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KULIAH RUMINOLOGI

KULIAH RUMINOLOGI. METABOLISME NUTRIEN ( REFRESH ). Stochiometri karbohidrat. 35 C 6 H 12 O 6 + 70 H 2 O  70 CH 3 COOH + 70 CO 2 + 140 H 2 10 C 6 H 12 O 6 + 20 H 2  20 CH 3 CH 2 COOH + 20 H 2 O 10 C 6 H 12 O 6  10 CH 3 CH 2 CH 2 COOH + 20 CO 2 + 20 H 2

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KULIAH RUMINOLOGI

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  1. KULIAH RUMINOLOGI METABOLISME NUTRIEN (REFRESH) BAHAN KULIAH Dr.Ir. Eko Pangestu, MP

  2. BAHAN KULIAH Dr.Ir. Eko Pangestu, MP

  3. Stochiometri karbohidrat 35 C6H12O6 + 70 H2O  70 CH3COOH + 70 CO2 + 140 H2 10 C6H12O6 + 20 H2  20 CH3CH2COOH + 20 H2O 10 C6H12O6  10 CH3CH2CH2COOH + 20 CO2 + 20 H2 55C6H12O6 + 50 H2O  70 CH3COOH + 20 CH3CH2COOH + 10 CH3CH2CH2COOH + 90 CO2 + 140 H2 140 H2 + 35 CO2 35 CH4 + 70 H2O 55 C6H12O6  70 CH3COOH + 20 CH3CH2COOH + 10 CH3CH2CH2COOH + 55 CO2 + 20 H2O + 35 CH4 BAHAN KULIAH Dr.Ir. Eko Pangestu, MP

  4. SMALL INTESTIN ABOMASUM SCFA SSCFA FESES SLCFA SLCFA DF TG LCFA SLCFA StFA GLY VFA MG ML ML RUMEN GLY SSCFA VFA GLY BAHAN KULIAH Dr.Ir. Eko Pangestu, MP

  5. Protein bagi ruminansia berasal dari : • Protein tak terdegradasi • Oligopeptida, asam amino • Protein mikrobia Pakan sumber protein bagi ruminansia harus : • Mampu mendukung pertumbuhan mikrobia rumen • Tahan degradasi dalam rumen • Nilai biologis protein yang tinggi BAHAN KULIAH Dr.Ir. Eko Pangestu, MP

  6. Kelarutan protein pakan BAHAN KULIAH Dr.Ir. Eko Pangestu, MP

  7. KULIAH RUMINOLOGI MANIPULASI PROTEIN DALAM RUMEN BAHAN KULIAH Dr.Ir. Eko Pangestu, MP

  8. Manipulasi degradasi protein • Fisik : • Grinding • Pelleting • Pemanasan/pemasakan • kapsulasi Fisik - kimiawi: • Kimiawi : • Formaldehid • Alkohol • Tanin BAHAN KULIAH Dr.Ir. Eko Pangestu, MP

  9. Kecepatan Produksi dan Potensi Penyediaan NH3 bahan pakan BAHAN KULIAH Dr.Ir. Eko Pangestu, MP

  10. Kecepatan Produksi dan Potensi Penyediaan NH3 bahan pakan (lanjutan) BAHAN KULIAH Dr.Ir. Eko Pangestu, MP

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