The micromeritic properties of the microcapsules are shown in Table 1. translation - The micromeritic properties of the microcapsules are shown in Table 1. Indonesian how to say

The micromeritic properties of the

The micromeritic properties of the microcapsules are shown in Table 1.
Table 1: Micromeritic Properties of Ibuprofen Microcapsules.
Properties
Grewia/Gelatin Ibuprofen Microcapsules
Acacia/ Gelatin Ibuprofen Microcapsules
Flow rate (g/sec)
2.8460 ± 0.021
1.5170± 0.090
Angle of repose (degrees)
33.00 ± 0.132
28.33 ± 0.653
Bulk density (g/cm3)
0.1787 ± 0.007
0.1670 ± 0.001
Tapped density (g/cm3)
0.1984 ± 0.005
0.1709 ± 0.002
True density (g/cm3)
1.0423 ± 0.013
1.0388 ± 0.040
Carr’s index
9.93
2.29
Hausner ratio
1.11
1.02
Mean particle size
790
1200
The micromeritic properties of microcapsules presented above indicate that the microcapsules produced using 2% w/v grewia gum and 8% w/v gelatin as well as 1% w/v acacia, and 1% w/v gelatin as coating material yielded microcapsules with good flow properties due to the fact that their angle of repose were 33o and 28.33o, respectively. As a general rule, powder with angle of repose greater than 50o has unsatisfactory flow properties (Aulton, 1999). Usually, the particle size of microcapsules is larger than that of raw materials; hence the flow property of the drug is improved by microencapsulating it. However, in order to assess whether this improvement would be enough for producing gelatin capsules and tablets from the microcapsules with the necessary amounts, the Carr’s (consolidation) index and Hausner ratio of the microcapsules should be examined.
Microcapsules containing grewia gum and gelatin possessed significantly (P < 0.05) higher flow rate than those made with acacia and gelatin.
The values of Hausner’s ratio and Carr’s compressibility obtained for the microcapsules are in conformity with their flow rates. Both the Carr’s index and Hausner’s ratio indicate excellent and good flow respectively (Aulton, 1999; Ozyazici, 1996). Usually, the particle size of microcapsules is larger than that of raw materials; hence the flow property of the drug is improved by microencapsulation. The bulk density of ibuprofen microcapsules containing grewia gum and gelatin is 0.1787g/cm3. This is significantly (P < 0.05) higher than the bulk density of 0.1670g/cm3 obtained for ibuprofen microcapsules when acacia and gelatin were used.
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The micromeritic properties of the microcapsules are shown in Table 1.Table 1: Micromeritic Properties of Ibuprofen Microcapsules.PropertiesGrewia/Gelatin Ibuprofen MicrocapsulesAcacia/ Gelatin Ibuprofen MicrocapsulesFlow rate (g/sec)2.8460 ± 0.0211.5170± 0.090Angle of repose (degrees)33.00 ± 0.13228.33 ± 0.653Bulk density (g/cm3)0.1787 ± 0.0070.1670 ± 0.001Tapped density (g/cm3)0.1984 ± 0.0050.1709 ± 0.002True density (g/cm3)1.0423 ± 0.0131.0388 ± 0.040Carr’s index9.932.29Hausner ratio1.111.02Mean particle size7901200The micromeritic properties of microcapsules presented above indicate that the microcapsules produced using 2% w/v grewia gum and 8% w/v gelatin as well as 1% w/v acacia, and 1% w/v gelatin as coating material yielded microcapsules with good flow properties due to the fact that their angle of repose were 33o and 28.33o, respectively. As a general rule, powder with angle of repose greater than 50o has unsatisfactory flow properties (Aulton, 1999). Usually, the particle size of microcapsules is larger than that of raw materials; hence the flow property of the drug is improved by microencapsulating it. However, in order to assess whether this improvement would be enough for producing gelatin capsules and tablets from the microcapsules with the necessary amounts, the Carr’s (consolidation) index and Hausner ratio of the microcapsules should be examined.Microcapsules containing grewia gum and gelatin possessed significantly (P < 0.05) higher flow rate than those made with acacia and gelatin.The values of Hausner’s ratio and Carr’s compressibility obtained for the microcapsules are in conformity with their flow rates. Both the Carr’s index and Hausner’s ratio indicate excellent and good flow respectively (Aulton, 1999; Ozyazici, 1996). Usually, the particle size of microcapsules is larger than that of raw materials; hence the flow property of the drug is improved by microencapsulation. The bulk density of ibuprofen microcapsules containing grewia gum and gelatin is 0.1787g/cm3. This is significantly (P < 0.05) higher than the bulk density of 0.1670g/cm3 obtained for ibuprofen microcapsules when acacia and gelatin were used.
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Sifat micromeritic dari mikrokapsul ditunjukkan pada Tabel 1.
Tabel 1: Micromeritic Sifat Ibuprofen Mikrokapsul.
Properti
Grewia / Gelatin Ibuprofen Mikrokapsul
Acacia / Gelatin Ibuprofen Mikrokapsul
tingkat Flow (g / detik)
2,8460 ± 0,021
1,5170 ± 0.090
Angle istirahat (derajat )
33,00 ± 0,132
28.33 ± 0,653
densitas (g / cm3)
0,1787 ± 0,007
0,1670 ± 0,001
Tapped density (g / cm3)
0,1984 ± 0,005
0,1709 ± 0,002
Benar density (g / cm3)
1,0423 ± 0,013
1,0388 ± 0.040
indeks Carr
9,93
2,29
rasio Hausner
1.11
1.02
Rata ukuran partikel
790
1200
sifat micromeritic mikrokapsul yang disajikan di atas menunjukkan bahwa mikrokapsul diproduksi menggunakan 2% w / v grewia gusi dan 8% b / v gelatin serta 1% b / v akasia, dan 1% w / v gelatin sebagai bahan pelapis menghasilkan mikrokapsul dengan sifat aliran yang baik karena fakta bahwa sudut mereka istirahat yang 33o dan 28.33o, masing-masing. Sebagai aturan umum, bubuk dengan sudut istirahat lebih besar dari 50o memiliki sifat aliran memuaskan (Aulton, 1999). Biasanya, ukuran partikel mikrokapsul lebih besar daripada bahan baku; maka properti aliran obat ini ditingkatkan dengan microencapsulating itu. Namun, dalam rangka untuk menilai apakah peningkatan ini akan cukup untuk memproduksi kapsul gelatin dan tablet dari mikrokapsul dengan jumlah yang diperlukan, (konsolidasi) indeks Carr dan rasio Hausner dari mikrokapsul harus diperiksa.
Mikrokapsul mengandung gum grewia dan gelatin yang dimiliki secara signifikan laju alir (P <0,05) lebih tinggi dari yang dibuat dengan akasia dan gelatin.
nilai-nilai rasio Hausner dan kompresibilitas Carr diperoleh untuk mikrokapsul yang sesuai dengan laju aliran mereka. Kedua indeks Carr dan rasio Hausner ini menunjukkan aliran yang sangat baik dan baik masing-masing (Aulton, 1999; Ozyazici, 1996). Biasanya, ukuran partikel mikrokapsul lebih besar daripada bahan baku; maka properti aliran obat ini ditingkatkan dengan mikroenkapsulasi. Densitas mikrokapsul ibuprofen mengandung gum grewia dan gelatin adalah 0.1787g / cm3. Ini secara signifikan (P <0,05) lebih tinggi dari densitas bulk dari 0.1670g / cm3 diperoleh untuk mikrokapsul ibuprofen ketika akasia dan gelatin digunakan.
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