Experimental Data Relating to the Thesis 'Scaleable Oral Dose Formulations'

The data herein relates to the thesis 'Scaleable Oral Dose Formulations'. The main aim of this project was to develop a method for accurately scaling solid oral dosage forms. The data herein details the development of a method for the production of scaleable doses using a combination of hot melt extrusion and 3D printing. All data is saved within folders corresponding to the relevant ELN numbers and then grouped under chapter title to enable the reader to find the relevant methodology. All the chapter folders feature a range of data, such as Origin, text, CAD, gcode, JPEG, PNG, TIFF, Bitmap, EMF, Adobe PDF, MS Excel, MS Powerpoint, MS Word, Minitab Project (MPJ), MODDE Investigation and program specific files. The data was collected using HPLC with the Agilent software MassHunter Qualitative Analysis, x-ray diffraction with the Bruker software Diffrac. EVA (Diffrac Suite files), printing using the Leapfrog Creatr HS and Simplify3D (3D Model files), differential scanning calorimetry and thermogravimetric analysis with the Netzsch software Proteous analysis (NGB-SDG and NGB-DDG files), scanning electron microscopy with the Keysight SEM software, TOF-SIMS using the software IONTOF, Nano CT with the Bruker SkyScan software, USP dissolution coupled with UV spectroscopy using the software packages IDIS and UVWin, Raman mapping using the mPAT software Meta Analyser (SCOPE and MPAT files) and texture analysis using Exponent software (TEE32 Graph files). With the exception of the image and program method files, all data was gathered using Excel and graphs were plotted using Origin, carrying out statistical analysis using Minitab.