10-12kg. Hardness of tablet without matrixwith the maximum pressure wi translation - 10-12kg. Hardness of tablet without matrixwith the maximum pressure wi Indonesian how to say

10-12kg. Hardness of tablet without

10-12kg. Hardness of tablet without matrix
with the maximum pressure without occurrence
of capping and lamination.
Drug release profile (Figure 2) showed
that the drug release form of captopril
sustained release tablet dosage form. In the
initial release occurred initial burst release or
the drug release uncontrolled, the matrices
cannot control the drug release and the drug
cannot loaded in the nanoporous of clays
maximally.
Composite between drugs and clays were
formed maximally at 60 min that showed the
lower drug release rate. Nanocomposites were
formed with the drug molecules adsorb on
nanoporous of carrier materials (zeolite,
hydrotalcite and montmorillonite), then the
loaded drug in the nanoporous have hydrogen
bonding interaction between the drug molecules
and nanoclays making the drug release slowly.
Clay materials are naturally occurring
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10-12kg. kekerasan tablet tanpa matriksdengan tekanan maksimum tanpa terjadinyapembatasan dan laminasi.Obat rilis profil (gambar 2) menunjukkanbahwa obat merilis bentuk kaptoprilbentuk dosis berkelanjutan rilis tablet. Dalamrilis awal terjadi ledakan awal rilis atauobat merilis tak terkendali, matrikstidak dapat mengendalikan rilis obat dan obattidak dapat dimuat dalam nanoporous tanah liatmaksimal.Gabungan antara obat dan tanah liat yangdibentuk secara maksimal di 60menit yang menunjukkanlebih rendah pelepasan kadar obat. Nanocomposites yangdibentuk dengan obat molekul Kekurangpekaan padananoporous bahan pembawa (zeolit,hydrotalcite dan mineral montmorilonite), kemudianobat yang dimuat di nanoporous memiliki hidrogenikatan interaksi antara molekul-molekul obatdan nanoclays membuat obat rilis perlahan-lahan. Bahan tanah liat yang terjadi secara alami
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Results (Indonesian) 2:[Copy]
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10-12kg. Kekerasan tablet tanpa matriks
dengan tekanan maksimum tanpa terjadinya
capping dan laminasi.
Profil pelepasan obat (Gambar 2) menunjukkan
bahwa bentuk pelepasan obat dari kaptopril
berkelanjutan bentuk sediaan rilis tablet. Dalam
rilis awal terjadi pelepasan ledakan awal atau
pelepasan obat terkontrol, matriks
tidak dapat mengontrol pelepasan obat dan obat
tidak dapat dimuat dalam nanoporous lempung
maksimal.
Composite antara obat dan tanah liat yang
dibentuk secara maksimal pada 60 menit yang menunjukkan
pelepasan obat yang lebih rendah menilai. Nanocomposites yang
dibentuk dengan molekul obat menyerap pada
nanoporous bahan pembawa (zeolit,
hidrotalsit dan montmorillonite), maka
obat dimuat di nanoporous memiliki hidrogen
interaksi ikatan antara molekul obat
dan nanoclays membuat pelepasan obat secara perlahan.
Bahan tanah liat yang terjadi secara alami
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