IMPLEMENTATION OF REAL TIME RELEASE TESTING ON DOXYCYCLINE CAPSULE MIXING PROCESS IN PT. PQR

Along with technology development in pharmaceutical industry, currently process of quality product measurement has been develop into real time measurement during the process or Real Time Release Testing (RTRT) using Process Analytical Technology (PAT) tools that is near infrared spectroscopy. Thi...

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Main Author: Kesuma Suryaloka, Cahyani
Format: Theses
Language:Indonesia
Online Access:https://digilib.itb.ac.id/gdl/view/56612
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Institution: Institut Teknologi Bandung
Language: Indonesia
id id-itb.:56612
spelling id-itb.:566122021-06-23T13:54:06ZIMPLEMENTATION OF REAL TIME RELEASE TESTING ON DOXYCYCLINE CAPSULE MIXING PROCESS IN PT. PQR Kesuma Suryaloka, Cahyani Indonesia Theses Real Time Release Testing (RTRT), Process Analytical Technology (PAT), in-line measurement, near infrared spectroscopy, blend homogeneity INSTITUT TEKNOLOGI BANDUNG https://digilib.itb.ac.id/gdl/view/56612 Along with technology development in pharmaceutical industry, currently process of quality product measurement has been develop into real time measurement during the process or Real Time Release Testing (RTRT) using Process Analytical Technology (PAT) tools that is near infrared spectroscopy. This study aims to implement Real Time Release Testing (RTRT) to replace conventional quality product measurement with sampling along the process and followed by offline measurement. In this study, mixing process of Doxycycline Capsule was carried out and conducted in-line measurement of Critical Quality Attribute (CQA) i.e. blend homogeneity using near infrared spectroscopy. Then, proceed with capsule filling process and samples were taken to measure content uniformity of the product using HPLC (High Pressure Liquid Chromatography) method. Based on the research, the mixing of Doxycycline capsules with number of revolutions of 100 and speed of 11 rpm (revolutions per minute) was scanned and processed data spectrum using Moving Block Model (MBM) with F-test statistical analysis, the result was F value below the critical F value which was in the state of homogeneous condition. After filling process, the results of content uniformity using HPLC (High Pressure Liquid Chromatography) method showed that Relative Standard Deviation value for each sampling interval below 5.00%, the value of each individual sample fall between 90.00 - 120.00%, and the L1 value is less than 15.0. The results of capability analysis process provide value of centering capability index (Cpk) 1.63 and performance centering index (Ppk) 1.62, which indicates that the process of inter and intra batch are satisfactory, reliable, and consistent. Based on the research results, the real-time release testing process of the Doxycycline Capsule mixing process can be applied at PT. PQR. text
institution Institut Teknologi Bandung
building Institut Teknologi Bandung Library
continent Asia
country Indonesia
Indonesia
content_provider Institut Teknologi Bandung
collection Digital ITB
language Indonesia
description Along with technology development in pharmaceutical industry, currently process of quality product measurement has been develop into real time measurement during the process or Real Time Release Testing (RTRT) using Process Analytical Technology (PAT) tools that is near infrared spectroscopy. This study aims to implement Real Time Release Testing (RTRT) to replace conventional quality product measurement with sampling along the process and followed by offline measurement. In this study, mixing process of Doxycycline Capsule was carried out and conducted in-line measurement of Critical Quality Attribute (CQA) i.e. blend homogeneity using near infrared spectroscopy. Then, proceed with capsule filling process and samples were taken to measure content uniformity of the product using HPLC (High Pressure Liquid Chromatography) method. Based on the research, the mixing of Doxycycline capsules with number of revolutions of 100 and speed of 11 rpm (revolutions per minute) was scanned and processed data spectrum using Moving Block Model (MBM) with F-test statistical analysis, the result was F value below the critical F value which was in the state of homogeneous condition. After filling process, the results of content uniformity using HPLC (High Pressure Liquid Chromatography) method showed that Relative Standard Deviation value for each sampling interval below 5.00%, the value of each individual sample fall between 90.00 - 120.00%, and the L1 value is less than 15.0. The results of capability analysis process provide value of centering capability index (Cpk) 1.63 and performance centering index (Ppk) 1.62, which indicates that the process of inter and intra batch are satisfactory, reliable, and consistent. Based on the research results, the real-time release testing process of the Doxycycline Capsule mixing process can be applied at PT. PQR.
format Theses
author Kesuma Suryaloka, Cahyani
spellingShingle Kesuma Suryaloka, Cahyani
IMPLEMENTATION OF REAL TIME RELEASE TESTING ON DOXYCYCLINE CAPSULE MIXING PROCESS IN PT. PQR
author_facet Kesuma Suryaloka, Cahyani
author_sort Kesuma Suryaloka, Cahyani
title IMPLEMENTATION OF REAL TIME RELEASE TESTING ON DOXYCYCLINE CAPSULE MIXING PROCESS IN PT. PQR
title_short IMPLEMENTATION OF REAL TIME RELEASE TESTING ON DOXYCYCLINE CAPSULE MIXING PROCESS IN PT. PQR
title_full IMPLEMENTATION OF REAL TIME RELEASE TESTING ON DOXYCYCLINE CAPSULE MIXING PROCESS IN PT. PQR
title_fullStr IMPLEMENTATION OF REAL TIME RELEASE TESTING ON DOXYCYCLINE CAPSULE MIXING PROCESS IN PT. PQR
title_full_unstemmed IMPLEMENTATION OF REAL TIME RELEASE TESTING ON DOXYCYCLINE CAPSULE MIXING PROCESS IN PT. PQR
title_sort implementation of real time release testing on doxycycline capsule mixing process in pt. pqr
url https://digilib.itb.ac.id/gdl/view/56612
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