Malaysian
Journal of Analytical Sciences Vol 19 No 6 (2015): 1290 - 1296
CHARACTERIZATION
OF CROSSLINKED ZERUMBONE LOADED GELATIN – ZEOLITE Y HYBRID COMPOSITES WITH GLUTARALDEHYDE
FOR CONTROLLED RELEASE OF NATURAL ANTICANCER DRUG
(Pencirian Sambung Silang Zerumbon Dimuatkan dalam
Gelatin-Zeolit Y Komposit Hibrid dengan Glutaraldehid untuk Pembebasan Terkawal
Ubat Anti-Kanser Semulajadi)
Norashikin
Salleh1, Umi Sarah Jais1*, Siti Halimah Sarijo2
1Materials Technology
2Applied Chemistry
Faculty of
Applied Sciences,
Universiti
Teknologi MARA, 40450 Shah Alam, Selangor, Malaysia
*Corresponding author: umisarah@salam.uitm.edu.my
Received:
23 November 2014; Accepted: 3 September 2015
Abstract
Zeolite
Y-gelatin hybrid spherical pellets were prepared by blending zerumbone loaded
zeolite Y with gelatin solution and crosslinking achieved by glutaraldehyde.
The pellets were characterized by using ATR-FTIR spectroscopy, Raman
spectroscopy, thermogravimetric analysis (TGA) and swelling analysis. The
zerumbone entrapment in zeolite Y was calculated via UV-VIS and results showed
that zerumbone could be encapsulated to the maximum loading of porous zeolite
Y. ATR-FTIR analysis showed the inert property of zeolite Y that only act as
porous host carrier and crosslinking was achieved at 1650 cm-1.
Result from Raman spectra supported and proven that crosslinking occur at 1650
cm-1. The swelling of crosslinked samples showed slower water
penetration indicating that crosslinking had strengthened the spherical
pellets. TGA results supported that after crosslinking took place, the thermal
decomposition temperature for the composite increased indicating the increase
of composite strength. This study showed promising results towards the
composite development in controlled drug release area.
Keywords: controlled drug
delivery, gelatin, zeolite Y, zerumbone, glutaraldehyde
Abstrak
Pellet
sfera dari hybrid zeolit Y-gelatin telah disediakan dengan menggbungkan
zerumbon yang dimuatkan di dalam zeolit Y ke dalam campuran gelatin dan sambung
silang dicapai dengan menggunakan glutaraldehid. Pelet dicirikan dengan
menggunakan ATR-FTIR spektroskopi, Raman spektroskopi, analisis termogravimetri
(TGA) dan analisis penyerapan. Pemerangkapan zerumbon di dalam zeolit Y dianalisis
melalui UV-VIS dan keputusan menunjukkan bahawa zerumbon boleh dimuatkan secara
maksimum di dalam liang zeolit Y. ATR-FTIR menunjukkan sifat lengai zeolit Y
yang hanya bertindak sebagai ‘pembawa’ berliang dan silang sambung dicapai pada
1650 cm-1. Keputusan dari spectrum Raman menyokong dan turut
membuktikan bahawa silang sambung berlaku pada 1650 cm-1. Penyerapan
sampel silang menunjukkan penembusan air secara perlahan-lahan lantas
membuktikan bahawa silang sambung telah mengukuhkan pelet sfera. Keputusan TGA
menyokong bahawa selepas silang sambung berlaku, suhu penguraian haba bagi
komposit meningkat dan membuktikan peningkatan kekuatan komposit. Kajian ini
menunjukkan keputusan yang memberangsangkan terhadap pembangunan komposit dalam
pembebasan ubat secara terkawal.
Kata kunci: perlepasan ubat terkawal, gelatin,
zeolite Y, zerumbon, glutaraldehid
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