Wiley, a pioneer in research, publishing, and knowledge solutions, has announced the release of KnowItAll 2024 Analytical Edition. This cutting-edge software introduces a multi-technique quantitation tool and an array of advancements designed to elevate spectral analysis workflows for researchers and analysts worldwide.
In the realm of chemical quantitative analysis, the conventional approach often involves navigating through multiple software platforms. This process not only complicates the analysis but also poses challenges in terms of expertise, reproducibility, and interoperability. To address these persistent hurdles, Wiley's latest innovation, the KnowItAll Quantitation tool, stands out as a comprehensive, user-friendly solution, enabling users to perform analysis, identification, and quantification seamlessly across various techniques and instrument formats. This integrated tool offers a streamlined, vendor-neutral environment supporting techniques like GC-MS, IR, Raman, UV-Vis, and GC, unifying the analysis process in a single interface.
One of the key highlights of this release is the incorporation of an intuitive, step-by-step approach within a singular interface. The KnowItAll Quantitation tool provides methodologies for external calibration, internal calibration, and standard addition analysis, ensuring a seamless and standardized analytical experience.
The latest release also boasts significant enhancements in analysis, data management, processing, and reporting across multiple techniques. Notably, improvements have been made in the NMR workflow and LC-MS databasing, while the addition of new file formats has expanded the software's support to encompass over 170 instrument file formats in total.
KnowItAll's integrated toolsets not only eliminate the necessity for multiple software packages but also significantly enhance lab efficiency and staff proficiency. This, combined with Wiley’s expansive, high-quality spectral reference libraries, ensures a dependable solution for swift and accurate spectral analysis.
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