MySTYL'One
May 24, 2022
The present work details how moisture sorption properties of the starches with different amylose-amylopectin ratio impacted tablet properties including drug stability. Full paper available in the PAPERS section.
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The present work details how moisture sorption properties of the starches with different amylose-amylopectin ratio impacted tablet properties including drug stability. Full paper available in the PAPERS section.
Find others papers here and learn about
#stability #tableting #moisture #Amylose #STYLOne #Amylopectin
MySTYL'One
May 9, 2022
The present work details a model based on the Ryshkewitch-Duckworth equation that can estimate the compactibility profiles of lubricated formulations. Available model showing extended quantitative predictive accuracy for the influence of lubricant concentration on the mechanical strength of tablets. Full paper available in the PAPERS section.
Find others papers here and learn about
The present work details a model based on the Ryshkewitch-Duckworth equation that can estimate the compactibility profiles of lubricated formulations. Available model showing extended quantitative predictive accuracy for the influence of lubricant concentration on the mechanical strength of tablets. Full paper available in the PAPERS section.
Find others papers here and learn about
#tableting #Modeling #Multi-component compaction #Mechanical strength #STYLOne #lubrication
MySTYL'One
April 21, 2022
The present work compares the in-die elastic recovery profiles with and without precompression prior to the main compression of celecoxib powder. Full paper available in the PAPERS section.
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#tableting #lamination #precompression #Air entrapment #Defects #celecoxib powder
MySTYL'One
Jan. 18, 2022
New study from the University of Montpellier developing a new approach to evaluate the deformation behavior of pellets when compressed.
Both data during tableting and compression models with XTM image analysis were combined.
Head to the Papers section and learn about
- mechanical behavior of pharmaceutical pellets when compressed
- deformation mechanism of ductile and brittle pharmaceutical pellets
- nondestructive X-ray micro-computed tomography for pellet deformation
- structure thickness and equivalent sphere diameters as morphometric parameters
#X-ray micro computed tomography #'experimental compaction' #tableting #pellet deformation