Prediction of the Collapse of Freeze-Dried Lactose Solution using Through Vial Impedance Spectroscopy (TVIS). Poster Presentation at the 8th APS International PharmSci Conference, 5-7th September 2017, Hertforshire, UK

Jeeraruangrattana, Yowwares; Ermolina, Irina; Polygalov, Evgeny; Smith, Geoffrey

doi:10.21253/DMU.8069501.v1

Prediction of the Collapse of Freeze-Dried Lactose Solution using Through Vial Impedance Spectroscopy (TVIS). Poster Presentation at the 8th APS International PharmSci Conference, 5-7th September 2017, Hertforshire, UK

https://doi.org/10.21253/DMU.8069501

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posted on 2020-05-06, 12:38 authored by Yowwares JeeraruangrattanaYowwares Jeeraruangrattana, Irina Ermolina, Evgeny Polygalov, Geoff SmithGeoff Smith

<div>Cite as:</div><div>Jeeraruangrattana, Y. et al. (2017) Prediction of the Collapse of Freeze-Dried Lactose Solution using Through Vial Impedance Spectroscopy (TVIS). Poster Presentation at the 8th APS International PharmSci Conference, 5-7th September 2017, Hertforshire, UK.<br></div><div><br></div>Poster presentation at The 8th APS International PharmSci Conference, 5-7th September 2017, Hertforshire, UK

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freeze-drying lyophilization re-heating primary drying lactose TVIS through-vial impedance spectroscopy SEM freeze dryer impedance capacitance temperature Rp dry product resistance drying rate sublimation rate temperature calibration Pharmaceutical Sciences

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Prediction of the Collapse of Freeze-Dried Lactose Solution using Through Vial Impedance Spectroscopy (TVIS). Poster Presentation at the 8th APS International PharmSci Conference, 5-7th September 2017, Hertforshire, UK

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