Lampiran 2. Gambar Tanaman Patah Tulang (
Euphorbia tirucalli
L
.
)
Tanaman patah tulang
Ranting Patah Tulang
Lampiran 3. Gambar Alat dan Bahan
Plantar Tes
Infra Red
UGO Basile Mikroskopik (BOECO Germany)
Lampiran 4. Gambar Hewan Percobaan
Lampiran 5. Perhitungan Kadar Air Serbuk Simplisia Ranting (
ramulus
)
Patah Tulang (
Euphorbia tirucalli
L.).
No.
Berat sampel (g)
Volume awal (ml) Volume akhir (ml)
1.
5,007
1,80
2,20
2.
5,013
2,20
2,60
3.
5,003
2,60
3,00
Kadar air
=
volume air II−volume air Iberat sampel
x 100 %
1.
% kadar air
=
2,2−1,85,007 ����
�
100 %
= 8 %
2.
% kadar air
=
2,6−2,25,013 ����
�
100 %
= 7,98 %
3.
% kadar air
=
3,0−2,65,003 ����
�
100 %
= 7,99 %
Rata- rata
=
8 %+7,98 %+7,99 %Lampiran 6. Perhitungan Kadar Abu Total Simplisia Ranting (
ramulus
)
Patah Tulang (
Euphorbia tirucalli
L.).
No.
Berat sampel (g) Berat kurs
kosong (g)
Berat kurs +
abu (g)
1.
2,007
38,650
38,833
2.
2,017
35,520
35,689
3.
2,012
37,085
37,621
Kadar abu total
=
berat kurs +abu −berat kurs kosongberat sampel
x 100 %
1.
% kadar abu=
38,833 gram −38,650 gram2,007 gram
x 100 %
= 9,11 %
2.
% kadar abu =
35,689 gram −35,520 gram2,017 gram
x 100 %
= 8,38 %
3.
% kadar abu =
37,085 gram −37,261 gram2,012 gram
x 100 %
= 8,74 %
Rata- rata
=
9,11 %+8,38 %+8.,4 %Lampiran 7. Perhitungan Kadar Abu Yang Tidak Larut Dalam Asam
Simplisia Ranting (
ramulus
) Patah Tulang (
Euphorbia tirucalli
L.).
No.
Berat sampel (g) Berat kurs
kosong (g)
Berat kurs +
abu (g)
1.
2,007
38,650
38,670
2.
2,017
35,520
35,545
3.
2,012
37,085
37,100
Kadar abu tidak larut asam
=
berat kurs kosong −berat kurs +abuberat sampel
x 100 %
1.
% kadar abu Asam =
38,650 gram −38,670 gram2,007 gram
x 100 %
= 0,99 %
2.
% kadar abu Asam =
35,545 gram −35,520 gram2,017 gram
x 100 %
= 1,23 %
3.
% kadar abu Asam=
37.,100 gram −37,085 gram2,012 gram
x 100 %
= 0,74 %
Rata- rata
= 0,99 % + 1,23 % + 0,74 %
3
Lampiran 8. Perhitungan Kadar Sari Larut Dalam Air Simplisia Ranting
(
ramulus
)
Patah Tulang (
Euphorbia tirucalli
L.).
No.
Berat sampel
(g)
Berat kurs
(g)
Berat Kurs + Sari
(g)
1.
5,002
45,092
45,271
2.
5,000
45,100
45,279
3.
5,001
45,113
45,283
Kadar sari air
=
berat kurs +sari air−berat kurs kosongberat sampel
x 100/20 x 100 %
1.
% kadar sari air =
45,271 gram −45,092 gram5,002 gram
x
100
20
x 100 %
= 17,89 %
2.
% kadar sari air =
45,279 gram −45,100 gram5.000 gram
x
100
20
x 100 %
= 17,90 %
3.
% kadar sari air =
45,283 gram −45,113 gram5.001 gram
x
100
20
x 100 %
= 17,59 %
Rata- rata
=
17,89 %+17,90 %+17.59 %Lampiran 9. Perhitungan Kadar Sari Larut Dalam Etanol Simplisia Ranting
(
ramulus
)
Patah Tulang (
Euphorbia tirucalli
L.).
No.
Berat sampel
(g)
Berat kurs
(g)
Berat Kurs + Sari
(g)
1.
5,000
43,020
43,092
2.
5,000
44,351
44,428
3.
5,001
46,328
46,415
Kadar sari etanol
=
berat kurs +sari etanol−berat kurs kosongberat sampel
x 100/20 x 100 %
1.
% kadar sari Etanol =
43,092 gram −43,020 gram5,000 gram
x
100
20
x 100 %
= 7,20 %
2.
% kadar sari air =
44,428 gram −44,351 gram5,000 gram
x
100
20
x 100 %
= 7,70 %
3.
% kadar sari air =
46,415 gram −46,328 gram5,001 gram
x
100
20
x 100 %
= 7.86 %
Rata- rata
=
7,20 %+7,70 %+7,86 %Lampiran 10. Hasil Uji Analgetik Ekstrak Etanol Ranting (
ramulus
) Patah
Tulang (
Euphorbia tirucalli L.
) Metode Plantar
Infra Red
(IR).
Bets I.
Kelompok
Waktu Perlakuan Menit Ke-
10
20
30
40
50
60
70
80
90
Rata-rata Respon Nyeri (detik)
Na-cmc 1%/BB 6,2 7,8 7,2 7,2 7,1 7,0 6.9 6,5 6,3 EERPT 20 mg/kg BB 10,2 12,4 14,3 18,9 16,9 13,4 14,9 12,6 11,1 EERPT 40 mg/kg BB 14,3 16,3 22,2 20,7 18,9 19,6 17,6 13,2 11,7 EERPT 80 mg/kg BB 15,2 20,9 21,1 23,7 18,9 15,9 15,9 12,6 11,8 Morfin 10 mg/kg BB 14,4 28,7 17,8 17,9 16,2 14,8 15,1 13,9 12,3 Antalgin 300 mg/kg BB 12,4 12,6 19,7 13,9 17,6 12,5 11,2 10,9 10,4
Bets II.
Kelompok
Waktu Perlakuan Menit Ke-
10
20
30
40
50
60
70
80
90
Rata-rata Respon Nyeri (detik)
Na-cmc 1%/BB 7,2 8,9 9,9 9,6 9,4 9,0 8,9 7,7 7,4 EERPT 20 mg/kg BB 14,8 14,9 15,2 20,3 19,8 17,6 14,3 12,7 11,2 EERPT 40 mg/kg BB 12,2 15,2 19,2 18,5 17,8 18,5 15,4 13,9 11,2 EERPT 80 mg/kg BB 14,9 16,4 17,6 21,5 13,3 14,8 14,7 12,4 10,9 Morfin 10 mg/kg BB 15,6 26,0 18,0 16,3 17,6 15,2 14,3 13,7 13,4 Antalgin 300 mg/kg BB 13,9 15,5 22,6 18,2 14,2 13,3 12,1 11,1 11,0
Bets III.
Kelompok
Waktu Perlakuan Menit Ke-
10
20
30
40
50
60
70
80
90
Rata-rata Respon Nyeri (detik)
Lampiran 10. (Lanjutan)
Bets IV.
Kelompok
Waktu Perlakuan Menit Ke-
10
20
30
40
50
60
70
80
90
Rata-rata Respon Nyeri (detik)
Na-cmc 1%/BB 9,7 9,9 8,1 6,9 4,9 5,0 7,3 6,9 6,3 EERPT 20 mg/kg BB 12,9 13,8 15.5 21.4 20.8 16.9 12.8 12.3 11,1 EERPT 40 mg/kg BB 13,9 18,8 18,2 16,5 15,2 14,9 11,9 11,5 10,9 EERPT 80 mg/kg BB 16,2 19,6 16,8 22,4 20,2 19,4 13,9 12,3 12,9 Morfin 10 mg/kg BB 13,4 23,5 17.9 17,7 17,5 16,3 14,8 14,5 12,9 Antalgin 300 mg/kg BB 11,3 14,7 18,6 16,2 13,9 12,7 11,9 11,6 10,2
Bets V.
Kelompok
Waktu Perlakuan Menit Ke-
10
20
30
40
50
60
70
80
90
Rata-rata Respon Nyeri (detik)
Na-cmc 1%/BB
8,5 9,9 9,2 8,5 9,4 7,6 7,7 8,6 7,1 EERPT 20 mg/kg BB 14,2 15,8 17,8 17,9 13,4 15,4 14,3 11,7 9,9 EERPT 40 mg/kg BB 14,2 15,8 19,2 16,0 13,7 12,9 13,9 11,2 10,7 EERPT 80 mg/kg BB 20,7 19,3 20,5 21,3 18,3 16,3 13,3 12,9 11,1 Morfin 10 mg/kg BB 17,3 23,7 16,7 16,8 19,7 13,7 12,1 12,4 11,1 Antalgin 300 mg/kg BB 13,8 14,5 19,3 14,3 12,5 12,3 11,4 10,1 9,3
Bets VI.
Kelompok
Waktu Perlakuan Menit Ke-
10
20
30
40
50
60
70
80
90
Rata-rata Respon Nyeri (detik)
Lampiran 11. Bagan Kerja Pembuatan Ekstrak Etanol Ranting (
ramulus
)
Patah Tulang (
Euphorbia tirucalli
L
.
)
Ditambahkan etanol 96% 0,75 bagian (3,64 liter),
biarkan selama 5 hari
Sambil diaduk sesekali
Disaring
Dimaserasi kembali dengan etanol
96% 0,25 bagian (1,21 liter)
Disaring
Dipekatkan dengan
rotary evaporator
Cara Kerja Pembuatan Ekstrak Etanol Ranting (
Ramulus
) Patah Tulang
(
Euphorbia tirucalli
L.)
486 g
serbuk
patah tulang
Maserat
Ampas
Maserat
Ampas
Lampiran12. Perhitungan Dosis Obat
Perhitungan Dosis Na cmc 1%
Lampiran 12. Perhitungan Dosis Obat (lanjutan)
Perhitungan dosis EERPT 20 mg/kg BB
No.
Berat mencit (gram)
Dosis (mg)
Spuit (1ml) Skala 100
Konsentrasi obat dlm 0,2%, berarti: A% = 0,2%/100 ml
Konsentrasi obat dlm 0,2%, berarti: A% = 0,2%/100 ml
Konsentrasi obat dlm 0,2%, berarti: A% = 0,2%/100 ml
= 0,2 x 1000 mg/100 ml = 0,2 x 10 mg/ml = 2 mg/ml
Jlh larutan= 0,418 ��
Skala dalam syringe 1 ml= 100 skala, maka 1 skala= 1: 100 = 0,01 ml
Konsentrasi obat dlm 0,2%, berarti: A% = 0,2%/100 ml
Konsentrasi obat dlm 0,2%, berarti: A% = 0,2%/100 ml
Lampiran 12. Perhitungan Dosis Obat (lanjutan)
Perhitungan dosis EERPT 40 mg/kg BB
No.
Berat mencit (gram)
Dosis (mg)
Spuit (1ml) Skala 100
Konsentrasi obat dlm 0,2%, berarti: A% = 0,2%/100 ml
Konsentrasi obat dlm 0,2%, berarti: A% = 0,2%/100 ml
Konsentrasi obat dlm 0,2%, berarti: A% = 0,2%/100 ml
= 0,2 x 1000 mg/100 ml = 0,2 x 10 mg/ml = 2 mg/ml
Jlh larutan= 0,804 ��
Skala dalam syringe 1 ml= 100 skala, maka 1 skala= 1: 100 = 0,01 ml
Konsentrasi obat dlm 0,2%, berarti: A% = 0,2%/100 ml
Konsentrasi obat dlm 0,2%, berarti: A% = 0,2%/100 ml
Lampiran 12. Perhitungan Dosis Obat (lanjutan)
Perhitungan dosis EERPT 80 mg/kg BB
No.
Berat mencit (gram)
Dosis (mg)
Spuit (1ml) Skala 100
Konsentrasi obat dlm 1%, berarti: A% = 1%/100 ml
Konsentrasi obat dlm 1%, berarti: A% = 1%/100 ml
Konsentrasi obat dlm 1%, berarti: A% = 1%/100 ml
= 1 x 1000 mg/100 ml = 1x 10 mg/ml = 10 mg/ml
Jlh larutan= 1,848 ��
Skala dalam syringe 1 ml= 100 skala, maka 1 skala= 1: 100 = 0,01 ml
Konsentrasi obat dlm 1%, berarti: A% = 1%/100 ml
Konsentrasi obat dlm 1%, berarti: A% = 1%/100 ml
Lampiran 12. Perhitungan Dosis Obat (lanjutan)
Perhitungan dosis morfin 10 mg/kg BB
No.
Berat Mencit (gram)
Dosis (mg)
Spuit (1ml) Skala 100
Konsentrasi obat dlm 0,2%, berarti: A% = 0,2%/100 ml
Konsentrasi obat dlm 0,2%, berarti: A% = 0,2%/100 ml
Konsentrasi obat dlm 0,2%, berarti: A% = 0,2%/100 ml
= 0,2 x 1000 mg/100 ml = 0,2 x 10 mg/ml = 2 mg/ml
Jlh larutan= 0,25 ��
Skala dalam syringe 1 ml= 100 skala, maka 1 skala= 1: 100 = 0,01 ml
Konsentrasi obat dlm 0,2%, berarti: A% = 0,2%/100 ml
Konsentrasi obat dlm 0,2%, berarti: A% = 0,2%/100 ml
Lampiran 12. Perhitungan Dosis Obat (lanjutan)
Perhitungan dosis antalgin 300 mg/kg BB
No.
Berat mencit (gram)
Dosis (mg)
Spuit (1ml) Skala 100
Konsentrasi obat dlm 1%, berarti: A% = 1%/100 ml
Konsentrasi obat dlm 1%, berarti: A% = 1%/100 ml
Konsentrasi obat dlm 1%, berarti: A% = 1%/100 ml
= 1 x 1000 mg/100 ml = 1x 10 mg/ml = 10 mg/ml
Jlh larutan= 6,9 ��
Skala dalam syringe 1 ml= 100 skala, maka 1 skala= 1: 100 = 0,01 ml
Konsentrasi obat dlm 1%, berarti: A% = 1%/100 ml
Konsentrasi obat dlm 1%, berarti: A% = 1%/100 ml
Lampiran 13. Hasil Uji Taraf Kepercayaan 95 % Analisis Variasi (ANOVA)
Metode
One Way
.
Menit ke 10 Descriptives
Test of Homogeneity of Variances
Anova
Means for groups in homogeneous subsets are displayed.
a. Uses Harmonic Mean Sample Size = 6.000.
Menit ke 20
Deskriptive
Test of Homogeneity of Variances
Anova
Tukey HSDa
Kelompok
N
Subset for alpha = 0.05
1 2 3 4
Control 6 8.8667
EERPT 20 mg/kg bb 6 14.2333
antalgin 300 mg/kg bb 6 15.0000
EERPT 40 mg/kg bb 6 16.4333 16.4333
EERPT 80 mg/kg bb 6 20.3167 20.3167
morphin 10 mg/kg bb 6 25.0000
Sig. 1.000 0.583 0.071 0.001
Means for groups in homogeneous subsets are displayed.
a. Uses Harmonic Mean Sample Size = 6.000.
kelompok
N Mean SD SE
95% Confidence
Interval for Mean
Min Max Lower Upper
Control 6 8.8667 1.13608 0.46380 7.6744 10.0589 7.20 9.90
EERPT 20 mg/kg bb 6 14.2333 1.18771 0.48488 12.9869 15.4798 12.40 15.80
EERPT 40 mg/kg bb 6 16.4333 2.28969 0.93476 14.0305 18.8362 13.20 19.30
EERPT 80 mg/kg bb 6 20.3167 2.80244 1.14409 17.3757 23.2576 16.40 23.90
morphin 10 mg/kg bb 6 25.0000 3.57626 1.46000 20.0303 27.5364 19.20 28.70
antalgin 300 mg/kg bb 6 15.0000 2.00599 0.81894 12.8948 17.1052 12.60 18.60
Total 36 16.4389 5.24422 0.87404 14.6645 18.2133 7.20 28.70
Levene Statistic df1 df2 Sig.
2.722 5 30 0.038
Sum of Squares df Mean Square F Sig.
Between Groups 799.509 5 159.902 29.420 0.000
Within Groups 163.057 30 5.435
Menit ke 30
Deskriptive
Test of Homogeneity of Variances
Anova
Tukey HSDa Kelompok
N Mean SD SE
95% Confidence
Interval for Mean
Min Max
Lower Upper
Control 6 8.3667 1.11295 0.45436 7.1987 9.5346 7.10 9.90
EERPT 20 mg/kg BB 6 15.1667 1.43201 0.58462 13.6639 16.6695 13.80 17.80
EERPT 40 mg/kg BB 6 19.7833 1.36589 0.55762 18.3499 21.2168 18.20 22.20
EERPT 80 mg/kg BB 6 20.0167 2.84634 1.16201 17.0296 23.0037 16.80 24.40
Morfin 10 mg/kg BB 6 18.0167 .87044 0.35536 17.1032 18.9301 16.70 19.40
antalgin 300 mg/kg bb 6 19.6333 2.94528 1.20240 16.5425 22.7242 14.80 22.80
Total 36 16.8306 4.56282 0.76047 15.2867 18.3744 7.10 24.40
Levene Statistic df1 df2 Sig.
2,450 5 30 0,056
Sum of Squares df Mean Square F Sig.
Between Groups 615.231 5 123.046 32.539 0.000
Within Groups 113.445 30 3.781
Total 728.676 35
Kelompok
N
Subset for alpha = 0.05
1 2 3
Control 6 8.3667
EERPT 20 mg/kg bb 6 15.1667
morphin 10 mg/kg bb 6 18.0167 18.0167
antalgin 300 mg/kg bb 6 19.6333
EERPT 40 mg/kg bb 6 19.7833
EERPT 80 mg/kg bb 6 20.0167
Sig. 1.000 0.014 0.492
Means for groups in homogeneous subsets are displayed.
Menit ke 40
Deskriptive
Test of Homogeneity of Variances
Anova
Means for groups in homogeneous subsets are displayed.
a. Uses Harmonic Mean Sample Size = 6.000.
Levene Statistic df1 df2 Sig.
Menit ke 50
Deskriptive
Test of Homogeneity of Variances
Anova
Tukey HSDa
Means for groups in homogeneous subsets are displayed.
b. Uses Harmonic Mean Sample Size = 6.000.
Kelompok
N Mean SD SE
95% Confidence
Interval for Mean
Min Max
Lower Upper
Control 6 7.4167 1.85194 0.75605 5.4732 9.3602 4.90 9.40
EERPT 20 mg/kg bb 6 17.3167 3.49938 1.42862 13.6443 20.9890 13.40 22.80
EERPT 40 mg/kg bb 6 16.4667 2.34833 0.95870 14.0022 18.9311 13.70 18.90
EERPT80 mg/kg bb 6 18.2667 2.51608 1.02719 15.6262 20.9071 13.30 20.20
morphin 10 mg/kg bb 6 16.9333 1.69548 0.69218 15.1540 18.7126 15.10 19.70
antalgin 300 mg/kg bb 6 14.4500 3.33392 1.36107 10.9513 17.9487 9.70 18.80
Total 36 15.1417 4.42476 0.73746 13.6445 16.6388 4.90 22.80
Levene Statistic df1 df2 Sig.
0.873 5 30 0.511
Sum of Squares Df Mean Square F Sig.
Between Groups 477.696 5 95.539 13.809 0.000
Within Groups 207.552 30 6.918
Total 685.248 35
Kelompok
N
Subset for alpha = 0.05
1 2
Control 6 7.4167
antalgin 300 mg/kg bb 6 14.4500
EERPT 40 mg/kg bb 6 16.4667
morphin 10 mg/kg bb 6 16.9333
EERPT 20 mg/kg bb 6 17.3167
RRPT 80 mg/kg bb 6 18.2667
Menit ke 60
Deskriptive
Test of Homogeneity of Variances
Anova
Tukey HSDa Kelompok
N Mean SD SE
95% Confidence
Interval for Mean
Min Max
Lower Upper
Control 6 7.0167 1.46208 0.59689 5.4823 8.5510 5.00 9.00
ekstrak dosis 20 mg/kg bb 6 14.9500 2.01370 0.82209 12.8367 17.0633 12.60 17.60
ekstrak dosis 40 mg/kg bb 6 16.3333 2.61432 1.06729 13.5898 19.0769 12.90 19.60
ekstrak dosis 80 mg/kg bb 6 17.4667 2.08103 0.84958 15.2828 19.6506 14.80 19.90
morphin 10 mg/kg bb 6 14.8333 1.04051 0.42479 13.7414 15.9253 13.60 16.30
antalgin 300 mg/kg bb 6 13.0333 1.69666 0.69266 11.2528 14.8139 11.20 16.20
Total 36 13.9389 3.85088 0.64181 12.6359 15.2418 5.00 19.90
Levene Statistic df1 df2 Sig.
2.423 5 30 0.059
Sum of Squares df Mean Square F Sig.
Between Groups 412.429 5 82.486 23.214 0.000
Within Groups 106.597 30 3.553
Total 519.026 35
Kelompok
N
Subset for alpha = 0.05
1 2 3
Control 6 7.0167
antalgin 300 mg/kg bb 6 13.0333
morphin 10 mg/kg bb 6 14.8333 14.8333
EERPT 20 mg/kg bb 6 14.9500 14.9500
EERPT 40 mg/kg bb 6 16.3333 16.3333
EERPT 80 mg/kg bb 6 17.4667
Sig. 1.000 0.051 0.182
Means for groups in homogeneous subsets are displayed.
Menit ke 70
Deskriptive
Test of Homogeneity of Variances
Anova
Sum of Squares Df Mean Square F Sig.
Between Groups 227.051 5 45.410 28.390 0.000
Within Groups 47.985 30 1.599
Total 275.036 35
Tukey HSDa
kelompok
N
Subset for alpha = 0.05
1 2 3
Control 6 7.2500
antalgin 300 mg/kgbb 6 11.5500
EERPT 20 mg/kgbb 6 13.8000
EERPT 40 mg/kgbb 6 13.9333
morphin 10 mg/kgbb 6 14.0667
EERPT 80 mg/kgbb 6 14.2833
Sig. 1.000 1.000 0.985
Means for groups in homogeneous subsets are displayed.
a. Uses Harmonic Mean Sample Size = 6.000.
Kelompok
N Mean SD SE
95% Confidence
Interval for Mean
Min Max
Lower Upper
Control 6 7.2500 0.99146 0.40476 6.2095 8.2905 6.00 8.90
ekstrak 20 mg/kgbb 6 13.8000 0.82946 0.33862 12.9295 14.6705 12.80 14.90
ekstrak 40 mg/kgbb 6 13.9333 2.21058 0.90247 11.6135 16.2532 11.90 17.60
ekstrak 80 mg/kgbb 6 14.2833 .91305 0.37275 13.3251 15.2415 13.30 15.90
morphin 10 mg/kgbb 6 14.0667 1.27854 0.52196 12.7249 15.4084 12.10 15.20
antalgin 300 mg/kgbb 6 11.5500 0.75565 0.30849 10.7570 12.3430 10.30 12.40
Total 36 12.4806 2.80325 0.46721 11.5321 13.4290 6.00 17.60
Levene Statistic df1 df2 Sig.
Menit ke 80
Deskriptive
Kelompok N Mean SD SE
95% Confidence Interval for Mean
Min Max
Lower Upper
Control 6 7.0500 0.94393 0.38536 6.0594 8.0406 6.00 8.60
EERPT 20 mg/kgbb 6 12.2167 0.63692 0.26002 11.5483 12.8851 11.20 12.80
EERPT 40 mg/kgbb 6 12.3167 1.03811 0.42381 11.2272 13.4061 11.20 13.90
EERPT 80 mg/kgbb 6 12.6833 0.33116 0.13520 12.3358 13.0309 12.30 13.20
morphin 10 mg/kgbb 6 13.4333 1.38804 0.56667 11.9767 14.8900 11.20 14.90
antalgin 300 mg/kgbb 6 10.9000 0.82219 0.33566 10.0372 11.7628 9.80 11.90
Total 36 11.4333 2.29384 0.38231 10.6572 12.2095 6.00 14.90
Test of Homogeneity of Variances
Levene Statistic df1 df2 Sig.
2.183 5 30 0.082
Anova
Sum of
Squares Df Mean Square F Sig.
Between Groups 158.727 5 31.745 37.445 0.000
Within Groups 25.433 30 .848
Total 184.160 35
Tukey HSDa
Kelompok N
Subset for alpha = .05
1 2 3
Control 6 7.0500
antalgin 300 mg/kgbb 6 10.9000
EERPT 20 mg/kgbb 6 12.2167 12.2167
EERPT 40 mg/kgbb 6 12.3167 12.3167
EERPT 80 mg/kgbb 6 12.6833
morphin 10 mg/kgbb 6 13.4333
Sig. 1.000 0.113 0.230
Means for groups in homogeneous subsets are displayed.
Menit ke 90
Deskriptive
Kelompok N Mean SD SE
95% Confidence Interval for Mean
Min Max
Lower Upper
Control 6 6.5833 0.56006 0.22864 5.9956 7.1711 5.90 7.40
EERPT 20 mg/kgbb 6 10.8667 0.53166 0.21705 10.3087 11.4246 9.90 11.30 EERPT 40 mg/kgbb 6 11.0500 0.52058 0.21252 10.5037 11.5963 10.30 11.70 EERPT 80 mg/kgbb 6 11.7333 0.70616 0.28829 10.9923 12.4744 10.90 12.90 morphin 10 mg/kgbb 6 12.3167 1.04960 0.42850 11.2152 13.4182 11.00 13.40 antalgin 300 mg/kgbb 6 10.1500 0.79687 0.32532 9.3137 10.9863 9.10 11.00
Total 36 10.4500 1.99821 0.33304 9.7739 11.1261 5.90 13.40
Test of Homogeneity of Variances
Levene Statistic df1 df2 Sig.
1.304 5 30 0.289
Anova
Sum of
Squares Df Mean Square F Sig.
Between Groups 124.237 5 24.847 48.050 0.000
Within Groups 15.513 30 .517
Total 139.750 35
Tukey HSDa
Kelompok N
Subset for alpha = .05
1 2 3 4
Control 6 6.5833
antalgin 300 mg/kgbb 6 10.1500
EERPT 20 mg/kgbb 6 10.8667 10.8667
EERPT 40 mg/kgbb 6 11.0500 11.0500
EERPT 80 mg/kgbb 6 11.7333 11.7333
morphin 10 mg/kgbb 6 12.3167
Sig. 1.000 0.282 0.321 0.724
Means for groups in homogeneous subsets are displayed.
Hasil uji taraf kepercayaan 95 % respon mencit menahan induksi panas
infra red
(IR) selama 90 menit.
Kelompok Waktu Pengamatan Pada Menit
Ke-10 20 30 40 50 60 70 80 90
I
II 0.000** 0.005** 0.000** 0.000** 0.000** 0.000** 0.000** 0.000** 0.000**
