Flexibility of Custom Design over Simplex Lattice Design in Co-Processed Excipient Formulations

Custom design is a modeling technique that puts forward the custom formula on the pharmaceutical formula optimization. The components may be adjusted to the formula constraints. However, these designs sometimes do not accommodate all the components used. In addition, its effectiveness is not necessa...

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Main Author: Aris Perdana Kusuma
Format: Article
Language:English
Published: ARTS Publishing Corp. 2018-01-01
Series:Science and Technology Indonesia
Online Access:http://sciencetechindonesia.com/index.php/jsti/article/view/69
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spelling doaj-41026d6fb6ea4547b687eb684d93dfe12020-11-24T23:29:53ZengARTS Publishing Corp.Science and Technology Indonesia2580-44052580-43912018-01-0131303410.26554/sti.2018.3.1.30-3469Flexibility of Custom Design over Simplex Lattice Design in Co-Processed Excipient FormulationsAris Perdana Kusuma0Dept. of Pharmacy, Universitas Islam IndonesiaCustom design is a modeling technique that puts forward the custom formula on the pharmaceutical formula optimization. The components may be adjusted to the formula constraints. However, these designs sometimes do not accommodate all the components used. In addition, its effectiveness is not necessarily optimal when compared with standard designs such as simplex lattice design (SLD). This study used microcrystalline cellulose PH 101 (MCC PH 101), lactose and K30 kollidon which were computerized. Custom design and SLD compared with Design Expert software based on previous research data. Tablet hardness and tapping index were used as test parameters to assess design effectiveness. The optimal formula result obtained was MCC PH 101: lactose: kollidon K30 80% each: 10%: 10% for SLD. This value differs from custom designs that get results in the absence of lactose proportions. Custom design prediction results actually get better value than SLD for tablet hardness and tapping index.http://sciencetechindonesia.com/index.php/jsti/article/view/69
collection DOAJ
language English
format Article
sources DOAJ
author Aris Perdana Kusuma
spellingShingle Aris Perdana Kusuma
Flexibility of Custom Design over Simplex Lattice Design in Co-Processed Excipient Formulations
Science and Technology Indonesia
author_facet Aris Perdana Kusuma
author_sort Aris Perdana Kusuma
title Flexibility of Custom Design over Simplex Lattice Design in Co-Processed Excipient Formulations
title_short Flexibility of Custom Design over Simplex Lattice Design in Co-Processed Excipient Formulations
title_full Flexibility of Custom Design over Simplex Lattice Design in Co-Processed Excipient Formulations
title_fullStr Flexibility of Custom Design over Simplex Lattice Design in Co-Processed Excipient Formulations
title_full_unstemmed Flexibility of Custom Design over Simplex Lattice Design in Co-Processed Excipient Formulations
title_sort flexibility of custom design over simplex lattice design in co-processed excipient formulations
publisher ARTS Publishing Corp.
series Science and Technology Indonesia
issn 2580-4405
2580-4391
publishDate 2018-01-01
description Custom design is a modeling technique that puts forward the custom formula on the pharmaceutical formula optimization. The components may be adjusted to the formula constraints. However, these designs sometimes do not accommodate all the components used. In addition, its effectiveness is not necessarily optimal when compared with standard designs such as simplex lattice design (SLD). This study used microcrystalline cellulose PH 101 (MCC PH 101), lactose and K30 kollidon which were computerized. Custom design and SLD compared with Design Expert software based on previous research data. Tablet hardness and tapping index were used as test parameters to assess design effectiveness. The optimal formula result obtained was MCC PH 101: lactose: kollidon K30 80% each: 10%: 10% for SLD. This value differs from custom designs that get results in the absence of lactose proportions. Custom design prediction results actually get better value than SLD for tablet hardness and tapping index.
url http://sciencetechindonesia.com/index.php/jsti/article/view/69
work_keys_str_mv AT arisperdanakusuma flexibilityofcustomdesignoversimplexlatticedesignincoprocessedexcipientformulations
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