47 Sample Preparation & Processing Entry-level Laboratory Sample Inventory Management Software
Samples is a sample management tool, designed by Ziath, for laboratories tasked with keeping smaller inventories of stored samples well organised. This powerful, yet easy-to-use software suite includes a host of features designed to streamline your sample storage workflows and makes adding and searching sample information quick and simple.
Highly intuitive data import tools allow rapid integration with existing sample databases, while its range of sample entry options and fully editable set-up parameters means the system can be optimised for your laboratory or storage facility.
Samples software includes facility for customisable tracking tags and sample types allowing you to associate fully searchable data with your samples. Creating an unlimited number of tracking tags enables laboratories to precisely describe their samples using a variety of descriptor formats including free text, quantities, dates and even links to documents such as safety or regulatory datasheets.
Laboratories using samples software can simply switch between viewing graphical displays of container layouts or a list of all containers and samples,
Designed to save you time, Samples software allows you to save frequently used searches and customise them for future use. An archive function provides access to historical data, even when a container has been permanently removed from storage, More information online:
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58950pr@reply-direct.com
Single Cell Seeder Optimises Cell Line Development Workfl ows
Advanced Instruments announces the launch of Solentim VIPS PRO, a high efficiency single cell seeder. VIPS PRO is a game-changer for single cell seeding, combining powerful, efficient seeding technology with definitive image-based proof - not probability - of monoclonality and proprietary Artificial Intelligence-driven cell recognition for increased productivity and confidence.
A major challenge in CLD is providing absolute proof of clonal line generation that regulatory authorities require. VIPS PRO offers a unique Double-Lock Assurance of clonality, generating the two pieces of image-based evidence required for IND submission. Compared to other methods, such as limiting dilution, VIPS PRO’s industry- leading seeding and clonal assurance process eliminates human error, reduces hands-on time, and accelerates process development and clinical manufacturing.
Based on the original VIPS technology, VIPS PRO is an indispensable technology for bringing innovative biotherapeutics to market. The instrument delivers a of range benefits for GMP-compatible clinical manufacturing labs.
VIPS PRO is part of an ecosystem of technologies from Advanced Instruments built to accelerate cell line development workflows, from initial discovery to scale-up and manufacturing of biotherapeutics.
More information online:
ilmt.co/PL/0lZw
59011pr@reply-direct.com ADVERTORIAL
Xprep C-IC: Ready for the Future of Rapid Trace PFAS Screening
The analysis of polyfl uoroalkyl substances (PFAS) is a well-discussed topic in today’s environmental market. Due to concerns about the effect on human health and environmental risks, measurements of PFAS concentrations in a wide variety of matrices are conducted. These studies aim to get a better insight into the effects of PFAS substances.
To underline the importance of this subject, a proposal to restrict the use of per- and polyfl uoroalkyl substances (PFAS) was submitted in January 2023 to the ECHA by several European countries. This proposal aims to ultimately ban the use of PFAS substances.
Traditional PFAS analytical methods are focused on the speciation of the individual PFAS components with expensive separation techniques. Currently, thousands of PFAS components have been produced and identifi ed for monitoring, which makes the analyses for these components more and more complex.
Due to this, there is a growing request for a standardised, fast and reliable PFAS screening method to optimise the sample throughput and reduce resources. TE Instruments’ solution for PFAS screening is the Xprep C-IC, designed to determine the total amount of PFAS components in aqueous matrices at ultra-low trace levels.
The determination of AOF (Adsorbable Organic Fluorines) is based on the same principle as AOX (Adsorbable Organic Halogens) analyses: A generally accepted and standardised technique used for decades in environmental laboratories for the monitoring of the levels of organic halides (Chlorine/Bromine/Iodine) in aqueous matrices. Where a sample is combusted, conditioned, and quantifi ed by means of coulometric titration. For the analyses of AOF, the quantifi cation step is performed by the use of an Ion Chromatograph (IC).
TE Instruments developed a fully automated, extremely compact sample preparation system covering oxidative pyrohydrolytic combustion, fraction collection, and sample injection towards the IC. The Xprep C-IC can introduce samples both via optimised direct injection (liquids module) and conventional boat-inlet (boat module) into a horizontal furnace. This automated sample-prep solution reduces the complexity of sample transfer and signifi cantly improves user convenience.
A unique feature of the Xprep C-IC setup is the optional usage of a ceramic insert in the furnace combustion tube. While standard AOX analysis focuses on standard halides, the analysis of PFAS is mainly aimed at the analysis of elemental Fluoride. This is where the power of the ceramic insert comes into its place. In a standard situation, Fluoride attacks quartz glass and may thus create a defective combustion tube over time. With the usage of the ceramic insert, a protective layer protects the furnace tube quartz material resulting in a far longer lifetime compared to a standard quartz glass setup.
Are you interested in the analytical solutions TE Instruments has to offer? Please feel free to contact us for more information or challenge us with your application request.
More information online:
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