkd.in/dHKr_Rvz #Biobank #Biobanking #Biorepository #Cryopreservation #Biostorage #CryogenicStorage #LifeSciences #Automation #SampleManagement #Preservation #Medical #Healthcare Azenta Life Sciences | Technology Networks | Erica Waller

If you're a lab researcher working with biocatalysis, the rotating bed reactors (RBRs) could be a game-changer for your research. This video shares essential tips and tricks to maximize the effectiveness of your RBR. Whether you're an experienced RBR user or just getting started, this video has helpful insights for you. If you're considering an RBR, explore our product line at https://hubs.li/Q02thvxT0. Our expert team is ready to provide the information you need to leverage RBR technology in your research. Don't miss the opportunities RBRs bring to biocatalysis research. Reach out to us today for more information! #biocatalysis #rotatingbedreactor #labtechnology #researchtips #laboratoryequipment

The most recent algorithmic enhancements of the COSMO solvation model are presented and the implementation in the TURBOMOLE program package is described. Three demonstrative applications covering homogeneous catalysis, tautomeric equilibria, and binary phase diagrams show the efficiency and general applicability of the approach. Especially when combined with the COSMO-RS extension the method very reliably predicts thermodynamic properties of liquid mixtures. Link :- https://lnkd.in/gXBEd_qP #compchem , #DFT, #Chemistry, #qm , #materialscience BIOVIA Zastra Innovations

Explore the frontiers of tailored reactor technology: From macroscopic reactor design to hierarchically structured enzyme carrier packings with controlled microscopic pores. Find out how this combination enables exceptional performance for enzymatic reactions in the rotating bed reactor: https://hubs.li/Q02dXN-T0 #engineering #processdevelopment #reactor #technology #enzymereactor #biocatalysis #immobilizedenzymes

Whole cell biocatalysis has several advantages over using purified or immobilised enzymes, but it does have some drawbacks in terms of mass transfer limitations. In the article, "*Recent advances in whole cell biocatalysis techniques bridging from investigative to industrial scales," Jochen Waldmeister and Dörthe Rother suggest approaches to overcome limitations in the application of whole cell biocatalysts with novel reactor setups. Furthermore, they conclude that reliable scalability from the investigatory scale to large-scale manufacturing is desired, particularly for difficult, unconventional biphasic or viscous media. You can find the source at https://hubs.li/Q02D_fDg0 The rotating bed reactors (RBR) allows maximum mass transfer with minimal mechanical abrasion of the catalyst, as well as a screening feature that can be constantly optimised. Contact us to find out how RBR can help you to achieve a fast and reliable process. #biocataysis #masstransfer #catalyst #rbr #spinchem #processchemistry #biotechnology

#SpecialIssue Open for #Submissions! Ionic Liquids and Deep Eutectic Solvents in Catalysis #GuestEditors: Dr. Anabela Valente and Dr. Sofia Bruno, Universidade de Aveiro 👉Find this #issue at: https://lnkd.in/ePQv2NPS In Section: #Catalytic Materials 👉Find this #section at: https://lnkd.in/eUb4iEad Looking forward to your contributions! #ionicliquids #deepeutectic #solvents #functionalization #catalysts #supported #ionicliquids #synthesis #homogeneouscatalysis #heterogeneouscatalysis

In my most recent work published work, we capture the importance of controlling gold nanomorphology using electrodeposition methods for the preparation of apta-sensors with optimized sensing performance. DOI: https://lnkd.in/etE6ktUn #ACSappliedbiomaterials #aptasenors #biotechnology

🤝 We are thrilled to announce a strategic partnership with eMolecules! Through this partnership, eMolecules's extensive building block data will be integrated into Chemical.AI's next-gen reaction informatics platform, enhancing ChemAIRS's ability to provide synthetic routes with practical information on the availability and pricing of building blocks. This integration will enable researchers to quickly and efficiently identify viable synthetic pathways, significantly reducing the time and cost associated with chemical synthesis through eMolecules. #retrosynthesis #ChemAIRS #eMolecules