Lampiran 1. Analisa Indeks Aterogenik

Transkripsi

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2 Lampiran. Analisa Indeks Aterogenik Descriptives Test of Homogeneity of Variances AOVA Std. Error,400,08,78,07,07,787,7704,78,I 780,054,788,48,48,8,7,485 IA-B K.egatif K.positif IA-B K.egatif K.positif IA-B K.egatif K.positif IA-B4 K.egatif K.positif 5% Confidence Interval for IA-B [A- IA-B IA-!4 Minimum 5,0,5.5,, -,I,I7. -,I7,oo,08 8,oo,400,7.07,44,45,7,48,85,47, ,578,47.87,7,7 Lower Bound -7,4 -.44,748,47 -,005 -,784,7 -,I0 -,54 -.a75,44-5 -,07 -,50,0 dfl Levene Statistic 5,4,488 4,58,74 Maximum,0,0.4.4,58,, ,8 4,7-8 4,,7 4, Std. Deviation,584,84,08740,,50,550,05,855,0404,87, , ,4474 Upper Bound,707,50,07.70,7,48,45,750, , ,005,844 df,048,,00,4

3 ?ost Hoc Tests Indeks atherogenik Multiple Comparisons The mean difference is significant at the.05 level. Homogeneous s Inileks Atherogenik IA- Periakuan Duncans K.egatif K.positif a. Uses Harmonic Sample Sue =,000.,45,48.7,4,000 Perlakuan Duncana ',58.07 K.positii,7 K.egatif.400 / a. Uses Hamlonic 'Sample Sue =

4 ,47,800,500,085 Perlakuan Perlakuan. Duncana K.egatif Duncana K.egatif,47,7 K.positif K.wsitif,5 a. Uses Harmonic Sample Size =,000. a. Uses Harmonic Sample Size =,000 [A-w.7,87, Lampiran. Analisa Kolesterol Descriptives 8 K-negatif 8 K-negatif Kpsitif 8 K-negatif 84 K-negatif Kgositi 5.7 4, 77,5000 0,000 4, , , i,5 77,777 8, ,0 0.5 Std. Deviation Std. Error,08,45 8, ,80,4747, ,8, , ,70,745 7, ,44,548 5,04,70,58 47, ,8.8400,45,405 8,54 47,078 4,7887 7, 5% Confidence Interval for Lower Bound -4.44,55 8, ,78-77, ,4080-5,50-0,50-7, , , Upper Bound 0.578,.0 77,84, , ,8 704,045,40 ; 0.870, Minimum 8, ,[ 8,80 4,0 78, ,7 78,05,7 58 i, 44.74,58 Maximum 7,80 5.0,IO,lO, , 5,.0 4, 44,4 44,4 4,ll 57, Test of Homogeneity of Variances B Levene Statistic,0,078 4,47 5,77 dfl df,8,0,05,040

5 AOVA Post Hoe Tests Kolestreol TotaI Difference Dependent Variabit (I) Periakuan (J) Periakua (I-J) LSD K-negatif,5-4, K-negatif -,5-7,87 K-negafif 4, LSD K-negatif.0, ,074 K-negatif Kgositii 8 LSD K-negatif Kpsitif K-flegatif K-negatif 84 LSD K-negatif K-negatif K-negaui *.The mean difference is significant at the.05 level. Multiple Comparisons I I I I Std. Emr 7,544, , 7.544,850 7,544,7 7,544, 7,544,7 8,4057, , ,5 K-negatif 0,5700 8,4057, ,77 40,074, ,500 0, ,500 8,4057 8, ,08 0,454-7,54400a, , ,54400', ,7700^ 8, ,7700' ,454 0, , ,0E58,87,5,87,4,7,4,707,7,707,0,4,0,044,4,044 5% Confidence Interval Lower Bound lupper Bound -40,8 47,5-8,5,58-47,5 40,$ -7, , ,5 7, ,445-7,5 -,70, -48, ,4540 -,00-08,54-0,8-5, ,785,05-8,75-0,75,70 5,505,445 5, ,8 45,5,00 -, ,05 05,75 5,75 -,05

6 Homogeneous s Kolesterol.;;iI Perlakuan ( Duncana K-negatif I 4.00 / 8,4 s for groups in homogeneous subsets are displayed a. Uses Harmonic Sample Sue =,000. &I I I [ Perlakuan I Duncana K-negatif I 8.40 I 45,50 sig. I,4.000 I a. Uses Harmonic Sample Size =,000 Perlakuan 57,7 /,5 Kgositii 5,487 I 5 a. Uses Harmonic Sample Sue =.000.

7 Lampiran. Analisa Trigliserida Descriptives Test of Homogeneity of Variances 8 B 8 B4 Levene Statistic, ,57 5. dfl df,0,08,5,04 AOVA Within Groups 580, 87,7 40,4 8

8 lost Hoc Tests Triglierida Multiple Comparisons Bomogeneous s Trigliserida I I I I Perlakuan Duncana K-negatif Kpsitif a. Uses Harmonic Sample Size = ,57 8 Perlakuan Duncana,750 K-negatii 8, I,48 a. Uses Harmonic Sample Size =,000.

9 Perlakuan Duncana K-negatii Siq. a. Uses Harmonic Sample Size =, ,870,0,057.4 a. Uses Harmonic Sample Size =, ,0.8 Lampiran 4. Analisa HDL Descriptives 04 K-negatif 8, W , ,84, ,08,870 40, , , ,7, Test of Homogeneity of Variances B Levene Statistic 4,58,74,407,45 dfl df,08,087,7,70

10 AOVA Post Hoc Tests HDL Multiple Comparisons

11 Homogeneous s HDL Perlakuan Duncana K-negatif 8 5,0 4,07.,7 Perlakuan Duncana K-negatif Kgositii a. Uses Harmonic Sample Size =,000. a, Uses Harmonic Sample Size =,000., ,5,7,0 I I Perlakuan I Duncana K-negatif I 0,757,54 7, Siq.,7 a. Uses Harmonic Sample Size =,000. Perlakuan Duncana I K-negatii Kgositii Siq. a. Uses Harmonic Sample Size =,000. 5,4050.7,54 Lampiran 5. Analisa LDL 84 K-rmgatif K-vositif ,78.07,440 8,7.4, , ,0.88, , ,4 474,80 04, , >

12 Test of HornogeneiQ of Variances B Levene Statistic.04,44.087,70 dfl df?.,,8,5,00 AOVA

13 ?ost Hoe Tests LDL Multiple Comparisons Homogeneous s LDL Perlakuan Duncan8 K-negatif ,80, Perlakuan Duncane K-negatif s for groups in homogeneous subsets are displayed a. Uses Harmonic Sample Size =,000. a. Uses Harmonic Sample Sue =, ,50 8, ,

14 Perlakuan Perlakuan Duncana K-negatif Duncana K-negatif,07,8477 8,7,77 KgosiM,440,05 -,8 a. Uses Harmonic Sample Size =.000. a. Uses Harmonic Sample She =.000. Lampiran. Analia Rataan Berat Badan Descriptives rataan BB - K - negatif Kgositii.5 8, Std. Deviation , ,707 Std. Error 4, , % Confidence Interval for Lower Bound Upper Bound 8, ,44 44, ,75 80,07 Minimum ,8 855,8 Maximum ,55 Test of Homogeneity of Variances Levene Statistic,58 dfl df,50 AOVA rataan BB Between Groups Wthin Groups Sum of Squares ,l 857,7 df 8 Square ,7 F,85,4

15 ost Hoc Tests Rataan BB Dependent Variable: rataan BB (I) Perlakuan Multiple Comparisons I I Difference - (J) Perlakuan I (I-J) ) Std. Error LSD K-negatif ( -4.87,545 - ( (,545 K-negatii 4.87,545 0,000,545 K-negatif -78,50,545-0,000,545 5% Confidence Interval Lower Bound U er Bound -,7 7,8 -,507 47,50,7-7,8,7 :omogeneous s Rataan BB Perlakuan ) Duncana I 084,000 K-negatif,5 8,7800 Siq., a. Uses Harmonic Sample Size =,000. ampiran 7. Analisa Konsumsi Pakan rataan konsum pakan K - negatif 8,0, ,87 80,00 Std. Deviation 7,40 0,58 0.4,44 5 Std. Error 4,5805,05,44,4705 5% Confidence Interval for Lower Bound Upper Bound.45 0,87 5, , ,447 Minimum ,0., Maximum,0,7 8.0,7 - Test of Homogeneity of Variances rataan konsum pakan Levene Statistic,4 dfl df ( (,8

16 AOVA rataan konsum pakan. Sum of Squares df Square F Between Groups, ,70,5 Within Groups 57.74,4 7,08 8,ost Hoc Tests Konsumsi pakan Multiple Comparisons iomogeneous s Konsurnsi pakan Perlakuan I Duncana I K-negatii a. Uses Harmonic Sample Size =,000. 8,8500 8,0.5

17 .ampiran 8. Analisa Konversi Pakan rasio konvers pakan Descriptives t I I I I 5% Confidence Interval for I I K-negatif,400.00,57.5 Std. Deviation,47,5,474,5405 Std. Error,08505,4004,87,80 Lower Bound,04 -,08 -,0,80 Upper Bound,75,848,77.0 Minimum Maximum.,. Test of Homogeneity of Variances rasio konvers pakan I ~evene I Statistic I dfl df I 4.57,0 AOVA rasio konvers pakan Between Groups Within Groups Sum of Squares,88,508, df 8 Square,44,5 F.47, Post Hoc Tests KOnversi Pakan Multiple Comparisons

18 Homogeneous s Konversi Pakan rasio-konversgakan Perlakuan I I Duncan8 K-negatif I,400,54 a. Uses Harmonic Sample Size =,000. Lampiran. Analisa Tebal Plak Atheroma Descriptives tebal ~ - olak - ~ K-negatif,58,5,4,780 Std. Deviation,555, ,8874 Std. Error,05,40,44,4 5% Confidence Intewal for Lower Bound Upper Bound -,5.450,5,45 -,775 0,57,0,7 Minimum -.0,, Maximum,77,78,5,5 Test of Homogeneity of Variances tebal plak I ~evene I statistic I dfl dp sin. 0.0,0 I AOVA tebalglak Between Groups Within Groups Sum of Squares,75,74 8,4 df 8 Square 5,88,78 F,0,0

19 'ost Moc Tests T%bal Plak Atheroma iviultiple Comparisons lomogeneous s Tebal Plak Atheroma tebalglak Perlakuan,58.5,4 ) ',08 a. Uses Harmonic Sample Size =,000.

20 Lampiran 0. Prosedur Standar Potong Beku..Taringan dibekulcan dengan nitrogen cair.. Pastikan Cryostat bekerja pada temperatur -0 C sampai 0 C. Selanjutnya, tempatkan sedikit OCT pada wadah yang telah berisi jaringan. (Gelembung tidak boleh terdapat pada sediaan). Tempatkan spesimen yang telah dibekukan kebagian tengah cryobar pada cryostat untuk proses pembekuan. Blok spesimen akan berwama putih solid saat telah membeku. 4. Bila spesilnen telah beku sempuma, tempatkan sedikit cairan OCT pada tengah disk object untuk merekatkan blok spesimen. Selanjutnya tempatkan kembali pada cryobar, hingga spesimen menempel sempuma. 5. Apabila telah sempuma, tempatkan object disk yang telah ditempeli spesimen pada object disk holder dan dieratkan dengan memutar skmp objec dik holder.. Pastikan ada cukup jarak antara blok spesimen dengan pisau nzicrolome dan atur tebal spesimen yang akan dipotong dengan memutar pengatur tebal spesimen pada cryotome. 7. Gerakkan blok spesimen kearah pisau microtolne dengan memutar penggerak blok pada bagian luar cryostat. Potong dan buang beberapa potongan pertama. 8. Selanjutnya ambil beberapa spesimen yang dibutuhkan dan rekatkan pada gelas objek.. Proses selanjutnya adalah melakukan pewamaan dengan Sudan Black dan Kemechtrot.