BAB I PENDAHULUAN
B. Saran
BAB V
KESIMPULAN DAN SARAN
DAFTAR PUSTAKA
Devendra,C. dan M. Burns. 1994. Produksisapi Bali di Daerah Tropis. ITB dan Univesitas Udayana.
Feradis, 2010. Bioteknologi Reproduksi Pada Ternak. Penerbit Alfabeta, Bandung.
Direktorat Jenderal Peternakan. 2007. Petunjuk Teknis Produksi dan Distribusi Semen Beku
Garner, D.L. dan Hafez, E.S.E. 2008. Spermatozoa and Seminal Plasma in reproduction in farm animals 7th edition. Ed by Hafez ESE, Lea and Febiger. Philadelphia: 96-110.
Guntoro, 2002. Membudidayakan Sapi Bali. Penerbit Kanisius, Jakarta.
Karsinah, F.A Silalahi, dan A. Manshur. 2007. Eksplorasi dan Karakterisasi Plasma Nutfah Tanaman Markisa. J. Hort.Vol. 17 N0.
4.2007. Hal 297-304.
Kartasudjana, R. 2001. Teknik Inseminasi Buatan Pada Ternak. Jakarta:
Departemen Pendidikan Nasional.
Maxwel, W.M.C and Waston, P.F.. 1996. Recent Progress In The Preservation Of Ram Semen.J . Anim. Repro. Sci 42:55-65.
McKinnon, A. O. 1999. Breeding And Its Technology – Now And The Future.www.harness.org.au/99wldcon/CONFEREN.HTM (4 juli 2006).
Parerah F, Prihatiny Z, Souhoka DP dan Rizal M. 2009. Pemanfaatan Sari Wortel Sebagai Pengencer Alternatif Spermatozoa Epididimis Sapi Bali. Jurnal Fakultas Pertanian.
Partodihardjo. 1992. Ilmu Reproduksi hewan. Produksi Mutiara. Jakarta.
Polmer, S. 2003. Prospek Penggunaan Semen Dingin (Chilled Semen) Dalam Usaha Meningkatkan Produksi Sapi Perah.
Jurnalwartozoavol 13 No. 1 tahun 2003. Balai penelitian ternak.
Bogor.
Rizal, M dan Herdis. 2010. Peranan Antioksidan Dalam Meningkatkan Kualitas Semen Beku. Makalah Ilmiah. Jakarta.
Rudnicki, M., Oliveira de., M. R. Pereira,T.V., Reginanto, F. H., Dal-Pizzol, and Moreira. (2007). Antioxidant And Antiglycation Propertes Of Passiflora Alata And Passiflora Edulis Extract. J. Agric Food Chem.
100 (11): 719-724.
Salisbury, G.W. dan V Denmark. 1985. Fisiologi Reproduksi Inseminasi Buatan Pada Sapi.Penterjemah Prof. Drh.R. Djanuar. Yogyakarta.
Gajah mada university Press.
Sawitra, N. 2009. Tanaman Obat. Jakarta: Arsip Farmakognosi Fakultas Farmasi Universitas Indonesia.
Soenardjo, C.H. 1995. Teknologi Penampungan, Pemeriksaan, Pengencer dan Penyimpanan serta Evaluasi Semen pada Ternak Kambing dan Domba.Departemen Pendidikan dan Kebudayaan Universitas Jendral Sudirman, Fakultas Peternakan, Purwokerto Solihati N dan Kune P. 2009. Pengaruh Jenis Pengencer Terhadap
Motilitas Dan Daya Tahan Hidup Spermatozoa Semen Cair Sapi Simmental. Jurnal Fakultas Peternakan Universitas Padjajaran, Bandung.
Ranboki, S.N. 2016. Pengaruh Suplementasi Ekstrak Mengkudu (Morinda citrifolia Linn) dalam Pengencer terhadap Kualitas Semen Cair Sapi Bali Hasil Sexing. Skripsi. Universitas Bosowa.Makassar.
Sugiarti, T., E. Triwulanningsih, P. Situmorang, R.G. Siantur dan D.A.
Kusumaninggrum. 2004. Penggunaan Katalase dalam Produksi Semen Dingin Sapi. Pros. Seminar Nasional Teknologi Peternakan dan Veteriner. Bogor, 4-5 Agustus 2004 Puslitbang Peternakan.
Supriyantono, A. 2006.Estimasi Parameter Genetik Kinerja Produksi Dan Reproduksi Sebagai Dasar Penyusunan Program Pemuliaan Pada Sapi Bali: studi kasus di P3 Bali [Disertasi]. Malang. Universitas Brawijaya.
Suryohudoyo P. 2000. Oksidan, Antioksidan Dan Radikal Bebas Dalam Ilmu Kedokteran Molekuler. Kapita Selekta. Jakarta.
Susilawati, T. 2002. Sexing Spermatozoa Kambing Peranakan Etawah Menggunakan Gradient Putih telur. Widya Agrika 10(2):97-105.
Susilawati, T. 2003. Tingkat Keberhasilan Inseminasi Buatan Pada Sapi Peranakan Ongole Menggunakan Semen Beku Hasil Sexing Dengan Gradient Konsentrasi Putih Telur. Fakultas Peternakan Universitas Brawijaya. Jurnal protein.No. 20.ISSN : 1410-3281.
2013. Pedoman Inseminasi Buatan padaTernak. Universitas Brawijaya Press. Malang.
Susilawati,T. 2013 Pedoman Inseminasi Buatan Pada Ternak. Malang:
universitas Brawijaya Press (UB Press).
Tjokronegoro, Mohammad. 2002. Pemisahan sperma X dan Y dengan albumin gradient Untuk Inseminasi Buatan. Medika 2(8) :107-110 Toelihere. 1977. Fisiologi Reproduksi pada Ternak. Penerbit Angkasa. Bandung
Toelihere, M. R. 1981. Inseminasi Buatan Pada Ternak. Bandung Angkasa.
Toelihere, M. R. 1985. Inseminasi Buatan Pada Ternak. Cetakan kedua.
Bandung: Angkasa.
Toelihere, M. R. 1993. Inseminasi Buatan Pada Ternak. Bandung:
Angkasa.
Triana, I. N., 2005. Reproduksi Ternak. Http://[email protected].
Diakses pada tanggal 1 Mei 2013.
Udin. 2012. Teknologi Inseminasi Buatan dan Transfer Embrio Pada Sapi.
Penerbit Sukabina Press, Padang.
Verheij, Coronel RE. 1997. PROSEA: Sumber Daya Nabati Asia Tenggara 2. Buah-Buahan yang Dapat Dimakan. PT Gramedia, Jakarta.
Waluyo, T. S. 2014. Reproduksi Aplikatif pada Sapi.Bandung: PT. SEWU (Srikandi Empat Widya Utama).
Widiastuti, E. 2001. Kualitas Semen Beku Sapi FH dengan Penambahan Antioksidan Vitamin C dan E. Skiripsi Fakultas Peternakan. Institut Pertanian Bogor.
Winarso B. 2004. Pola Produksidan Usaha Pemasaran Komoditas Markisa. Pusat Penelitian dan Pengembangan Sosial Ekonomi Pertanian. Badan Penelitian dan Pengembangan Pertanian.
Departemen Pertanian.
Yuliani, E. 2001. Produksi Masal Anak Sapi Bali Jenis Kelamin Tertentu Melalui IB Dengan Sperma Seksing. E-mail:
[email protected]. Laboratorium Reproduksi Ternak.
Fakultas Peternakan Universitas Mataram. 40
Yusuf L, Arifiantini R L dan Mubadi Y. 2006. Efektivitas Waktu Pemaparan Gliserol Terhadap Sortalitas Sepermatozoa Pada Pembekuan Semen Domba Lokal Menggunakan Tris Kuning Telur. garuda.
dikti.go.id/jurnal proses. Diakses pada tanggal 1 februari 2011.
LAMPIRAN LAMPIRAN 1. DATA MOTILITAS RERATA MOTILITAS AWAL: 87,6 PERLAKUAN1 JAM1 HARI 2 HARI 3 HARI 4 HARI 5 HARI 6 HARI 7 HARI P072,18585,81580,13572,35566,86557,627547,4439,0275 P183,6486,7781,912576,94572,14565,1456,517546,6875 P280,02582,8676,712569,307563,4853,0642,91532,3525 P375,9380,2274,077568,28561,347550,772539,5629,7575 LAMPIRAN 2. DATA PROGRESIF PERLAKUAN1 JAM1 HARI 2 HARI 3 HARI 4 HARI 5 HARI 6 HARI 7 HARI P057,957574,297568,2359,7953,42543,2533,597524,955 P173,15577,00572,46566,8260,497553,8345,237532,68 P266,5472,41563,852558,227551,267541,1529,372519,1075 P364,9567,78560,887554,707547,93538,1426,667516,1175
LAMPIRAN 3. UJI STATISTIK MOTILITAS Descriptives NMeanStd. DeviationStd. Error
95% Confidence Interval for Mean MinimumMaLower BoundUpper Bound Satu_Jamp0472.18507.006023.5030161.036983.333163.267 p1483.64001.95884.9794280.523086.757081.088 p2480.02501.98443.9922276.867383.182778.328 p3475.93004.286712.1433569.108982.751172.988 Total 1677.94505.897431.4743674.802581.087563.268 Satu_Harip0485.81502.024871.0124482.593089.037083.768 p1486.77002.342681.1713483.042390.497784.088 p2482.86002.043591.0218079.608286.111880.588 p3480.22001.69729.8486577.519282.920878.268 Total 1683.91623.22536.8063482.197685.634978.268 Dua_Harip0480.13502.900731.4503675.519384.750776.308 p1481.91254.727212.3636074.390589.434575.028 p2476.71253.689691.8448570.841482.583671.227 p3474.07755.396742.6983765.490182.664966.367
Total 1678.20944.949311.2373375.572180.846766.368 Tiga_Harip0472.35505.643202.8216063.375481.334664.027 p1476.94505.721622.8608167.840686.049468.488 p2469.30755.115962.5579861.166977.448161.867 p3468.28505.251042.6255259.929476.640660.547 Total 1671.72315.979301.4948268.537074.909360.548 Empat_Har i p0466.86504.353892.1769559.937073.793060.386 p1466.86504.353892.1769559.937073.793060.386 p2463.48003.248261.6241358.311368.648758.626 p3461.34753.512221.7561155.758866.936256.366 Total 1664.63944.248521.0621362.375566.903356.366 Lima_Harip0457.62754.084802.0424051.127764.127351.526 p1465.14004.639662.3198357.757372.522759.307 p2453.06003.478161.7390847.525558.594547.885 p3450.77253.526391.7631945.161256.383846.085 Total 1656.65006.683861.6709753.088460.211646.087 Enam_Harip0447.44003.266521.6332642.242252.637842.925 p1456.51754.349262.1746349.596963.438150.326 p2442.91502.635871.3179438.720747.109339.404
p3439.56002.286721.1433635.921343.198736.224 Total 1646.60817.183781.7959542.780250.436136.226 Tujuh_Harip0439.02752.598171.2990934.893243.161835.204 p1446.68753.162951.5814741.654551.720542.664 p2432.35252.745291.3726527.984136.720929.583 p3429.75751.88082.9404126.764732.750327.383 Total 1636.95627.171711.7929333.134740.777827.384 ANOVA Sum of Squaresdf Mean SquareFSig. Satu_JamBetween Groups295.989398.6635.246.015 Within Groups225.7061218.809 Total 521.69515 Satu_HariBetween Groups106.108335.3698.500.003 Within Groups49.936124.161 Total 156.04415 Dua_HariBetween Groups146.937348.9792.666.095 Within Groups220.4981218.375 Total 367.43515
Tiga_HariBetween Groups181.293360.4312.043.162 Within Groups354.9871229.582 Total 536.28015 Empat_HariBetween Groups88.350329.4501.938.177 Within Groups182.3991215.200 Total 270.74815 Lima_HariBetween Groups481.8753160.62510.240.001 Within Groups188.2351215.686 Total 670.11015 Enam_HariBetween Groups648.8123216.27120.714.000 Within Groups125.2891210.441 Total 774.10115 Tujuh_HariBetween Groups688.0153229.33832.964.000 Within Groups83.486126.957 Total 771.50215
Multiple Comparisons LSD Dependent Variable(I) Perlakuan(J) PerlakuanMean Difference (I-J) Std. Error Sig.
95% Confidence I Lower BoundUppe Satu_Jamp0p1-11.45500* 3.06666.003-18.1367-4 p2-7.84000* 3.06666.025-14.5217-1 p3-3.745003.06666.245-10.42672 p1p011.45500* 3.06666.0034.773318 p23.615003.06666.261-3.066710 p37.71000* 3.06666.0271.028314 p2p07.84000* 3.06666.0251.158314 p1-3.615003.06666.261-10.29673 p34.095003.06666.207-2.586710 p3p03.745003.06666.245-2.936710 p1-7.71000* 3.06666.027-14.3917-1 p2-4.095003.06666.207-10.77672 Satu_Harip0p1-.955001.44245.520-4.09782 p22.955001.44245.063-.18786 p35.59500* 1.44245.0022.45228
p1p0.955001.44245.520-2.18784 p23.91000* 1.44245.019.76727 p36.55000* 1.44245.0013.40729 p2p0-2.955001.44245.063-6.0978.1 p1-3.91000* 1.44245.019-7.0528-. p32.640001.44245.092-.50285 p3p0-5.59500* 1.44245.002-8.7378-2 p1-6.55000* 1.44245.001-9.6928-3 p2-2.640001.44245.092-5.7828.5 Dua_Harip0p1-1.777503.03108.568-8.38164 p23.422503.03108.281-3.181610 p36.057503.03108.069-.546612 p1p01.777503.03108.568-4.82668 p25.200003.03108.112-1.404111 p37.83500* 3.03108.0241.230914 p2p0-3.422503.03108.281-10.02663 p1-5.200003.03108.112-11.80411 p32.635003.03108.402-3.96919 p3p0-6.057503.03108.069-12.6616.5
p1-7.83500* 3.03108.024-14.4391-1 p2-2.635003.03108.402-9.23913 Tiga_Harip0p1-4.590003.84592.256-12.96953 p23.047503.84592.444-5.332011 p34.070003.84592.311-4.309512 p1p04.590003.84592.256-3.789512 p27.637503.84592.070-.742016 p38.66000* 3.84592.044.280517 p2p0-3.047503.84592.444-11.42705 p1-7.637503.84592.070-16.0170.7 p31.022503.84592.795-7.35709 p3p0-4.070003.84592.311-12.44954 p1-8.66000* 3.84592.044-17.0395-. p2-1.022503.84592.795-9.40207 Empat_Harip0p1.000002.756801.000-6.00666 p23.385002.75680.243-2.62169 p35.517502.75680.068-.489111 p1p0.000002.756801.000-6.00666 p23.385002.75680.243-2.62169
p35.517502.75680.068-.489111 p2p0-3.385002.75680.243-9.39162 p1-3.385002.75680.243-9.39162 p32.132502.75680.454-3.87418 p3p0-5.517502.75680.068-11.5241.4 p1-5.517502.75680.068-11.5241.4 p2-2.132502.75680.454-8.13913 Lima_Harip0p1-7.51250* 2.80056.020-13.6144-1 p24.567502.80056.129-1.534410 p36.85500* 2.80056.031.753112 p1p07.51250* 2.80056.0201.410613 p212.08000* 2.80056.0015.978118 p314.36750* 2.80056.0008.265620 p2p0-4.567502.80056.129-10.66941 p1-12.08000* 2.80056.001-18.1819-5 p32.287502.80056.430-3.81448 p3p0-6.85500* 2.80056.031-12.9569-. p1-14.36750* 2.80056.000-20.4694-8 p2-2.287502.80056.430-8.38943
Enam_Harip0p1-9.07750* 2.28482.002-14.0557-4 p24.525002.28482.071-.45329 p37.88000* 2.28482.0052.901812 p1p09.07750* 2.28482.0024.099314 p213.60250* 2.28482.0008.624318 p316.95750* 2.28482.00011.979321 p2p0-4.525002.28482.071-9.5032.4 p1-13.60250* 2.28482.000-18.5807-8 p33.355002.28482.168-1.62328 p3p0-7.88000* 2.28482.005-12.8582-2 p1-16.95750* 2.28482.000-21.9357-11 p2-3.355002.28482.168-8.33321 Tujuh_Harip0p1-7.66000* 1.86510.001-11.7237-3 p26.67500* 1.86510.0042.611310 p39.27000* 1.86510.0005.206313 p1p07.66000* 1.86510.0013.596311 p214.33500* 1.86510.00010.271318 p316.93000* 1.86510.00012.866320 p2p0-6.67500* 1.86510.004-10.7387-2
p1-14.33500* 1.86510.000-18.3987-10 p32.595001.86510.189-1.46876 p3p0-9.27000* 1.86510.000-13.3337-5 p1-16.93000* 1.86510.000-20.9937-12 p2-2.595001.86510.189-6.65871 *. The mean difference is significant at the 0.05 level. LAMPIRAN 4. UJI STATISTIK PROGRESIF Descriptives NMeanStd. Deviation Std. Error 95% Confidence Interval for Mean MinimumMaxLower Bound Upper Bound Satu_Jamp0457.95757.617023.8085145.837170.077947.026 p1473.15501.28710.6435571.106975.203171.247 p2466.54001.98575.9928763.380269.699863.726 p3464.95003.289191.6446059.716270.183862.366 Total 1665.65066.784491.6961262.035469.265847.027 Satu_Harip0474.29753.264171.6320969.103579.491571.327
p1477.00502.763641.3818272.607481.402674.387 p2472.41502.351981.1759968.672576.157569.187 p3467.78502.409831.2049263.950471.619664.767 Total 1672.87564.240251.0600670.616275.135164.767 Dua_Harip0468.23004.045692.0228461.792474.667662.347 p1472.46505.386312.6931663.894281.035864.427 p2463.85254.760352.3801756.277771.427357.426 p3460.88755.091282.5456452.786168.988954.206 Total 1666.35886.271101.5677863.017169.700454.207 Tiga_Harip0459.79007.968113.9840647.111072.469048.946 p1466.82005.933932.9669657.377876.262258.327 p2458.22756.164133.0820648.419068.036049.386 p3454.70754.908742.4543746.896662.518448.165 Total 1659.88627.271001.8177556.011863.760748.167 Empat_H arip0453.42508.171484.0857440.422366.427742.086 p1460.49755.155272.5776452.294368.700753.506 p2451.26753.597291.7986445.543456.991647.545 p3447.93504.306602.1533041.082254.787842.345 Total 1653.28126.896581.7241449.606356.956242.086
Lima_Harip0443.25004.279952.1399836.439650.060437.564 p1453.83005.399522.6997645.238262.421847.105 p2441.15005.579312.7896532.272150.027935.344 p3438.14003.147611.5738133.131443.148635.064 Total 1644.09257.411721.8529340.143148.041935.065 Enam_Ha rip0433.59753.540441.7702227.963939.231130.763 p1445.23752.304291.1521541.570948.904141.864 p2429.37253.525971.7629923.761934.983126.023 p3426.66751.99952.9997623.485829.849225.062 Total 1633.71887.780531.9451329.572837.864725.064 Tujuh_Ha rip0424.95504.487822.2439117.813932.096120.022 p1432.68001.13031.5651530.881434.478631.163 p2419.10751.63200.8160016.510621.704417.662 p3416.11752.594971.2974911.988320.246713.351 Total 1623.21506.985161.7462919.492926.937113.353
ANOVA Sum of Squaresdf Mean SquareFSig. Satu_JamBetween Groups467.1273155.7098.367.003 Within Groups223.3131218.609 Total 690.43915 Satu_HariBetween Groups180.800360.2678.135.003 Within Groups88.895127.408 Total 269.69515 Dua_HariBetween Groups308.0153102.6724.371.027 Within Groups281.8861223.491 Total 589.90115 Tiga_HariBetween Groups310.6283103.5432.576.102 Within Groups482.3831240.199 Total 793.01215 Empat_Ha riBetween Groups338.9303112.9773.620.045 Within Groups374.5121231.209 Total 713.44215 Lima_HariBetween Groups558.4773186.1598.413.003 Within Groups265.5271222.127
Total 824.00415 Enam_Hari Between Groups805.2253268.40831.324.000 Within Groups102.825128.569 Total 908.05015 Tujuh_Hari Between Groups639.4403213.14727.667.000 Within Groups92.446127.704 Total 731.88615 Multiple Comparisons LSD Dependent Variable(I) Perlakuan(J) PerlakuanMean Difference (I-J) Std. Error Sig.
95% Confidence Inte Lower BoundUpper Satu_Jamp0p1-15.19750* 3.05036.000-21.8437-8.5 p2-8.58250* 3.05036.016-15.2287-1.9 p3-6.99250* 3.05036.041-13.6387-.34 p1p015.19750* 3.05036.0008.551321.8 p26.615003.05036.051-.031213.2 p38.20500* 3.05036.0201.558814.8 p2p08.58250* 3.05036.0161.936315.2
p1-6.615003.05036.051-13.2612.03 p31.590003.05036.612-5.05628.23 p3p06.99250* 3.05036.041.346313.6 p1-8.20500* 3.05036.020-14.8512-1.5 p2-1.590003.05036.612-8.23625.05 Satu_Harip0p1-2.707501.92457.185-6.90081.48 p21.882501.92457.347-2.31086.07 p36.51250* 1.92457.0052.319210.7 p1p02.707501.92457.185-1.48586.90 p24.59000* 1.92457.034.39678.78 p39.22000* 1.92457.0005.026713.4 p2p0-1.882501.92457.347-6.07582.31 p1-4.59000* 1.92457.034-8.7833-.39 p34.63000* 1.92457.033.43678.82 p3p0-6.51250* 1.92457.005-10.7058-2.3 p1-9.22000* 1.92457.000-13.4133-5.0 p2-4.63000* 1.92457.033-8.8233-.43 Dua_Harip0p1-4.235003.42713.240-11.70213.23 p24.377503.42713.226-3.089611.8
p37.342503.42713.053-.124614.8 p1p04.235003.42713.240-3.232111.7 p28.61250* 3.42713.0271.145416.0 p311.57750* 3.42713.0054.110419.0 p2p0-4.377503.42713.226-11.84463.08 p1-8.61250* 3.42713.027-16.0796-1.1 p32.965003.42713.404-4.502110.4 p3p0-7.342503.42713.053-14.8096.12 p1-11.57750* 3.42713.005-19.0446-4.1 p2-2.965003.42713.404-10.43214.50 Tiga_Harip0p1-7.030004.48322.143-16.79812.73 p21.562504.48322.733-8.205611.3 p35.082504.48322.279-4.685614.8 p1p07.030004.48322.143-2.738116.7 p28.592504.48322.079-1.175618.3 p312.11250* 4.48322.0192.344421.8 p2p0-1.562504.48322.733-11.33068.20 p1-8.592504.48322.079-18.36061.17 p33.520004.48322.448-6.248113.2
p3p0-5.082504.48322.279-14.85064.68 p1-12.11250* 4.48322.019-21.8806-2.3 p2-3.520004.48322.448-13.28816.24 Empat_Harip0p1-7.072503.95027.099-15.67941.53 p22.157503.95027.595-6.449410.7 p35.490003.95027.190-3.116914.0 p1p07.072503.95027.099-1.534415.6 p29.23000* 3.95027.038.623117.8 p312.56250* 3.95027.0083.955621.1 p2p0-2.157503.95027.595-10.76446.44 p1-9.23000* 3.95027.038-17.8369-.62 p33.332503.95027.415-5.274411.9 p3p0-5.490003.95027.190-14.09693.11 p1-12.56250* 3.95027.008-21.1694-3.9 p2-3.332503.95027.415-11.93945.27 Lima_Harip0p1-10.58000* 3.32620.008-17.8272-3.3 p22.100003.32620.540-5.14729.34 p35.110003.32620.150-2.137212.3 p1p010.58000* 3.32620.0083.332817.8
p212.68000* 3.32620.0025.432819.9 p315.69000* 3.32620.0008.442822.9 p2p0-2.100003.32620.540-9.34725.14 p1-12.68000* 3.32620.002-19.9272-5.4 p33.010003.32620.383-4.237210.2 p3p0-5.110003.32620.150-12.35722.13 p1-15.69000* 3.32620.000-22.9372-8.4 p2-3.010003.32620.383-10.25724.23 Enam_Harip0p1-11.64000* 2.06987.000-16.1499-7.1 p24.225002.06987.064-.28498.73 p36.93000* 2.06987.0062.420111.4 p1p011.64000* 2.06987.0007.130116.1 p215.86500* 2.06987.00011.355120.3 p318.57000* 2.06987.00014.060123.0 p2p0-4.225002.06987.064-8.7349.28 p1-15.86500* 2.06987.000-20.3749-11.3 p32.705002.06987.216-1.80497.21 p3p0-6.93000* 2.06987.006-11.4399-2.4 p1-18.57000* 2.06987.000-23.0799-14.0
p2-2.705002.06987.216-7.21491.80 Tujuh_Harip0p1-7.72500* 1.96263.002-12.0012-3.4 p25.84750* 1.96263.0111.571310.1 p38.83750* 1.96263.0014.561313.1 p1p07.72500* 1.96263.0023.448812.0 p213.57250* 1.96263.0009.296317.8 p316.56250* 1.96263.00012.286320.8 p2p0-5.84750* 1.96263.011-10.1237-1.5 p1-13.57250* 1.96263.000-17.8487-9.2 p32.990001.96263.154-1.28627.26 p3p0-8.83750* 1.96263.001-13.1137-4.5 p1-16.56250* 1.96263.000-20.8387-12.2 p2-2.990001.96263.154-7.26621.28 *. The mean difference is significant at the 0.05 level.
DAFTAR GAMBAR
1. Proses Penimbangan dan Proses Pembuatan Buffer
2. Membersihkan Telur Dan Pemisahan Kuning Telur
3. Proses Pembuatan Pengencer
4. Pencampuran Semen dengan Pengencer dan Ekstrak Markisa