TA Instruments, “뛰어난 젊은 유변학자” 상 수상자로 Rossana Pasquino 박사 선정
미국 델라웨어 주 뉴캐슬. 2018년 7월 10일 – TA Instruments는 “뛰어난 젊은 유변학자” 상의 마지막 수상자로 Rossana Pasquino 박사를 선정했습니다. Rossana Pasquino 박사는 Naples Federico II 대학 부교수입니다.
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Expansion and Penetration Probe Installation on the TMA Q400
Q Series Trade-In The Q Series™ instruments will enter their End-of-Life at the end 2024. Repair and maintenance will be done on “best-effort” after 2024. However, it should be noted that our ability to make these repairs is subject to availability of parts. In the attempt to facilitate the transition to the current Discovery Series,…
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Disconnecting RCS Cooling Systems from the Discovery DSC
Disconnecting RCS Cooling Systems from the Discovery DSC In this TA TechTip, we walk through how to properly disconnect an RCS cooling system to your new Discovery DSC!
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Biophysical Characterization of Antibody Drug Conjugates Using DSC
In this webinar, Dr. Colette Quinn discusses the use of differential scanning calorimetry (DSC) in protein stability characterization differences resulting from preparation changes of identical systems. Protein stability, particularly antibodies, can be determined via DSC without restrictions on buffers, excipients, and detergents. DSC, a native assay, works equally well for modified proteins such as antibody…
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Single Cantilever Installation & Calibration – DMA 850
Single Cantilever Installation & Calibration – DMA 850 In this TA Techtip, we show you how to install and calibrate the single cantilever clamp for the new Discovery DMA 850
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Dual Cantilever Installation & Calibration – DMA 850
Dual Cantilever Installation & Calibration – DMA 850 In this TA Techtip, we show you how to install and calibrate the dual cantilever clamp for the new Discovery DMA 850 from TA Instruments
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DSC Characterization of Crystalline Structure in Foods and Pharmaceuticals (Part 1 of 3)
DSC Characterization of Crystalline Structure in Foods and Pharmaceuticals Part 1 Overview The determination of the crystalline structure that exists in a pharmaceutical material is critical to fully understanding the inherent properties of the resultant drug. The crystal structure can influence the drug’s properties, such as stability and dissolution rates, as well as impact the…
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