Profil Dosen
Nama
Prof. Dr. Ir. Mardiati Zain, M.S
Jenis Kelamin
Perempuan
Status
PNS
Jabatan
Guru Besar
Unit
Peternakan
Fakultas
FAKULTAS PETERNAKAN
Pangkat/Gol
IV/e - Pembina Utama
Pendidikan Terakhir
S3
Pendidikan
#JenjangNamaJurusanTahun Lulus
1S1UNIVERSITAS ANDALASNUTRISI DAN MAKAN TERNAK1989
2S2INSTITUT PERTANIAN BOGORIlmu Ternak1994
3S3INSTITUT PERTANIAN BOGOR-1999
Penelitian
#JudulTahunJenis/Hasil Karya Ilmiah~
1Kajian Nutrigenomik Suplementasi Mikroenkapsul Probiotik Campuran (lactobacillus Plantarum Dan Saccharomyces Cereviceae) Pada Pakan Kambing Perah2024Pangan
2Suplementasi Leguminosa Dan Fuctional Feed Penurun Metan Dalam Ransum Untuk Kambing Pe Laktasi Untuk Meningkatkan Produksi Susu2023Pangan
3Kajian Nutrigenomik Suplementasi Mikroenkapsul Probiotik Campuran (lactobacillus Plantarum Dan Saccharomyces Cereviceae) Pada Pakan Kambing Perah2023Pangan
4Isolasi Bakteri Endofit Penghasil Enzim Fitase Dari Tithonia Diversifolia Untuk Meningkatkan Palatabilitas Dan Poduktifitas Kambing Perah2023Pangan
5Performa Produksi Dan Kualitas Susu Ternak Ruminansia Yang Diberi Limbah Serai Wangi (cymbopogon Nardus L.) Sebagai Subtitusi Rumput Dalam Ransum2023Pangan
6Peningkatan Kualitas Dan Pengkayaan Sakura Blok Sebagai Pakan Suplemen Dalam Meningkatkan Performa Sapi Kaur Yang Dipelihara Terintegrasi Kelapa Sawit2022Pangan
7Peningkatan Kandungan Pufa Dan Cla Susu Ternak Perah Guna Meningkatkan Sistim Imun Menghadapi Covid 19 Melalui Rekayasa Pakan2022Pangan
8Standardisasi Pengukuran Rumen Degradable Dan Undegradable Protein Bahan Pakan Ruminansia Di Indonesia2022Pangan
9Strategi Penurunan Metan Untuk Meningkatkan Efisiensi Pakan Pada Ternak Ruminansia Melalui Penambahan Feed Additive Essensial Oil2022Pangan
10Performa Produksi Dan Kualitas Susu Ternak Ruminansia Yang Diberi Limbah Serai Wangi (cymbopogon Nardus L.) Sebagai Subtitusi Rumput Dalam Ransum _2022Pangan
11Kajian Nutrigenomik Suplementasi Mikroenkapsul Probiotik Campuran (lactobacillus Plantarum Dan Saccharomyces Cereviceae) Pada Pakan Kambing Perah2022Pangan
12Peningkatan Kandungan Pufa Dan Cla Susu Ternak Perah Guna Meningkatkan Sistim Imun Menghadapi Covid 19 Melalui Rekayasa Pakan2021Pangan
13Industrialisasi Pakan Suplemen Mineral Untuk Mendukung Produktivitas Peternakan Sapi Di Sumatera Barat2021Pangan
14Rekayasa Protein Dan Suplementasi Fuctional Feed Dalam Ransum Untuk Meningkatkan Produksi Susu Kambing Pe.2021Pangan
15Peningkatan Kualitas Dan Pengkayaan Sakura Blok Sebagai Pakan Suplemen Dalam Meningkatkan Performa Sapi Kaur Yang Dipelihara Terintegrasi Kelapa Sawit2021Pangan
16Rekayasa Kualitas Daging Sapi Melalui Peningkatan Kandungan Pufa Dengan Pemberian Ransum Berbasis Hijauan Tropis2020Pangan
17Optimalisasi Produksi Susu Kambing Ettawa Melalui Rekayasa Protein Pakan2020Pangan
18Performa Produksi Dan Kualitas Susu Ternak Ruminansia Yang Diberi Limbah Serai Wangi (cymbopogon Nardus L.) Sebagai Subtitusi Rumput Dalam Ransum2020Pangan
19Modifikasi Kadar Asam Lemak Susu Menggunakan Legum Tropis Terseleksi Berbasis High-forage System2020Pangan
20Evaluasi Rasio Degradable Dan Undegradable Protein Bahan Pakan Lokal Dan Aplikasinya Dalam Ransum Untuk Mengoptimalkan Produktivitas Sapi Pesisir2020Pangan
21Strategi Peningkatan Produktivitas Sapi Potong Melalui Penambahan Suplemen Fuctional Dan Rup (rumen Undegradable Protein) Dalam Ransum Berbasis Jerami Padi Amoniasi2019Ketahanan Pangan
22Rekayasa Kualitas Daging Sapi Melalui Peningkatan Kandungan Pufa Dengan Pemberian Ransum Berbasis Hijauan Tropis2019Pangan
23Modifikasi Kadar Asam Lemak Susu Menggunakan Legum Tropis Terseleksi Berbasis High-forage System2019Pangan
24Evaluasi Rasio Degradable Dan Undegradable Protein Bahan Pakan Lokal Dan Aplikasinya Dalam Ransum Untuk Mengoptimalkan Produktivitas Sapi Pesisir2019Pangan
25Rekayasa Kualitas Daging Sapi Melalui Peningkatan Kandungan Pufa Dengan Pemberian Ransum Berbasis Hijauan Tropis Kp2018Agricultural And Veterinary Sciences
26Potensi Teknologi Bioproses Dan Nanoteknologi Menuju Penciptaan Ransum Komplit Plus Ternak Sapi Potong Berbasis Batang Kelapa Sawit2018Pangan
27Strategi Peningkatan Produktivitas Sapi Potong Melalui Penambahan Suplemen Fuctional Dan Rup (rumen Undegradable Protein) Dalam Ransum Berbasis Jerami Padi Amoniasi2018Agricultural And Veterinary Sciences
28Rekayasa Kualitas Daging Sapi Melalui Peningkatan Kandungan Pufa Dengan Pemberian Ransum Berbasis Hijauan Tropis2018Pangan
29Peningkatan Produksi Ternak Ruminansia Melalui Pengembangan Produksi Pakan Di Sumatera Barat2018Agricultural And Veterinary Sciences
30Evaluasi Rasio Degradable Dan Undegradable Protein Bahan Pakan Lokal Dan Aplikasinya Untuk Mengoptimalkan Produktivitas Sapi Pesisir2018Agricultural And Veterinary Sciences
31Peningkatan Produksi Ternak Ruminansia Melalui Pengembangan Produksi Pakan Di Sumatera Barat2018Pangan
32Evaluasi Rasio Degradable Dan Undegradable Protein Bahan Pakan Lokal Dan Aplikasinya Dalam Ransum Untuk Mengoptimalkan Produktivitas Sapi Pesisir2018Pangan
33Peningkatan Produksi Ternak Ruminansia Melalui Pengembangan Produksi Pakan Di Sumatera Barat2017Pangan
34Potensi Teknologi Bioproses Dan Nanoteknologi Menuju Penciptaan Ransum Komplit Plus Ternak Sapi Potong Berbasis Batang Kelapa Sawit2017Pangan
35Optimalisasi Pemanfaatan Pelepah Sawit Dalam Ransum Sapi Melalui Penambahan Agensia Penurun Metan Menuju Produksi Ransum Komplit Ruminansia Berkualitas Dan Ramah Lingkungan2017Pangan
36Optimalisasi Pemanfaatan Pelepah Sawit Dalam Ransum Sapi Melalui Penambahan Agensia Penurun Metan Menuju Produksi Ransum Komplit Ruminansia Berkualitas Dan Ramah Lingkungan2016Pangan
37Pengembangan Formulasi Ransum Komplit Ruminansia Berbahan Limbah Sawit Melalui Optimasi Bioproses Rumen Untuk Mendukung Ketahanan Pangan2016Pangan
38Optimalisasi Pemanfaatan Pakan Serat Untuk Ruminansia Melalui Penambahan Direct Fed Microbial Dan Reduksi Emisi Methan.2016
39Potensi Teknologi Bioproses Dan Nanoteknologi Menuju Penciptaan Ransum Komplit Plus Ternak Sapi Potong Berbasis Batang Kelapa Sawit2016Pangan
40Pemanfaatan “biodelignifikasi Pelepah Sawit Menggunakan Kapang Phanerochaete Chrysosporium” Sebagai Pakan Utama Ternak Ruminansia2016
41Optimalisasi Pemanfaatan Pod Kakao Sebagai Pakan Ruminansia Melalui Suplementasi Agensia Defaunasi Dan Protein By Pass Dari Gulma Chromolaena Odorata2016
42Optimalisasi Pemanfaatan Pakan Serat Untuk Ruminansia Melalui Penambahan Direct Fed Microbial Dan Reduksi Emisi Methan.2015
43Pengembangan Formulasi Ransum Komplit Ruminansia Berbahan Limbah Sawit Melalui Optimasi Bioproses Rumen Untuk Mendukung Ketahanan Pangan2015Pangan
44Pemanfaatan “biodelignifikasi Pelepah Sawit Menggunakan Kapang Phanerochaete Chrysosporium” Sebagai Pakan Utama Ternak Ruminansia2015
45Produksi Prebiotik Dari Ampas Kelapa Menggunakan Berbagai Metoda Dan Perannya Sebagai Feed Fungsional Pada Ternak Unggas2015
46Optimalisasi Pemanfaatan Pod Kakao Sebagai Pakan Ruminansia Melalui Suplementasi Agensia Defaunasi Dan Protein By Pass Dari Gulma Chromolaena Odorata2015
47Optimalisasi Pemanfaatan Pakan Serat Untuk Ruminansia Melalui Penambahan Direct Fed Microbial Dan Reduksi Emisi Methan.2014
48Suplemen Fuctional Feed Untuk Optimalisasi Penggunaan Limbah Sawit Sebagai Ransum Komplit Ternak Ruminansia Dalam Mendukung Kecukupan Daging Nasional2014Pertahanan Dan Keamanan
49Peningkatan Produktivitas Ternak Ruminansia Melalui Optimalisasi Pemanfaatan Ransum Berbasis Bahan Baku Lokal Di Sumatera Barat2014
50Suplemen Fuctional Feed Untuk Optimalisasi Penggunaan Limbah Sawit Sebagai Ransum Komplit Ternak Ruminansia Dalam Mendukung Kecukupan Daging Nasional2013Pertahanan Dan Keamanan
51Peningkatan Produktivitas Ternak Ruminansia Melalui Optimalisasi Pemanfaatan Ransum Berbasis Bahan Baku Lokal Di Sumatera Barat2013
52Pakan Suplemen Berbasis Tanaman Mangrove Dan Palm Fatty Acid Distillate Untuk Meningkatkan Performan Ternak, Produksi Dan Kualitas Susu2024Pangan
53Rekayasa Pakan Untuk Menurunkan Metan Dan Meningkatkan Produksi Serta Kualitas Susu Ternak Perah Melalui Suplementasi Rumput Laut Dalam Ransum2024Pangan
54Strategi Meningkatkan Produksi Dan Kualitas Daging Melalui Supplementasi Gambir Dan Minyak Lemuru Dalam Ransum Ternak Potong2024Pangan
55Strategi Mitigasi Metan Serta Peningkatan Cla Dan Pufa Susu Melalui Rekayasa Pakan Ruminansia2024Ketahanan Pangan
56Kombinasi Sorgum Dan Legume Terhadap Kecernaan Zat Makanan, Produksi Metan, Dan Karakteristik Cairan Rumen Secara In-vitro2024Ketahanan Pangan
57: Potensi Senyawa Metabolit Sekunder Phaleria Macrocarpa Sebagai Sumber Saponin Untuk Meningkatkan Efisiensi Penggunaan Pakan Melalui Modifikasi Fermentasi Rumen.2024Ketahanan Pangan
Pengabdian
#JudulTahunJenis Pengabdian
1Pemanfaatan Mineral Blok Sebagai Sumber Mineral Di Kelompok Tanih Harapan Makmur Lubuk Minturun Kota Padang2023PENGABDIAN KEPADA MASYARAKAT
2Penyuluhan Pemanfaatan Empulur Sagu Dan Daun Indigofera Dalam Ransum Puyuh Petelur Di Kwt Melati Mini Limau Manis Kota Padang2022PROGRAM KEMITRAAN MASYARAKAT
3Pengolahan Pupuk Organik Dari Limbah Kotoran Sapi Perah Pada Kelompok Tani Harapan Makmur Lubuk Minturun Kota Padang2022IPTEKS BERBASIS PROGRAM STUDI DAN NAGARI BINAAN FAKULTAS KEPERAWATAN
4Aplikasi  teknologi Pengolahan Pakan Dan Manajemen Pemberian Pakan Ternak Sapi Pada Kelompok Tani Koto Marapak Kecamatan Pauh Kota Padang2022IPTEKS BERBASIS PROGRAM STUDI DAN NAGARI BINAAN FAKULTAS KEPERAWATAN
5Peningkatan Produktivitas Ayam Buras Melalui Pemanfaatan Bahan Pakan Lokal Di Kenagarian Limau Manis Kota Padang2020PENGABDIAN FAKULTAS PETERNAKAN
6Ibikk Produksi Sapi Potong Dan Pakan Ternak Ruminansia Di Universitas Andalas2016Program Pengembangan Usaha Produk Intelektual Kampus
Buku
#JudulTahunISBNPenerbit
1Buku Dasar Nutrisi Ruminansia20219786236234570Unand Press
2Prosiding Seminar Nasional Iii Himpunan Ilmuwan Tanaman Pakan Indonesia (hitpi) : Peran Strategis Hijauan Pakan Lokal Dalam Menjamin Kemandirian Pangan Hewani,28 – 30 Oktober 2014, Bukittinggi Sumate20149786027163706Fakultas Peternakan Universitas Andalas
Publikasi Scopus
#JudulNama JurnalVolumeHalamanTanggal Publikasi
1Comparison Of Nutritive Value And Rdp-rup Contents Of Tropical Legumes From Two Different Areas With In-vitro MethodsInternational Journal of Veterinary Science1366-731 January 2024
2Strategy To Reduce Methane To Increase Feed Efficiency In Ruminants Through Adding Essential Oils As Feed AdditivesInternational Journal of Veterinary Science13195-2011 January 2024
3Effectiveness Of Saccharomyces Cerevisiae And Sulfur As Supplements In Ammoniated Citronella Waste Basal Rations On The Nutrient Digestibility, Rumen Fluid Characteristics, And Methane ProductionAdvances in Animal and Veterinary Sciences12887-8941 May 2024
4The Effect Of Ammoniated Cymbopogon Nardus Waste As Forage Substitution On Nutrient Digestibility And Performance Of Ettawa Crossbreed Dairy GoatInternational Journal of Veterinary Science13328-33315 April 2024
5Influence Of Protein-energy Balance On Growth, Production, And Reproduction In Pesisir HeifersAdvances in Animal and Veterinary Sciences12546-5581 January 2024
6Identification Of Phytase Producing Bacteria From Acidifying Tithonia Diversifolia: Potential For Ruminant Feed DevelopmentSaudi Journal of Biological Sciences31-1 July 2024
7Accuracy Of Single And Mix Calibration As Method To Determine Ruminant Feedstuffs Nutrient Utilization Using Near-infrared Reflectance SpectroscopyIOP Conference Series: Earth and Environmental Science1341-1 January 2024
8Nutrient Digestibility, Characteristics Of Rumen Fermentation, And Microbial Protein Synthesis From Pesisir Cattle Diet Containing Non-fiber Carbohydrate To Rumen Degradable Protein Ratio And Sulfur SupplementVeterinary World17672-6811 March 2024
9Optimization Indigofera Zollingeriana And Gambier (uncaria Gambir) Supplementation On Feed Consumption, Digestibility, Methane Production And Lactation Performance Of Etawa Crossbreed GoatsInternational Journal of Veterinary Science13537-54415 August 2024
10Optimizing Protein, Energy, And Protein Degradable Ratios To Enhance In Vitro Ruminal Fermentation And Reduce Methane Gas EmissionIOP Conference Series: Earth and Environmental Science1377-1 January 2024
11Lactic Acid Bacteria And Yeast Strains Isolated From Fermented Fish (budu) Identified As Candidate Ruminant Probiotics Based On In Vitro Rumen Fermentation CharacteristicsVeterinary World16395-4021 February 2023
12In Vitro Nutrient Digestibility And Ruminal Fermentation Characteristics Of Ammoniated And Fermented Treatment Of Soaked And Unsoaked Cymbopogon Nardus WasteInternational Journal of Veterinary Science12395-40015 April 2023
13Comparison Of Chemical Composition, In Vitro Digestibility, And Near Infrared Reflectance Spectroscopy In Estimating In Situ Rumen Degradable Protein Of Tropical FoliageTropical Animal Science Journal46211-2201 January 2023
14Evaluation Of Legumes, Roughages, And Concentrates Based On Chemical Composition, Rumen Degradable And Undegradable Proteins By In Vitro MethodInternational Journal of Veterinary Science12528-53815 June 2023
15Pre-treatments Of Mirasolia Diversifolia Using Lactobacillus Bulgaricus At Different Dosages And Fermentation Times: Phytic Acid Concentration, Enzyme Activity, And Fermentation CharacteristicsSouth African Journal of Animal Science53429-4371 January 2023
16Impact Of Mangrove Leaves (rhizophora Apiculata) In Limewater On Nutrients Digestibility, Rumen Ecosystem And In Vitro Methane ProductionAmerican Journal of Animal and Veterinary Sciences1840-461 January 2023
17Lipid Regulation And Growth On Native Ram Lambs In The South Coast Of West Java, Indonesia Fed Legume ForagesBiodiversitas244183-41921 January 2023
18In-vitro Digestibility Of Ammoniated Aromatic Supplemented Lemongrass WasteAdvances in Animal and Veterinary Sciences111368-13761 August 2023
19Evaluation Of Rumen Degradable Protein Values From Various Tropical Foliages Using In Vitro And In Situ MethodsInternational Journal of Veterinary Science12860-86815 October 2023
20The Balance Of Rumen Degradable Protein And Readily Available Carbohydrate In Sheep Rations On In Vitro FermentabilityJournal of Advanced Veterinary and Animal Research10738-7431 December 2023
21Improving Rumen Fermentation Characteristics And Nutrient Digestibility By Increasing Rumen Degradable Protein In Ruminant Feed Using Tithonia Diversifolia And Leucaena LeucocephalaInternational Journal of Veterinary Science11353-3601 January 2022
22Impact Of Tithonia Diversifolia And Pennisetum Purpureum-based Ration On Nutrient Intake, Nutrient Digestibility And Milk Yield Of Etawa Crossbreed Dairy GoatInternational Journal of Veterinary Science11327-3351 January 2022
23Modulatory Effects Of Dietary Tannins On Polyunsaturated Fatty Acid Biohydrogenation In The Rumen: A Meta-analysisHeliyon8-1 July 2022
24Evaluation Of Pre-ingestive Citronella Residues Using Ruminal In Vitro TechniquesTrends in Sciences19-15 July 2022
25Effects Of Rumen-degradable-to-undegradable Protein Ratio In Ruminant Diet On In Vitro Digestibility, Rumen Fermentation, And Microbial Protein SynthesisVeterinary World14640-6481 March 2021
26Quality Evaluation Of Tithonia (tithonia Diversifolia) With Fermentation Using Lactobacillus Plantarum And Aspergillus Ficuum At Different Incubation TimesBiodiversitas223936-39421 January 2021
27Improving Sakura Block Quality As Feed Supplement To Optimize Rumen Fermentation Products And Nutrients Digestibility In VitroAdvances in Animal and Veterinary Sciences9159-16001 January 2021
28In Vitro Nutrient Digestibility, Volatile Fatty Acids And Gas Production Of Fermented Palm Fronds Combined With Tithonia (tithonia Diversifolia) And Elephant Grass (pennisetum Purpureum)IOP Conference Series: Earth and Environmental Science888-15 November 2021
29In-vitro Efficacy Of Sakura Block Plus Supplementation In Oil Palm Fronds (opf) On Rumen Fermentation, Nutrient Digestibility, And Gas ProductionAdvances in Animal and Veterinary Sciences10548-5541 March 2021
30Milk Quality Of Etawa Crossbred Dairy Goat Fed Combination Of Fermented Oil Palm Fronds, Tithonia (tithonia Diversifolia) And Elephant Grass (pennisetum Purpureum)Journal of Physics: Conference Series1469-14 February 2020
31Effects Of Supplementing Gliricidia Sepium On Ration Based Ammoniated Rice Straw In Ruminant Feed To Decrease Methane Gas Production And To Improve Nutrient Digestibility (in-vitro)International Journal on Advanced Science, Engineering and Information Technology10724-7291 January 2020
32Effects Of Supplementation With Phosphorus, Calcium And Manganese During Oil Palm Frond Fermentation By Phanerochaete Chrysosporium On Ligninase Enzyme ActivityBiodiversitas211833-18381 May 2020
33The Effect Of Urea Levels On In-vitro Digestibility And Rumen Fermentation Characteristic Of Ammoniated Oil Palm TrunkInternational Journal on Advanced Science, Engineering and Information Technology101258-12621 January 2020
34In Vitro Rumen Biohydrogenation Of Unsaturated Fatty Acids In Tropical Grass-legume RationsVeterinary World13661-6681 January 2020
35In Vitro Ruminal Biohydrogenation Of C18 Fatty Acids In Mixtures Of Indigofera Zollingeriana And Brachiaria DecumbensJournal of the Indonesian Tropical Animal Agriculture45124-1351 June 2020
36Effect Of Dietary Supplementation Based On Ammoniated Palm Frond With Saccharomyces Cerevisiae And Gambier Leaves Waste On Nutrient Intake And Digestibility, Daily Gain And Methane Production Of Simmental CattleAdvances in Animal and Veterinary Sciences81325-13321 January 2020
37Ammonia And Fermentation Treatment Of Cymbopogon Nardus L. Waste As A Substitution Of Grass: Effect On Nutritional Profile And Ruminal In Vitro DigestibilityJournal of Animal Health and Production927-321 January 2020
38Effects Of Leucaena Leucocephala Supplementation To Total Mixed Ration Based On Ammoniated Rice Straw Onfiber Digestibility And Rumen Fermentation Characteristics In VitroInternational Journal on Advanced Science, Engineering and Information Technology9916-9211 January 2019
39Fatty Acids Composition And Biohydrogenation Reduction Agents Of Tropical ForagesBiodiversitas201917-19221 July 2019
40Comparison Of In Vitro Digestibility And Rumen Fluid Characteristics Between The Tithonia (tithonia Diversifolia) With Elephant Grass (pennisetum Purpureum)IOP Conference Series: Earth and Environmental Science287-7 August 2019
41The Effects Of Leguminous Supplementation On Ammoniated Rice Straw Based Completed Feed On Nutrient Digestibility On In Vitro Microbial Protein SynthesisIOP Conference Series: Earth and Environmental Science287-7 August 2019
42In Vitro Evaluation Of Ruminant Feed From West Sumatera Based On Chemical Composition And Content Of Rumen Degradable And Rumen Undegradable ProteinsVeterinary World121478-14831 January 2019
43Ability Of Dwarf Elephant Grass (pennisetum Purpureum Cv. Mott) And Gliricidia Sepium To Capture Ammonia (nh3) Around Chicken Cages: An In Vitro EvaluationPakistan Journal of Nutrition17306-31015 May 2018
44Supplementation Of Minerals (phosphorus And Sulfur) And Saccharomyces Cerevisiae In A Sheep Diet Based On A Cocoa By-productPakistan Journal of Nutrition17329-33515 June 2018
45Microbial Protein Synthesis And In Vitro Fermentability Of Fermented Oil Palm Fronds By Phanerochaete Chrysosporium In Combination With Tithonia (tithonia Diversifolia) And Elephant Grass (pennisetum Purpureum)Pakistan Journal of Nutrition17462-47015 September 2018
46Effects Of Supplementation Of Different Sources Of Tannins On Nutrient Digestibility, Methane Production And Daily Weight Gain Of Beef Cattle Fed On Ammoniated Oil Palm Frond Based DietInternational Journal of Zoological Research148-131 January 2018
47The Effect Of Bioprocess Technology In Oil Palm Trunk On Chemical Composition And In-vitro Fermentation CharacteristicsAsian Journal of Microbiology, Biotechnology and Environmental Sciences20S102-S1081 February 2018
48Peformance Of Bali Cattles Fed Complete Feed Based Oil Palm Frond That Added With Rumen Microbes Growth Factor ( Rmgf)Asian Journal of Microbiology, Biotechnology and Environmental Sciences20S148-S1541 February 2018
49Peformance Of Bali Cattles Fed Complete Feed Based On Oil Palm Frond That Is Added With Rumen Microbes Growth Factor ( Rmgf)Asian Journal of Microbiology, Biotechnology and Environmental Sciences20S126-S1321 January 2018
50Effects Of Calcium, Phosphorus And Manganese Supplementation During Oil Palm Frond Fermentation By Phanerochaete Chrysosporium On Laccase Activity And In Vitro DigestibilityPakistan Journal of Nutrition16119-12415 February 2017
51Effects Of Calcium (ca), Phosphorus (p) And Manganese (mn) Supplementation During Oil Palm Frond Fermentation By Phanerochaete Chrysosporium On Rumen Fluid Characteristics And Microbial Protein SynthesisPakistan Journal of Nutrition16393-39915 May 2017
52Effects Of Using Different Levels Of Oil Palm Fronds (fopfs) Fermented With Phanerochaete Chrysosporium Plus Minerals (p, S And Mg) Instead Of Napier Grass On Nutrient Consumption And The Growth Performance Of GoatsPakistan Journal of Nutrition16612-6171 January 2017
53Effect Of Dietary Supplementation Based On An Ammoniated Palm Frond With Direct Fed Microbials And Virgin Coconut Oil On The Growth Performance And Methane Production Of Bali CattlePakistan Journal of Nutrition16599-6041 January 2017
54Digestibility Of Goat Rations Containing Fermented Oil Palm Fronds By Phanerochaete Chrysosporium Supplemented With Phosphorus, Sulfur And MagnesiumJournal of Biological Sciences17298-3041 January 2017
55Populations Of Rumen Microbes And The In Vitro Digestibility Of Fermented Oil Palm Fronds In Combination With Tithonia (tithonia Diversifolia) And Elephant Grass (pennisetum Purpureum)Pakistan Journal of Nutrition1739-4515 December 2017
56Supplementation Of Direct Fed Microbial (dfm) On In Vitro Fermentability And Degradability Of Ammoniated Palm FrondPakistan Journal of Nutrition1590-951 January 2016
57The Effects Of P, S And Mg Supplementation Of Oil Palm Fronds Fermented By Phanerochaete Chrysosporium On Rumen Fluid Characteristics And Microbial Protein SynthesisPakistan Journal of Nutrition15299-3041 January 2016
58Effects Of Calcium (ca) And Manganese (mn) Supplementation During Oil Palm Frond Fermentation By Phanerochaete Chrysosporium On In Vitro Digestibility And Rumen Fluid CharacteristicsPakistan Journal of Nutrition15352-3581 January 2016
59Supplementation Of Saccharomyces Cerevisiae And Sapindus Rarak In Diet Based Of Oil Palm Frond (opf) On Nutrient Digestibility And Daily Weight Gain Of GoatAsian Journal of Animal and Veterinary Advances11314-3181 January 2016
60In Vitro Fermentation Characteristics Of Palm Oil Byproducts Which Is Supplemented With Growth Factor Rumen MicrobesPakistan Journal of Nutrition14625-6281 January 2015
61Effect Of Palm Oil By Products On In Vitro Fermentation And Nutrient DigestibilityAnimal Nutrition and Feed Technology14175-1811 January 2014
62Effect Of Supplementation Sacharonyces Cerevisiae And Leucaena Leucocephala On Low Quality Roughage Feed In Beef Cattle DietPakistan Journal of Nutrition12182-1841 January 2013
63Palm Pressed Fibre Oil: A New Opportunity For Premium Hardstock?International Food Research Journal18-15 February 2011
64Effect Of Phosphorus And Sulphur Supplementation In Growing Beef Cattle Diet Based On Rice Straw AmmoniatedAsian Journal of Scientific Research3184-1886 September 2010
65Effect Of Sulfur Supplementation On In Vitro Fermentability And Degradability Of Ammoniated Rice StrawPakistan Journal of Nutrition9413-4151 January 2010
66Phosphorus Supplementation Of Ammoniated Rice Straw On Rumen Fermentability, Syntesised Microbial Protein And Degradabilityn VitroWorld Academy of Science, Engineering and Technology651040-10421 May 2010
67Digestibility Of Sheep Ration Containing Ammoniated Palm Oil Leaves Supplemented With Sulphur, Phosphor, And Cassava LeavesMedia Peternakan33144-1491 January 2010
68Effect Of Defaunation And Supplementation Methionine Hydroxy Analogue And Branched Chain Amino Acid In Growing Sheep Diet Based On Palm Press Fiber AmmoniatedPakistan Journal of Nutrition7813-81624 September 2008
69In Vitro Rumen Fermentability And Physical Properties Of Bali Cattle Ration Based On Agro-industrial By-product With Different Ratio Of Rumen Degradable Protein And Non-fiber CarbohydrateInternational Journal of Agriculture and Biosciences13488-49330 September 2024
70Physical Properties Of Sugarcane (saccharum Officinarum) And Tithonia (tithonia Diversifolia) Shoot-based Wafers With Different Adhesive TypesOnline Journal of Animal and Feed Research14287-2941 January 2024
Publikasi WoS
#JudulNama JurnalHalamanTahunDikutip
No results found.
Publikasi GS
#JudulNama JurnalDikutip
1International Journal Of Veterinary ScienceInt J Vet Sci 13 (6), 970-979, 20240
2Nutrient Digestibility, Characteristics Of Rumen Fermentation, And Microbial Protein Synthesis From Pesisir Cattle Diet Containing Non-fiber Carbohydrate To Rumen Degradable …Veterinary World 17 (3), 672-681, 20245
3Effectiveness Of Saccharomyces Cerevisiae And Sulfur As Supplements In Ammoniated Citronella Waste Basal Rations On The Nutrient Digestibility, Rumen Fluid Characteristics, And …Adv. Anim. Vet. Sci 12 (5), 887-894, 20240
4Identification Of Phytase Producing Bacteria From Acidifying Tithonia Diversifolia: Potential For Ruminant Feed DevelopmentSaudi Journal of Biological Sciences 31 (7), 104006, 20240
5Accuracy Of Single And Mix Calibration As Method To Determine Ruminant Feedstuffs Nutrient Utilization Using Near-infrared Reflectance SpectroscopyIOP Conference Series: Earth and Environmental Science 1341 (1), 012054, 20240
6Enhancing Sheep Rations: Optimal Ammoniated Palm Fronds Utilization With Lerak Fruit (sapindus Rarak) And Probiotic SupplementationAndalasian Livestock 1 (1), 59-69, 20240
7International Journal Of Veterinary ScienceInt J Vet Sci 12 (5), 730-735, 20230
8Effect Of Saccharomyces Cerevisiae And Cobalt In Ammoniated Oil Palm Trunk To In-vitro Digestibility Of Dry Matter, Organic Matter And Crude ProteinJurnal Biologi Tropis 23 (2), 121-125, 20231
9Lactic Acid Bacteria And Yeast Strains Isolated From Fermented Fish (budu) Identified As Candidate Ruminant Probiotics Based On In Vitro Rumen Fermentation Characteristics …Abstract, 20231
10Lactic Acid Bacteria And Yeast Strains Isolated From Fermented Fish (budu) Identified As Candidate Ruminant Probiotics Based On In Vitro Rumen Fermentation Characteristics.Veterinary World 16 (2), 20230
11Impact Of Mangrove Leaves (rhizophora Apiculata) In Limewater On Nutrients Digestibility, Rumen Ecosystem And In Vitro Methane ProductionAm. J. Anim. Vet. Sci 18 (1), 40-46, 20233
12Supplementation Of Sakura Block Plus On Palm Frond-based Rations On The Production Efficiency Of Kaur CattleJurnal Sain Peternakan Indonesia 18 (1), 34-39, 20232
13Lactic Acid Bacteria And Yeast Strains Isolated From Fermented Fish (budu) Identified As Candidate Ruminant Probiotics Based On In Vitro Rumen Fermentation CharacteristicsVeterinary World 16 (2), 395, 20236
14Comparison Of Chemical Composition, In Vitro Digestibility, And Near Infrared Reflectance Spectroscopy In Estimating In Situ Rumen Degradable Protein Of Tropical FoliageTropical Animal Science Journal 46 (2), 211-220, 20230
15Pengaruh Pemberian Leguminosa Indigofera Sebagai Pengganti Konsentrat Dalam Ransum Kambing Pe Terhadap Kualitas Susu, Produksi Dan Kecernaan Zat MakananJurnal Ilmiah Universitas Batanghari Jambi 23 (2), 1111-1117, 20230
16Impact Of Protein Source From Legume Forages On Lipid Regulation And Growth On Native Ram Lambs Reared Extensively In The South Coast Of West Java, IndonesiaBiodiversitas Journal of Biological Diversity 24 (7), 20230
17Lipid Regulation And Growth On Native Ram Lambs In The South Coast Of West Java, Indonesia Fed Legume Forages.Biodiversitas: Journal of Biological Diversity 24 (7), 20230
18Pre-treatments Of Mirasolia Diversifolia Using Lactobacillus Bulgaricus At Different Dosages And Fermentation Times: Phytic Acid Concentration, Enzyme Activity, And …South African Journal of Animal Science 53 (3), 429-437, 20236
19The Balance Of Rumen Degradable Protein And Readily Available Carbohydrate In Sheep Rations On In Vitro FermentabilityJOURNAL OF ADVANCED VETERINARY AND ANIMAL RESEARCH 10 (4), 738-743, 20233
20The Balance Of Rumen Degradable Protein And Readily Available Carbohydrate In Sheep Rations On In Vitro Fermentability.Journal of Advanced Veterinary & Animal Research 10 (4), 20230
21Comparison Of Chemical Composition, In Vitro Digestibility, And Near Infrared Reflectance Spectroscopy In Estimating In Situ Rumen Degradable Protein Of Tropical …-0
22In Vitro Nutrient Digestibility And Ruminal Fermentation Characteristics Of Ammoniated And Fermented Treatment Of Soaked And Unsoaked Cymbopogon Nardus Waste.-4
23Evaluation Of Legumes, Roughages, And Concentrates Based On Chemical Composition, Rumen Degradable And Undegradable Proteins By In Vitro Method.-18
24In-vitro Efficacy Of Sakura Block Plus Supplementation In Oil Palm Fronds (opf) On Rumen Fermentation, Nutrient Digestibility, And Gas ProductionAdv. Anim. Vet. Sci 10 (3), 548-554, 20221
25Modulatory Effects Of Dietary Tannins On Polyunsaturated Fatty Acid Biohydrogenation In The Rumen: A Meta-analysisHeliyon 8 (7), 202213
26Evaluation Of Pre-ingestive Citronella Residues Using Ruminal In Vitro TechniquesTrends in Sciences 19 (14), 5096-5096, 20220
27Improving Rumen Fermentation Characteristics And Nutrient Digestibility By Increasing Rumen Degradable Protein In Ruminant Feed Using Tithonia Diversifolia And Leucaena …International Journal of Veterinary Science 11 (International Journal of …, 202210
28Impact Of Tithonia Diversifolia And Pennisetum Purpureum-based Ration On Nutrient Intake, Nutrient Digestibility And Milk Yield Of Etawa Crossbreed Dairy GoatInt. J. Vet. Sci 11, 327-335, 20227
29Impact Of Tithonia Diversifolia And Pennisetum Purpureum-based Ration On Nutrient Intake, Nutrient Digestibility And Milk Yield Of Etawa Crossbreed Dairy Goat.-15
30Ammonia And Fermentation Treatment Of Cymbopogon Nardus L. Waste As A Substitution Of Grass: Effect On Nutritional Profile And Ruminal In Vitro DigestibilityJ. Anim. Health Prod 9 (1), 27-32, 20219
31Substitusi Konsentrat Dengan Indigofera Zollingeriana Pada Ransum Basal Jerami Padi Amoniasi Terhadap Kecernaan Fraksi Serat, Populasi Protozoa, Sintesis Protein Mikroba Dan …Jurnal Peternakan (Jurnal of Animal Science) 5 (1), 54-610
32Effects Of Rumen Degradable-to-undegradable Protein Ratio In Ruminant Diet On In Vitro Digestibility, Rumen Fermentation, And Microbial Protein Synthesis, Veterinary World, 14 …Abstract0
33Effects Of Rumen-degradable-to-undegradable Protein Ratio In Ruminant Diet On In Vitro Digestibility, Rumen Fermentation, And Microbial Protein SynthesisVeterinary world 14 (3), 640, 202167
34Effects Of Rumen-degradable-to-undegradable Protein Ratio In Ruminant Diet On <i>in Vitro</i> Digestibility, Rumen Fermentation, And Microbial Protein SynthesisVeterinary World 14 (3), 6400
35Substitusi Konsentrat Dengan Indigofera Zollingeriana Pada Ransum Basal Jerami Padi Amoniasi Terhadap Kecernaan Fraksi Serat, Populasi Protozoa, Sintesis Protein Mikroba Dan &#8230;Jurnal Peternakan (Jurnal of Animal Science) 5 (1), 54-61, 20210
36Effects Of Rumen Degradable-to-undegradable Protein Ratio In Ruminant Diet On In Vitro Digestibility, Rumen Fermentation, And Microbial Protein Synthesis, Veterinary World, 14 &#8230;Abstract, 20210
37Quality Evaluation Of Tithonia (tithonia Diversifolia) With Fermentation Using Lactobacillus Plantarum And Aspergillus Ficuum At Different Incubation TimesBiodiversitas Journal of Biological Diversity 22 (9), 202132
38Improving Sakura Block Quality As Feed Supplement To Optimize Rumenfermentation Products And Nu-trients Digestibility In VitroAdv. Anim. Vet. Sci 9 (10), 1594-1600, 20212
39Effect Of Various Feed Additives On The Methane Emissions From Beef Cattle Based On An Ammoniated Palm Frond FeedsAnimal Feed Science and Nutrition-Production, Health and Environment 6, 20212
40In Vitro Nutrient Digestibility, Volatile Fatty Acids And Gas Production Of Fermented Palm Fronds Combined With Tithonia (tithonia Diversifolia) And Elephant Grass (pennisetum &#8230;IOP Conference Series: Earth and Environmental Science 888 (1), 0120670
41In Vitro Nutrient Digestibility, Volatile Fatty Acids And Gas Production Of Fermented Palm Fronds Combined With Tithonia (tithonia Diversifolia) And Elephant Grass (pennisetum &#8230;iop conference series: earth and environmental science 888 (1), 012067, 20218
42Comparison Of In Vitro Digestibility And Rumen Fluid Characteristics Between The Tithonia (tithonia Diversifolia) With Elephant Grass (pennisetum Purpureum): An Advanced StudyBP International, 20210
43Dasar Nutrisi Ruminansia Jilid IiAndalas University Press, Padang, Indonesia, 20215
44Milk Quality Of Etawa Crossbred Dairy Goat Fed Combination Of Fermented Oil Palm Fronds, Tithonia (tithonia Diversifolia) And Elephant Grass (pennisetum Purpureum)Journal of Physics: Conference Series 1469 (1), 012004, 202011
45Effects Of Supplementation With Phosphorus, Calcium And Manganese During Oil Palm Frond Fermentation By Phanerochaete Chrysosporium On Ligninase Enzyme ActivityBiodiversitas Journal of Biological Diversity 21 (5), 202022
46In Vitro Rumen Biohydrogenation Of Unsaturated Fatty Acids In Tropical Grass-legume Rations, Veterinary World, 13 (4): 661-668Abstract, 20201
47In Vitro Rumen Biohydrogenation Of Unsaturated Fatty Acids In Tropical Grass-legume RationsVeterinary world 13 (4), 661, 20209
48Digestibility Of Goat Rations Containing Fermented Oil Palm Fronds By Phanerochaete Chrysosporium Supplemented With Phosphorus, Sulfur And Magenesium (hasil Check Similarity)Universitas Islam Negeri Sultan Syarif Kasim Riau1
49Effects Of Using Different Levels Of Oil Palm Fronds (popfs) Fermented With Phanerochaete Chrysosporium Plus Minerals (p, S And Mg) Instead Of Napier Grass On Nutrient &#8230;Universitas Islam Negeri Sultan Syarif Kasim Riau0
50Effects Of P, S And Mg Supplementation Of Oil Palm Fronds Fermented By Phanerochaete Chrysosporium On Rumen Fluid Characteristics And Microbial Protein Synthesis (hasil Check &#8230;Universitas Islam Negeri Sultan Syarif Kasim Riau0
51In Vitro Ruminal Biohydrogenation Of C18 Fatty Acids In Mixtures Of Indigofera Zollingeriana And Brachiaria DecumbensJ. Indones. Trop. Anim. Agric 45 (2), 124-135, 20209
52In Vitro Ruminal Biohydrogenation Of C18 Fatty Acids In Mixtures Of Indigofera Zollingeriana And Brachiaria Decumbens.-8
53Effect Of Dietary Supplementation Based On Ammoniated Palm Frond With Saccharomyces Cerevisiae And Gambier Leaves Waste On Nutrient Intake And Digestibility, Daily Gain And &#8230;Adv. Anim. Vet. Sci 8 (12), 1325-13322
54Biological Delignification By Phanerochaete Chrysosporium With Addition Of Mineral Mn And Its Effect On Nutrient Content Of Oil Palm Frond (hasil Check Similarity)Universitas Islam Negeri Sultan Syarif Kasim Riau4
55Substitusi Konsentrat Dengan Leguminosa Dalam Ransum Berbasis Jerami Padi Amoniasi Terhadap Konsumsi Bahan Kering, Bahan Organik Dan Efisiensi Ransum Pada Sapi Peranakan OngolUniversitas Andalas0
56Biological Delignification By Phanerochaete Chrysosporium With Addition Of Mineral Mn And Its Effect On Nutrient Content Of Oil Palm Frond (peer Review)Universitas Islam Negeri Sultan Syarif Kasim Riau, 20208
57Effect Of Dietary Supplementation Based On Ammoniated Palm Frond With Saccharomyces Cerevisiae And Gambier Leaves Waste On Nutrient Intake And Digestibility, Daily Gain And &#8230;Advances in Animal and Veterinary Sciences 8 (Advances in Animal and &#8230;, 20208
58Substitusi Konsentrat Dengan Indigofera Zollingeriana Pada Ransum Basal Jerami Padi Amoniasi Terhadap Kecernaan Fraksi Serat, Populasi Protozoa, Sintesis Protein Mikroba Dan &#8230;Universitas Andalas, 20200
59Effects Of Using Different Levels Of Oil Palm Fronds (popfs) Fermented With Phanerochaete Chrysosporium Plus Minerals (p, S And Mg) Instead Of Napier Grass On Nutrient &#8230;Universitas Islam Negeri Sultan Syarif Kasim Riau, 20200
60Effects Of Supplementing Gliricidia Sepium On Ration Based Ammoniated Rice Straw In Ruminant Feed To Decrease Methane Gas Production And To Improve Nutrient Digestibility (in &#8230;Int. J. Adv. Sci. Eng. Inf. Technol 10 (2), 724-729, 202021
61The Effects Of P, S And Mg Supplementation Of Oil Palm Fronds Fermented By Phanerochaete Chrysosporium On Rumen Fluid Characteristics And Microbial Protein Synthesis (peer Review)Universitas Islam Negeri Sultan Syarif Kasim Riau, 202022
62The Effect Of Urea Levels On Invitro Digestibility And Rumen Fermentation Characteristic Of Ammoniated Oil Palm TrunkInt. J. Adv. Sci. Eng. Inform. Tech 10, 1258-62, 20204
63Arief. 2019. Comparison Of In Vitro Digestibility And Rumen Fluid Characteristics Between The Tithonia (tithonia Diversifolia) With Elephant Grass (pennisetum Purpureum)IOP Conf. Ser. J. Phys. Conf. Ser 1469, 012004, 202016
64The Effect Of Urea Levels On In-vitro Digestibility And Rumen Fermentation Characteristic Of Ammoniated Oil Palm TrunkInternational Journal on Advanced Science Engineering Information Technology &#8230;, 202010
65Study On Milk Quality Of Etawa Crossbred Dairy Goat Fed Combination Of Fermented Oil Palm Fronds, Tithonia (tithonia Diversifolia) And Elephant Grass (pennisetum Purpureum)BP International, 20200
66In Vitro Rumen Biohydrogenation Of Unsaturated Fatty Acids In Tropical Grass-legume Rations. Veterinary World 13 (4): 661-668Abstract, 20201
67Optimization Of Rumen Microbial Protein Synthesis By Addition Of Gambier Leaf Residue To Cattle Feed SupplementPakistan Journal of Nutrition 18 (1), 12-19, 201918
68Protection Of Protein In Cattle Feed Supplement From Rumen Microbial Degradation With Addition Of Gambier Leaf ResidueIJZR 15 (1), 6-12, 20196
69Fatty Acids Composition And Biohydrogenation Reduction Agents Of Tropical ForagesBiodiversitas Journal of Biological Diversity 20 (7), 201912
70Effects Of Leucaena Leucocephala Supplementation To Total Mixed Ration Based On Ammoniated Rice Straw On Fiber Digestibility And Rumen Fermentation Characteristics In VitroInt. J. Adv. Sci. Eng. Inf. Technol 9 (3), 916-921, 201915
71Comparison Of In Vitro Digestibility And Rumen Fluid Characteristics Between The Tithonia (tithonia Diversifolia) With Elephant Grass (pennisetum Purpureum)IOP Conference Series: Earth and Environmental Science 287 (1), 012019, 201914
72The Effects Of Leguminous Supplementation On Ammoniated Rice Straw Based Completed Feed On Nutrient Digestibility On In Vitro Microbial Protein SynthesisIOP Conference Series: Earth and Environmental Science 287 (1), 012018, 201913
73Daya Simpan Konsentrat Sapi Potong Dengan Jenis Kemasan Berbeda Terhadap Kualitas Nutrisi, Ketengikan, Dan Kandungan AflatoksinJurnal Peternakan Indonesia 21 (3), 266-273, 20197
74Penggunaan Baglog Pelepah Sawit Fermentasi Jamur Pleurotus Ostreatus Untuk Pakan Ternak KambingJurnal Peternakan Indonesia 21 (3), 257-265, 20196
75In Vitro Evaluation Of Ruminant Feed From West Sumatera Based On Chemical Composition And Content Of Rumen Degradable And Rumen Undegradable ProteinsVeterinary World 12 (9), 1478, 201943
76Pemanfaatan Gamal (gliricidiasepium) Sebagai Buffer Amonia Dari Kandang Ayam Dan Pengaruhnya Terhadap Kandungan Zat GiziSeminar Nasional Pembangunan Pertanian Berkelanjutan Berbasis Sumber Daya &#8230;, 20190
77Improvement Of Rumen Degradability To Low-quality Tropical Forage With The Addition Of A Complete-1
78Pengaruh Biourin Dan Fungi Mikoriza Arbuskula Terhadap Hasil, Kecernaan Bahan Kering Dan Bahan Organik Hijauan Kumpai (hymenachne Amplexicaulis (rudge) Nees.) Pada Lahan Bekas &#8230;Fakultas Peternakan UNJA0
79Pengaruh Penggunaan Indigofera Zollingeriana Dalam Ransum Basal Jerami Padi Amoniasi Terhadap Kecernaan Bahan Kering, Bahan Organik Dan Protein Kasar Secara In-vitroUniversitas Andalas0
80Pengaruh Penambahan Daun Teh Dan Ampas Daun Gambir Dalam Ransum Berbasis Jerami Padi Amoniasi Terhadap Kecernaan Bahan Kering, Bahan Organik Dan Protein Kasar Secara In-vitroUniversitas Andalas0
81Pengaruh Biourin Dan Fungi Mikoriza Arbuskula Terhadap Hasil, Kecernaan Bahan Kering Dan Bahan Organik Hijauan Kumpai (hymenachne Amplexicaulis (rudge) Nees.) Pada Lahan Bekas &#8230;Fakultas Peternakan UNJA, 20193
82Penggunaan Baglog Pelepah Sawit Fermentasi Jamur Pleurotus Ostreatus Untuk PakanJurnal Peternakan Indonesia, 20190
83Improvement Of Rumen Degradability To Low-quality Tropical Forage With The Addition Of A Complete SupplementProceedings of the 1st Workshop on Multidisciplinary and Its Applications &#8230;, 20191
84Effect Of Npk Fertilizer And Water Stress On Growth And Proline Content Of Wild Elephant Grass (pennisetum Polystachion)Scholars Journal of Agriculture and Veterinary Sciences 5 (3), 124-129, 20185
85The Roles Of Ammoniation, Direct Fed Microbials (dfm), And Cobalt (co) In The Creation Of Complete Cattle Feed Based From Oil Palm TrunkJournal Of Agrobiotechnology 9 (2), 92-107, 20185
86Supplementation Of Minerals (phosphorus And Sulfur) And Saccharomyces Cerevisiae In A Sheep Diet Based On A Cocoa By-productPakistan Journal of Nutrition 17 (7), 329-335, 201835
87Interaction Effects Of Cattle Feed Supplement And Concentrate On Rumen Fermentability And Fiber Fraction Degradability In Low-quality ForageScholars Journal of Agriculture and Veterinary Sciences 5 (6), 337-342, 20188
88Microbial Protein Synthesis And In Vitro Fermentability Of Fermented Oil Palm Fronds By Phanerochaete Chrysosporium In Combination With Tithonia (tithonia Diversifolia) And &#8230;Pak. J. Nutr 17 (10), 462-47013
89Improvement Of Rumen Degradability To Low-quality Tropical Forage With The Addition Of A Complete Supplement 1-0
90High Voltage Durability Of Bambusa Vulgaris As A Bio-composite MaterialInternational Journal of Electrical and Computer Engineering 8 (5), 26433
91Pengaruh Penambahan Ampas Gambir Pada Ransum Komplit Berbasis Pelepah Kelapa Sawit Amoniasi Terhadap Konsumsi Bahan Kering, Pertambahan Berat Badan Dan Episiensi PakanUniversitas Andalas0
92The Roles Of Ammoniation, Direct Fed Microbials (dfm) And Cobalt (co) In The Creation Of Complete Cattle Feed Based From Oil Palm TrunkJournal of Agrobiotechnology (Malaysia), 20180
93Populations Of Rumen Microbes And The In Vitro Digestibility Of Fermented Oil Palm Fronds In Combination With Tithonia (tithonia Diversifolia) And Elephant Grass (pennisetum &#8230;Pak J Nutr 17 (1), 39-4515
94Populations Of Rumen Microbes And The In Vitro Digestibility Of Fermented Oil Palm Fronds In Combination With Tithonia (tithonia Diversifolia) And Elephant Grass (pennisetum &#8230;Pak. J. Nutr 17 (1), 39-45, 201832
95Microbial Protein Synthesis And In Vitro Fermentability Of Fermented Oil Palm Fronds By Phanerochaete Chrysosporium In Combination With Tithonia (tithonia Diversifolia) And &#8230;Pak. J. Nutr 17 (10), 462-470, 201833
96Effects Of Supplementation Of Different Sources Of Tannins On Nutrient Digestibility, Methane Production And Daily Weight Gain Of Beef Cattle Fed An Ammoniated Oil Palm Frond &#8230;Int. J. Zool. Res 14 (1), 8-13, 20187
97Effects Of Doses And Different Sources Of Tannins On In Vitro Ruminal Methane, Volatile Fatty Acids Production And On Bacteria And Protozoa PopulationsAsian Journal of Animal Sciences 11, 47-53, 201716
98The Use Of Waste Cacao (theobroma Cacao L) Fermentation As A Substitute For Forage To Cattle Sheep Performancescholars journal of agrituture and vaterinary science 4 (6), 230-235, 20174
99Effects Of Calcium (ca), Phosphorus (p) And Manganese (mn) Supplementation During Oil Palm Frond Fermentation By Phanerochaete Chrysosporium On Rumen Fluid Characteristics And &#8230;Pakistan Journal of Nutrition 16, 393-3998
100Effect Of Dietary Supplementation Based On An Ammoniated Palm Frond With Direct Fed Microbials And Virgin Coconut Oil On The Growth Performance And Methane Production Of Bali &#8230;Pak. J. Nutr 16, 599-60410
101Optimizing Protein, Energy, And Protein Degradable Ratios To Enhance In Vitro Ruminal Fermentation And Reduce Methane Gas EmissionIOP Conference Series: Earth and Environmental Science 1377 (1), 012070, 20240
102Quality Evaluation Of Tithonia (tithonia Diversifolia) With Fermentation Using Lactobacillus Plantarum And Aspergillus Ficuum At Different Incubation Times.Biodiversitas: Journal of Biological Diversity 22 (9), 202132
Paten/HKI
#KategoriJudulPemegang Hak PatenTanggal PublikasiNomor Publikasi
1Paten SederhanaFormulasi Ransum Komplit Berbasis Limbah Kakao Amoniasi Yang Disuplementasi Dengan Saccharomyces Sp Dan Mineral (fosfor Dan Sulfur)LPPM Universitas Andalas2023-11-17S00202312385
2Paten SederhanaStandar Kebutuhan Energi Dan Protein Serta Formulasinya Dalam Ransum Sapi Pesisir DaraLPPM Universitas Andalas2023-10-11S00202310280
3PatenFormulasi Ransum Berbasis Leguminosa Indigofera Zollengeriana Untuk Meningkatkan Kandungan Pufa Dan Cla Susu Kambing Yang Berfungsi Untuk Sistem ImunLPPM UNAND0000-00-00S00202106353
4Paten SederhanaFormulasi Ransum Berbasis Bahan Pakan Konvensional Untuk Mengoptimalkan Produktivitas Sapi PesisirLPPM Universitas Andalas2021-03-29S00202010762
5PatenStrategi Manipulasi Biohidrogenasi Rumen Melalui Ransum Berbasis Hijauan TropisLPPM Universitas Andalas0000-00-00
6PatenStandar Kebutuhan Energi Dan Protein Serta Formulasinya Dalam Ransum Berbasis Jerami Padi Amoniasi Untuk Penggemukan Sapi Simenthal Di Daerah TropisLPPM Universitas Andalas2019-06-142019/04127
7PatenFormulasi Ransum Dan Penggunaannya Pada Ternak RuminansiaLPPM UNIVERSITAS ANDALAS2014-09-112014/03239
Riwayat Mengajar
#SemesterMatakuliahKelasSKSFakultasProgram Studi
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76Ganjil 2019ILMU NUTRISI TERNAK RUMINANSIA073PETERNAKANPeternakan
77Ganjil 2019ILMU NUTRISI TERNAK RUMINANSIA043PETERNAKANPeternakan
78Ganjil 2019ILMU NUTRISI TERNAK RUMINANSIA013PETERNAKANPeternakan
79Ganjil 2019ILMU NUTRISI TERNAK LANJUTAN01PPS2M3PETERNAKANIlmu Peternakan
80Ganjil 2019ILMU NUTRISI TERNAK LANJUTAN01PPS23PETERNAKANIlmu Peternakan
81Ganjil 2019BIOKIMIA033PETERNAKANPeternakan
82Genap 2018MIKROBIOLOGI RUMEN01PPS23PETERNAKANIlmu Peternakan
83Genap 2018LANDASAN ILMU NUTRISI01PK2PETERNAKANPeternakan
84Genap 2018ILMU NUTRISI TERNAK RUMINANSIA01PK3PETERNAKANPeternakan
85Genap 2018ILMU NUTRISI TERNAK KAMBING DAN DOMBA012PETERNAKANPeternakan
86Genap 2018ILMU NUTRISI SAPI POTONG DAN KERBAU043PETERNAKANPeternakan
87Genap 2018ILMU NUTRISI SAPI POTONG DAN KERBAU013PETERNAKANPeternakan
88Genap 2018FISIOLOGI PENCERNAAN RUMINANSIA042PETERNAKANPeternakan
89Genap 2018FISIOLOGI PENCERNAAN RUMINANSIA012PETERNAKANPeternakan
90Genap 2018EVALUASI NUTRISI HIJAUAN PAKAN01PPS23PETERNAKANIlmu Peternakan
91Genap 2018BIOKIMIA083PETERNAKANPeternakan
92Genap 2018BIOKIMIA023PETERNAKANPeternakan
93Ganjil 2018MIKROBIOLOGI063PETERNAKANPeternakan
94Ganjil 2018METABOLISME PROTEIN DAN ASAM AMINO01PPS33PETERNAKANIlmu Peternakan
95Ganjil 2018LANDASAN ILMU NUTRISI073PETERNAKANPeternakan
96Ganjil 2018LANDASAN ILMU NUTRISI033PETERNAKANPeternakan
97Ganjil 2018KAPITA SELEKTA ILMU PETERNAKAN01PPS33PETERNAKANIlmu Peternakan
98Ganjil 2018ILMU NUTRISI TERNAK RUMINANSIA093PETERNAKANPeternakan
99Ganjil 2018ILMU NUTRISI TERNAK RUMINANSIA033PETERNAKANPeternakan
100Ganjil 2018ILMU NUTRISI TERNAK RUMINANSIA01PK3PETERNAKANPeternakan
101Ganjil 2018ILMU NUTRISI TERNAK RUMINANSIA01 BP 13, 123PETERNAKANPeternakan
102Ganjil 2018ILMU NUTRISI TERNAK RUMINANSIA013PETERNAKANPeternakan
103Ganjil 2018ILMU NUTRISI RUMINANSIA LANJUTAN01PPS23PETERNAKANIlmu Peternakan
104Genap 2017KAPITA SELEKTA ILMU PETERNAKAN01PPS33PETERNAKANIlmu Peternakan
105Genap 2017ILMU NUTRISI TERNAK LANJUTAN01 PPS23PETERNAKANIlmu Peternakan
106Genap 2017ILMU NUTRISI TERNAK KAMBING DAN DOMBA012PETERNAKANPeternakan
107Genap 2017ILMU NUTRISI SAPI POTONG DAN KERBAU013PETERNAKANPeternakan
108Genap 2017FISIOLOGI PENCERNAAN RUMINANSIA042PETERNAKANPeternakan
109Genap 2017FISIOLOGI PENCERNAAN RUMINANSIA012PETERNAKANPeternakan
110Genap 2017BIOKIMIA083PETERNAKANPeternakan
111Genap 2017BIOKIMIA01BP 13,12,113PETERNAKANPeternakan
112Ganjil 2017MIKROBIOLOGI063PETERNAKANPeternakan
113Ganjil 2017LANDASAN ILMU NUTRISI073PETERNAKANPeternakan
114Ganjil 2017LANDASAN ILMU NUTRISI033PETERNAKANPeternakan
115Ganjil 2017ILMU NUTRISI TERNAK RUMINANSIA083PETERNAKANPeternakan
116Ganjil 2017ILMU NUTRISI TERNAK RUMINANSIA013PETERNAKANPeternakan
117Genap 2016TEKNIK PENELITIAN DAN LAB NUTRISI TERNAK01PPS23PETERNAKANIlmu Peternakan
118Genap 2016KAPITA SELEKTA ILMU PETERNAKAN01PPS33PETERNAKANIlmu Peternakan
119Genap 2016ILMU NUTRISI TERNAK LANJUTAN01PPS23PETERNAKANIlmu Peternakan
120Genap 2016ILMU NUTRISI TERNAK KAMBING DAN DOMBA012PETERNAKANPeternakan
121Genap 2016ILMU NUTRISI SAPI POTONG DAN KERBAU013PETERNAKANPeternakan
122Genap 2016FISIOLOGI PENCERNAAN RUMINANSIA042PETERNAKANPeternakan
123Genap 2016FISIOLOGI PENCERNAAN RUMINANSIA012PETERNAKANPeternakan
124Genap 2016BIOKIMIA083PETERNAKANPeternakan
125Genap 2016BIOKIMIA02BP13,12,113PETERNAKANPeternakan
126Genap 2016BIOKIMIA023PETERNAKANPeternakan
127Ganjil 2016TEKNOLOGI PENANGANAN DAN PENGOLAHAN PAKAN073PETERNAKANPeternakan
128Ganjil 2016MIKROBIOLOGI TERAPAN02 BP 13,12,11,103PETERNAKANPeternakan
129Ganjil 2016MIKROBIOLOGI073PETERNAKANPeternakan
130Ganjil 2016LANDASAN ILMU NUTRISI073PETERNAKANPeternakan
131Ganjil 2016LANDASAN ILMU NUTRISI033PETERNAKANPeternakan
132Ganjil 2016LANDASAN ILMU NUTRISI01 BP 13,12,11,102PETERNAKANPeternakan
133Ganjil 2016KAPITA SELEKTA ILMU PETERNAKAN01PPS33PETERNAKANIlmu Peternakan
134Ganjil 2016ILMU NUTRISI TERNAK RUMINANSIA083PETERNAKANPeternakan
135Ganjil 2016ILMU NUTRISI TERNAK RUMINANSIA02PYH BP13,123PETERNAKANPeternakan (Kampus II PYK)
136Ganjil 2016ILMU NUTRISI TERNAK RUMINANSIA02PYH3PETERNAKANPeternakan (Kampus II PYK)
137Ganjil 2016ILMU NUTRISI TERNAK RUMINANSIA01PYH BP 12,133PETERNAKANPeternakan (Kampus II PYK)
138Ganjil 2016ILMU NUTRISI TERNAK RUMINANSIA01PYH3PETERNAKANPeternakan (Kampus II PYK)
139Ganjil 2016ILMU NUTRISI TERNAK RUMINANSIA01 BP 13,12,11,103PETERNAKANPeternakan
140Ganjil 2016ILMU NUTRISI TERNAK RUMINANSIA013PETERNAKANPeternakan
141Ganjil 2016ILMU NUTRISI TERNAK LANJUTAN01PPS23PETERNAKANIlmu Peternakan
142Ganjil 2016ILMU NUTRISI RUMINANSIA LANJUTAN01PPS23PETERNAKANIlmu Peternakan
143Genap 2015TEKNIK PENELITIAN DAN LAB NUTRISI TERNAK01PPS23PETERNAKANIlmu Peternakan
144Genap 2015ILMU NUTRISI TERNAK RUMINANSIA01(13,12,11,10,09)3PETERNAKANPeternakan
145Genap 2015ILMU NUTRISI TERNAK POTONG01(13,12,11,10,09)3PETERNAKANPeternakan
146Genap 2015BIOKIMIA023PETERNAKANPeternakan
147Ganjil 2015TEKNOLOGI PENANGANAN DAN PENGOLAHAN PAKAN073PETERNAKANPeternakan
148Ganjil 2015PENGETAHUAN BAHAN PAKAN062PETERNAKANPeternakan
149Ganjil 2015PENGETAHUAN BAHAN PAKAN022PETERNAKANPeternakan
150Ganjil 2015PENGETAHUAN BAHAN PAKAN01(MENGULANG)3PETERNAKANPeternakan
151Ganjil 2015LANDASAN ILMU NUTRISI073PETERNAKANPeternakan
152Ganjil 2015LANDASAN ILMU NUTRISI033PETERNAKANPeternakan
153Ganjil 2015KAPITA SELEKTA ILMU PETERNAKAN01PPS33PETERNAKANIlmu Peternakan
154Ganjil 2015ILMU NUTRISI TERNAK PERAH023PETERNAKANPeternakan
155Ganjil 2015ILMU NUTRISI PERBANDINGAN01PPS23PETERNAKANIlmu Peternakan
156Genap 2014MIKROBIOLOGI073PETERNAKANPeternakan
157Genap 2014MIKROBIOLOGI063PETERNAKANPeternakan
158Genap 2014KAPITA SELEKTA ILMU PETERNAKAN01PPS33PETERNAKANIlmu Peternakan
159Genap 2014INTEGRASI METABOLISME NUTRISI01PPS33PETERNAKANIlmu Peternakan
160Genap 2014ILMU NUTRISI TERNAK RUMINANSIA083PETERNAKANPeternakan
161Genap 2014ILMU NUTRISI TERNAK RUMINANSIA013PETERNAKANPeternakan
162Genap 2014ILMU NUTRISI TERNAK POTONG013PETERNAKANPeternakan
163Genap 2014BIOKIMIA023PETERNAKANPeternakan
164Ganjil 2014PENGETAHUAN BAHAN PAKAN102PETERNAKANPeternakan
165Ganjil 2014MIKROBIOLOGI TERAPAN073PETERNAKANPeternakan
166Ganjil 2014MIKROBIOLOGI TERAPAN063PETERNAKANPeternakan
167Ganjil 2014LANDASAN ILMU NUTRISI072PETERNAKANPeternakan
168Ganjil 2014LANDASAN ILMU NUTRISI032PETERNAKANPeternakan
169Ganjil 2014KAPITA SELEKTA ILMU PETERNAKAN01 PPS3PETERNAKANIlmu Peternakan
170Ganjil 2014ILMU NUTRISI TERNAK POTONG01 PYH3PETERNAKANPeternakan (Kampus II PYK)
171Ganjil 2014ILMU NUTRISI TERNAK PERAH023PETERNAKANPeternakan
172Genap 2013TEKNOLOGI PENGOLAHAN DAN PENYIMPANAN HIJAUAN01 PPS3PETERNAKANIlmu Peternakan
173Genap 2013ILMU NUTRISI TERNAK RUMINANSIA083PETERNAKANPeternakan
174Genap 2013ILMU NUTRISI TERNAK RUMINANSIA01 PYKH3PETERNAKANPeternakan (Kampus II PYK)
175Genap 2013ILMU NUTRISI TERNAK RUMINANSIA013PETERNAKANPeternakan
176Genap 2013ILMU NUTRISI TERNAK POTONG013PETERNAKANPeternakan
177Genap 2013ILMU NUTRISI RUMINANSIA LANJUTAN01 PPS3PETERNAKANIlmu Peternakan
178Genap 2013BIOKIMIA02 PYKH3PETERNAKANPeternakan (Kampus II PYK)
179Ganjil 2013TEKNOLOGI PENGOLAHAN DAN PENYIMPANAN HIJAUAN01 PPS3PETERNAKANIlmu Peternakan
180Ganjil 2013MIKROBIOLOGI TERAPAN073PETERNAKANPeternakan
181Ganjil 2013MIKROBIOLOGI TERAPAN063PETERNAKANPeternakan
182Ganjil 2013LANDASAN ILMU NUTRISI072PETERNAKANPeternakan
183Ganjil 2013LANDASAN ILMU NUTRISI032PETERNAKANPeternakan
184Ganjil 2013ILMU NUTRISI TERNAK PERAH023PETERNAKANPeternakan
185Genap 2012ILMU NUTRISI TERNAK RUMINANSIA083PETERNAKANPeternakan
186Genap 2012ILMU NUTRISI TERNAK RUMINANSIA013PETERNAKANPeternakan
187Genap 2012ILMU NUTRISI TERNAK POTONG013PETERNAKANPeternakan
188Genap 2012BIOKIMIA DASAR013PETERNAKANPeternakan (Produksi Ternak)
189Genap 2012BIOKIMIA063PETERNAKANPeternakan
190Genap 2012BIOKIMIA023PETERNAKANPeternakan
191Genap 2012BIOKIMIA01 PYKH3PETERNAKANPeternakan
192Ganjil 2012TEKNOLOGI PENANGANAN DAN PENGOLAHAN PAKAN013PETERNAKANPeternakan
193Ganjil 2012MIKROBIOLOGI TERAPAN073PETERNAKANPeternakan
194Ganjil 2012MIKROBIOLOGI TERAPAN063PETERNAKANPeternakan
195Ganjil 2012LANDASAN ILMU NUTRISI072PETERNAKANPeternakan
196Ganjil 2012LANDASAN ILMU NUTRISI052PETERNAKANPeternakan
197Genap 2011PENGETAHUAN BAHAN PAKAN063PETERNAKANPeternakan
198Genap 2011NUTRISI RUMINANSIA013PETERNAKANPeternakan (Nutrisi)
199Genap 2011LANDASAN ILMU NUTRISI01 (bp 10, 09, 08 mengulang)2PETERNAKANPeternakan
200Genap 2011ILMU NUTRISI TERNAK RUMINANSIA083PETERNAKANPeternakan
201Genap 2011ILMU NUTRISI TERNAK RUMINANSIA013PETERNAKANPeternakan
202Genap 2011BIOKIMIA NUTRISI013PETERNAKANPeternakan (Nutrisi)
203Genap 2011BIOKIMIA023PETERNAKANPeternakan
204Ganjil 2011TEKNOLOGI PENANGANAN DAN PENGOLAHAN PAKAN073PETERNAKANPeternakan
205Ganjil 2011PENGANTAR ILMU DAN INDUSTRI PETERNAKAN032PETERNAKANPeternakan
206Ganjil 2011NUTRISI TERNAK KAMBING DAN DOMBA013PETERNAKANPeternakan (Nutrisi)
207Ganjil 2011MIKROBIOLOGI TERAPAN073PETERNAKANPeternakan
208Ganjil 2011MIKROBIOLOGI TERAPAN063PETERNAKANPeternakan
209Ganjil 2011LANDASAN ILMU NUTRISI072PETERNAKANPeternakan
210Genap 2010PENGETAHUAN BAHAN PAKAN053PETERNAKANPeternakan
211Genap 2010NUTRISI TERNAK KAMBING DAN DOMBA13PETERNAKANPeternakan (Nutrisi)
212Genap 2010ILMU NUTRISI TERNAK RUMINANSIA063PETERNAKANPeternakan
213Genap 2010ILMU NUTRISI TERNAK RUMINANSIA013PETERNAKANPeternakan
214Genap 2010ILMU NUTRISI PERBANDINGAN01 PPS3PETERNAKANIlmu Peternakan
215Genap 2010BIOKIMIA013PETERNAKANPeternakan
216Ganjil 2010MIKROBIOLOGI TERAPAN093PETERNAKANPeternakan
217Ganjil 2010MIKROBIOLOGI TERAPAN013PETERNAKANPeternakan
218Ganjil 2010LANDASAN ILMU NUTRISI022PETERNAKANPeternakan
219Ganjil 2010BAHAN PAKAN DAN FORMULASI RANSUM013PETERNAKANPeternakan (THT)
220Genap 2009PENGETAHUAN BAHAN PAKAN053PETERNAKANPeternakan
221Genap 2009ILMU NUTRISI TERNAK RUMINANSIA063PETERNAKANPeternakan
222Genap 2009ILMU NUTRISI TERNAK RUMINANSIA013PETERNAKANPeternakan
223Genap 2009BIOKIMIA093PETERNAKANPeternakan
224Genap 2009BIOKIMIA033PETERNAKANPeternakan
225Ganjil 2009LANDASAN ILMU NUTRISI082PETERNAKANPeternakan
226Ganjil 2009LANDASAN ILMU NUTRISI022PETERNAKANPeternakan
227Ganjil 2009FISIOLOGI PENCERNAAN RUMINANSIA033PETERNAKANPeternakan (Nutrisi)
228Ganjil 2009BAHAN PAKAN DAN FORMULASI RANSUM053PETERNAKANPeternakan (Nutrisi)
229Genap 2008PENGETAHUAN BAHAN PAKAN053PETERNAKANPeternakan
230Genap 2008NUTRISI RUMINANSIA023PETERNAKANPeternakan (Nutrisi)
231Genap 2008BIOKIMIA053PETERNAKANPeternakan
232Ganjil 2008MIKROBIOLOGI TERAPAN013PETERNAKANPeternakan
233Ganjil 2008FISIOLOGI PENCERNAAN RUMINANSIA023PETERNAKANPeternakan (Nutrisi)
234Ganjil 2008DASAR ILMU NUTRISI TERNAK023PETERNAKANPeternakan (Nutrisi)
235Ganjil 2008BAHAN PAKAN DAN FORMULASI RANSUM053PETERNAKANPeternakan (Nutrisi)
236Genap 2007MIKROBIOLOGI023PETERNAKANPeternakan (Nutrisi)
237Genap 2007BIOKIMIA DASAR033PETERNAKANPeternakan (Nutrisi)
238Ganjil 2007NUTRISI TERNAK KAMBING DAN DOMBA013PETERNAKANPeternakan (Nutrisi)
239Ganjil 2007FISIOLOGI PENCERNAAN RUMINANSIA013PETERNAKANPeternakan (Nutrisi)
240Ganjil 2007DASAR ILMU NUTRISI TERNAK023PETERNAKANPeternakan (Nutrisi)
241Ganjil 2007BAHAN PAKAN DAN FORMULASI RANSUM053PETERNAKANPeternakan (Nutrisi)
242Genap 2006NUTRISI TERNAK KAMBING DAN DOMBA013PETERNAKANPeternakan (Nutrisi)
243Genap 2006MIKROBIOLOGI043PETERNAKANPeternakan (Nutrisi)
244Genap 2006ILMU TANAMAN MAKANAN TERNAK043PETERNAKANPeternakan (Nutrisi)
245Genap 2006BIOKIMIA DASAR033PETERNAKANPeternakan (Nutrisi)
246Ganjil 2006NUTRISI TERNAK KAMBING DAN DOMBA013PETERNAKANPeternakan (Nutrisi)
247Ganjil 2006FISIOLOGI PENCERNAAN RUMINANSIA013PETERNAKANPeternakan (Nutrisi)
248Ganjil 2006DASAR ILMU NUTRISI TERNAK023PETERNAKANPeternakan (Nutrisi)
249Ganjil 2006BAHAN PAKAN DAN FORMULASI RANSUM053PETERNAKANPeternakan (Nutrisi)
250Genap 2005NUTRISI TERNAK KAMBING DAN DOMBA013PETERNAKANPeternakan (Nutrisi)
251Genap 2005MIKROBIOLOGI033PETERNAKANPeternakan (Nutrisi)
252Genap 2005BIOKIMIA DASAR033PETERNAKANPeternakan (Nutrisi)
253Ganjil 2005FISIOLOGI PENCERNAAN RUMINANSIA013PETERNAKANPeternakan (Nutrisi)
254Ganjil 2005DASAR ILMU NUTRISI TERNAK023PETERNAKANPeternakan (Nutrisi)
255Genap 2004MIKROBIOLOGI013PETERNAKANPeternakan (Nutrisi)
256Genap 2004BIOKIMIA DASAR043PETERNAKANPeternakan (Nutrisi)
257Ganjil 2004DASAR ILMU NUTRISI TERNAK023PETERNAKANPeternakan (Nutrisi)
258Genap 2002NUTRISI TERNAK KAMBING DAN DOMBAPTM3243PETERNAKANPeternakan (Nutrisi)
259Genap 2002NUTRISI TERNAK KAMBING DAN DOMBAPTM3243PETERNAKANPeternakan (Nutrisi)
260Genap 2002NUTRISI TERNAK DASARPTM2022PETERNAKANSOSIAL EKONOMI PETERNAKAN
261Genap 2002NUTRISI TERNAK DASARPTM2022PETERNAKANPeternakan (Produksi Ternak)
262Genap 2002NUTRISI TERNAK DASARPTM2022PETERNAKANPeternakan (Produksi Ternak)
263Genap 2002NUTRISI TERNAK DASARPTM2022PETERNAKANPeternakan (Nutrisi)
264Genap 2002NUTRISI TERNAK DASAR032PETERNAKANSOSIAL EKONOMI PETERNAKAN
265Genap 2002NUTR.TERNAK DASARPTM2022PETERNAKANPeternakan (Nutrisi)
266Genap 2002MIKROBIOLOGIPTM2033PETERNAKANPeternakan (Produksi Ternak)
267Genap 2002MIKROBIOLOGIPTM2033PETERNAKANPeternakan (Produksi Ternak)
268Genap 2002MIKROBIOLOGIPTM2033PETERNAKANPeternakan (Nutrisi)
269Genap 2002MIKROBIOLOGIPTM2033PETERNAKANPeternakan (Nutrisi)
270Ganjil 2002FISIOLOGI PENCERNAAN RUMINANSIAPTM3203PETERNAKANPeternakan (Nutrisi)
271Ganjil 2002FISIOLOGI PENCERNAAN RUMINANSIAPTM3203PETERNAKANPeternakan (Nutrisi)
272Ganjil 2002BIOKIMIA TERNAKPTM2003PETERNAKANPeternakan (Produksi Ternak)
273Ganjil 2002BIOKIMIA TERNAKPTM2003PETERNAKANPeternakan (Nutrisi)
274Ganjil 2002BIOKIMIA TERNAKPTM2003PETERNAKANPeternakan (Nutrisi)
275Ganjil 2002BIOKIMIA TERNAKPTM2003PETERNAKANPeternakan (Produksi Ternak)