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15 68 Peroksidase IS I & II = 3/6 x 100 % = = 50 % IS I & III = 2/6 x 100 % = = 33,33 % IS I & IV = 2/6 x 100 % = = 33,33 % IS I & V = 2/6 x 100 % = = 33,33 % IS I & VI = 1/6 x 100 % = = 16,67 % IS I & VII = 2/6 x 100 % = = 33,33 % IS I & VIII = 3/6 x 100 % = = 50 % IS II & III = 3/6 x 100 % = = 50 % IS II & IV = 3/6 x 100 % = = 50 % IS II & V = 2/6 x 100 % = = 33,33 % IS II & VI = 2/6 x 100 % = = 33,33 % IS II & VII = 3/6 x 100 % = = 50 % IS II & VIII = 2/6 x 100 % = = 33,33 % IS III & IV = 4/6 x 100 % = = 66,67 % IS III & V = 3/6 x 100 % = = 50 % IS III & VI = 3/6 x 100 % = = 50 % IS III & VII = 4/6 x 100 % = = 66,67 % IS III & VIII = 4/6 x 100 % = = 66,67 % IS IV & V = 3/6 x 100 % = = 50 % IS IV & VI = 3/6 x 100 % = = 50 % IS IV & VII = 4/6 x 100 % = = 66,67 % IS IV & VIII = 4/6 x 100 % = = 66,67 % IS V & VI = 2/6 x 100 % = = 33,33 % IS V & VII = 3/6 x 100 % = = 50 % IS V & VIII = 3/6 x 100 % = = 50 % IS VI & VII = 3/6 x 100 % = = 50 % IS VI & VIII = 3/6 x 100 % = = 50 % IS VII & VIII = 4/6 x 100 % = = 66,67 %
6916 Esterase <strong>dan</strong> Peroksidase IS I & II = 5/11 x 100 % = 45,45 % IS I & III = 4/11 x 100 % = 36,36 % IS I & IV = 4/11 x 100 % = 36,36 % IS I & V = 3/11 x 100 % = 27,27 % IS I & VI = 3/11 x 100 % = 27,27 % IS I & VII = 4/11 x 100 % = 36,36 % IS I & VIII = 4/11 x 100 % = 36,36 % IS II & III = 6/11 x 100 % = 54,54 % IS II & IV = 6/11 x 100 % = 54,54 % IS II & V = 4/11 x 100 % = 36,36 % IS II & VI = 5/11 x 100 % = 45,45 % IS II & VII = 6/11 x 100 % = 54,54 % IS II & VIII = 6/11 x 100 % = 54,54 % IS III & IV = 7/11 x 100 % = 63,63 % IS III & V = 5/11 x 100 % = 45,45 % IS III & VI = 7/11 x 100 % = 63,63 % IS III & VII = 8/11 x 100 % = 72,72 % IS III & VIII = 8/11 x 100 % = 72,72 % IS IV & V = 6/11 x 100 % = 54,54 % IS IV & VI = 6/11 x 100 % = 54,54 % IS IV & VII = 8/11 x 100 % = 72,72 % IS IV & VIII = 7/11 x 100 % = 63,63 % IS V & VI = 4/11 x 100 % = 36,36 % IS V & VII = 6/11 x 100 % = 54,54 % IS V & VIII = 5/11 x 100 % = 45,45 % IS VI & VII = 7/11 x 100 % = 63,63 % IS VI & VIII = 7/11 x 100 % = 63,63 % IS VII & VIII = 8/11 x 100 % = 72,72 %
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STUDI KERAGAMAN GANYONG (Canna edul
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01978032001 31
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33 STUDI KERAGAMAN GANYONG (Canna e
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35 MOTTO “Be yourself, do the bes
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37 KATA PENGANTAR Puji syukur ke ha
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39 DAFTAR ISI Halaman HALAMAN JUDUL
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41 DAFTAR TABEL Halaman Tabel 1. Ci
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43 DAFTAR LAMPIRAN Halaman Lampiran
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45 BAB I PENDAHULUAN A. Latar Belak
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47 3 isozim yang berbeda yang mampu
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49 5 D. Manfaat Penelitian Manfaat
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751 tetapi bertoleransi pada tempat
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53 9 (b) (a) (c) Gambar 1. Morfolog
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11 55 biji yang bisa diperbanyak me
Page 30 and 31:
13 57 mudah secara visual, sedangka
Page 32 and 33:
59 15 faktor bahan kimia yang dibut
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61 17 didasarkan pada matrik jarak
Page 36 and 37: 19 63 C. Hipotesis 1. Terdapat kera
Page 38 and 39: 65 21 boraks, akuades, akuabides, s
Page 40 and 41: 67 23 cetakan kaca yang berukuran l
Page 42 and 43: 25 69 50 ml dari 0,2 M buffer phosp
Page 44 and 45: 27 71 yang ditentukan dan angka 0 j
Page 46 and 47: 73 29 Secara umum, ganyong dari ket
Page 48 and 49: 31 75 Tabel 1. Ciri morfologi ganyo
Page 50 and 51: 33 29 wilayah lain yaitu Wonogiri (
Page 52 and 53: 35 31 Ganyong dari wilayah Boyolali
Page 54 and 55: 37 33 perubahan morfologi tanaman a
Page 56 and 57: 39 35 Data yang diperoleh dianalisi
Page 58 and 59: 41 3 Dalam Cahyarini (2004), disebu
Page 60 and 61: 43 5 Tabel 3. Hasil analisis keteba
Page 62 and 63: 45 7 morfologi dari tanaman ganyong
Page 64 and 65: 247 Berdasarkan dendogram yang dipe
Page 66 and 67: 149 Dari data tersebut setelah dian
Page 68 and 69: 3 51 dengan hubungan kekerabatan ga
Page 70 and 71: 53 5 46,6%. Sementara itu C. hybrid
Page 72 and 73: 551 kemiripan 64%. Ganyong Wonogiri
Page 74 and 75: 573 Tabel 8. Perbandingan ciri morf
Page 76 and 77: 595 Sukoharjo bergabung dengan gany
Page 78 and 79: 761 terjauh yaitu antara C. hybrida
Page 80 and 81: 639 Eko. 2008. Budidaya Ganyong. ht
Page 82 and 83: 11 65 Suranto. 2000. Electrophoresi
Page 84 and 85: 66 13 Lampiran 1. Indeks Similarita
Page 88 and 89: 7017 c. Penggabungan ciri morfologi
Page 90 and 91: 19 72 Lampiran 2. Matriks Indeks Si
Page 92 and 93: 21 74 Lampiran 3. Hasil elektrofore
Page 94 and 95: 76 23 c. Wonogiri d. Klaten
Page 96 and 97: 78 25 f. Sukoharjo g. Sragen
Page 98 and 99: 80 27 RIWAYAT HIDUP PENULIS Nama le
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