ppt bioteknologi protoplasma fusion between indonesian citrus maxima

putrinovitasari642 68 views 63 slides Aug 16, 2024
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About This Presentation

ppt bioteknologi


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Protoplast Fusion between Indonesian Citrus maxima ( Burm .) Merr . and Citrus reticulata L. Review Jurnal Mizuka Audri NIM Putri Novitasari 130820036 Mata Kuliah : Bioteknologi Tanaman Dosen Pengampu : Dr. Reni Indrayanti, M.Si Rizky Priambodo, M.Si

01 PENDAHULUAN 02 METODE 03 HASIL DAN PEMBAHASAN

PENDAHULUAN 01

PENDAHULUAN Fusi protoplas merupakan salah satu teknologi alternatif untuk menghasilkan tanaman triploid, sekaligus kombinasi sel somatik dari berbagai kultivar , spesies atau genus menghasilkan kombinasi genetik baru ( Wulandari 2018) Jenis penggabungan protoplas pada proses fusi yang mungkin terjadi adalah homofusi antara protoplas daun atau antar protoplas kalus , heterofusi antara protoplas daun dan protoplas kalus , multifusi antara protoplas daun dan kalus (Hennig et al ., 2015; Husni, 2010) Fusi protoplas telah digunakan untuk melengkapi breeding konvensional yang menghasilkan tanaman triploid tidak berbiji dan meningkatka kualitas buah . Selain itu fusi protoplas bisa digunakan untuk transfer gen dalam pengembangan kultivar baru untuk mengatasi beberapa permasalahan termasuk ketidakcocokan seksual , embrio nucelar ( poliembrioni ), dan kemandulan induk (Guo et al ., 2013)

PENDAHULUAN Hibridisasi somatic antara pummelo dengan jeruk keprok diharapkan menghasilkan buah jeruk bali berukuran sedang , kulit lebih tipis, tahan terhadap CTV (Citrus Tristeza Virus) dan tanaman tetraploid Jeruk keprok dipilih sebagai tanaman induk karena mudah dikupas , daging buah yang bagus , dan mampu membentuk embriogenik somatic. Jeruk keprok memiliki ciri khas warna daging jingga , rasa segar dan manis. Penelitian ini bertujuan untuk mengetahui isolasi protoplas , fusi protoplas antara Jeruk bali ' Nambangan ’ (Citrus maxima) dan Jeruk keprok ' Garut ' (C. reticulata), serta kultur protoplasnya

METODE 02

Fusi protoplas antara Citrus maxima ( Burm .) Indonesia Merr . dan Citrus reticulata L. diamati secara detail di Laboratorium Kultur Sel dan Jaringan Tumbuhan , Pusat Penelitian Bioteknologi , Lembaga Ilmu Pengetahuan Indonesia selama bulan Januari-Agustus 2015 Waktu dan Tempat Penelitian :

01 02 03 Isolasi protoplas dilakukan dengan metode yang dikembangkan oleh Grosser & Gmitter (1990). Untuk mengisolasi protoplas , daun jeruk bali yang ditanam secara in vitro dipotong menjadi strip tipis (1-2 mm) secara horizontal di sepanjang pelepah daun , dan gumpalan kalus embriogenik dipotong kecil-kecil Metode Isolasi Protoplas Kemudian diinkubasi dalam larutan enzim dengan volume total 12 ml yang diencerkan dengan media BH3 menggunakan labu Erlenmeyer 100 ml. Setelah itu diinkubasi Kembali selama 16 jam pada suhu 28 ° C dalam gelap pada pengocok putar dengan kecepatan 50 rpm. Protoplas dimurnikan dengan saringan nilon (50- 100 µm mesh). Pengendapan filtrat dilakukan dengan cara sentrifugasi pada kecepatan 800 rpm selama 8 menit . Pelet yang mengandung protoplas disuspensikan dalam media BH3. Kemudia diamati di bawah mikroskop terbalik (Leica, DMIL LED) dengan perbesaran 400. Analisis statistic diameter protoplas dilakukan dengan (ANOVA).

Fusi protoplas dilakukan dengan menggunakan metode PEG (Grosser & Gmitter , 1990). Larutan PEG (BM = 600) 40%, ditambah glukosa 0,3 M, dan CaCl2 66 mM pada pH = 6. Larutan elusi A terdiri dari glukosa 0,4 M, CaCl2 66 mM , DMSO 10% pada pH = 6, dan larutan B terdiri dari glisin 0,3 M pada pH 10,5. Larutan A dicampur dengan B sebelum ditambahkan ke piring fusion. dengan perbandingan 9:1 (v/v). Protoplas dari kalus embriogenik dan mesofil daun dicampur dengan volume yang sama (1:1). Fusi protoplas diinduksi dalam plastik steril Cawan petri (60 x 15 mm). Ke dalam masing-masing cawan fusi , ditambahkan 2 tetes campuran protoplas , dan 2 tetes PEG 40%. Setelah 8-10 menit , 2 tetes larutan A+B ditambahkan ke dalam setiap cawan fusi di pinggiran campuran protoplas . Setelah 12-15 menit ditambahkan 12 tetes medium BH3 0,6 M. Setelah 5 menit semua cairan dikeluarkan perlahan dari cawan dengan pipet Pasteur dan diganti dengan 12-15 tetes media BH3 0,6 M. Prosedur pencucian ini diulangi dua kali. Terakhir , ditambahkan media BH3 0,6 M 1,5-2,0 ml, dan kultur protoplas ditempatkan ke dalam cawan Petri plastik berukuran 60 x 15 mm yang tertutup rapat , kemudian diinkubasi dalam gelap pada suhu 25-27 °C Metode Fusi Protoplas

Jenis fusi protoplas ( homofusi , heterofusi dan multifusi ) diamati menggunakan mikroskop terbalik (Leica DMIL LED) pada perbesaran 400, setelah penambahan PEG selama 8-10 menit . Protoplas yang menyatu diidentifikasi dengan adanya kloroplas dari daun jeruk bali “ Nambangan ” dan butiran pati dari kalus embriogenik keprok ' Garut '. Metode Fusi Protoplas

01 03 Medium untuk kultur protoplas adalah medium BH3 cair dengan 2 konsentrasi yaitu 0,6 M dan 0,4 M (Grosser & Gmitter , 1990). Media padat untuk pertumbuhan koloni sel terdiri dari vitamin MW dengan penambahan 3 mg L-1 BAP ( Karyanti , 2013; Merigo , 2011) Kultur Protoplas yang Menyatu Fase pertumbuhan protoplas diamati menggunakan mikroskop terbalik (Leica DMIL LED). Koloni sel terbentuk pada minggu keempat ; Pembentukan kalus mikro diinduksi dengan menurunkan osmolaritas medium dengan menambahkan 10-12 tetes 0,4 M BH3. Parameter pertumbuhan awal dihitung berdasarkan jumlah koloni sel dan diameter koloni sel yang terbentuk pada 10 cawan Petri pada minggu keempat menggunakan mikroskop stereo (Leica EZ4HD) dengan 8 perbesaran . Setiap petri diwakili oleh bidang pandang tunggal dengan lebar 142,45 mm2. Uji t dilakukan untuk analisis data setiap paramete Protoplas yang menyatu dan protoplas dari kalus embriogenik keprok ' Garut ' dikultur pada cawan Petri (60 x 15mm) dalam 8-12 tetes media 0,6 M BH3. Media yang sama ditambahkan setiap minggu untuk menjaga kelembapan . Kultur protoplas diinkubasi dalam ruangan gelap pada suhu 25-27°C selama 4-6 minggu 02

Isolasi Protoplas Mercury is the closest planet to the Sun Features o f Goyang 01 Jupiter It’s a gas giant and the biggest planet in the Solar System 02

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Mercury Mercury is the closest planet to the Sun Features o f Goyang 01 Jupiter It’s a gas giant and the biggest planet in the Solar System 02

Mercury Mercury is the closest planet to the Sun Taking care of flowers Mars Despite being red, Mars is actually a very cold place Venus Venus has a beautiful name and is the second planet

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Mercury It’s the closest planet to the Sun Maybe you need to divide the content Venus Venus is the second planet to the Sun Mars Mars is actually a very cold place Jupiter Jupiter is the biggest planet Saturn It’s a gas giant and has several rings Neptune Neptune is the farthest planet

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01 02 03 04 Venus has a beautiful name Venus Mercury is the closest to the Sun Mercury Despite being red, Mars is a cold Mars Jupiter is the biggest planet Jupiter Our history

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Saturn is a gas giant and has several rings. It's composed mostly of hydrogen and helium 24th of April

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