energy, 5, 26energy and nutrient digestibility, M167environment, 124environment interaction, 18environment parameter, 63environmental parameter, 60environmental stewardship, 121enzyme, 38enzyme preparations, T300enzymes in mammary tissue, T252epidermal growth factor, T296ERK1/2, T220Erlang mountain ch<strong>ic</strong>ken performance, 64Escher<strong>ic</strong>hia coli, T221Escher<strong>ic</strong>hia coli diarrhea, 114essential oil, M193, M205, T249, 3817β-estradiol, T287estrogen, T293estrous synchronization, 42excreta quantity and fertility, 62exogenous DNA, 22exogenous proteolyt<strong>ic</strong> enzyme, T266exoglucanase, T291expression, T240extraintestinal availability, 59FFaeG, T215, T218farrowing type, 117fat, 98fat deposition, M144, 29fat metabolism, M156fatty, T298fatty acid, T273, T274fatty acids, M163fatty liver quality, T298fatty-liver production, M147feed eff<strong>ic</strong>iency, T234feed safety, 11feeding bucket, T207feeding manner, T289feedstuff, M195, M196, 17, 93fermentation parameter, T261fibrolyt<strong>ic</strong> enzyme, M197finishing pig, M158, 10, 26, 29FIRSTtest, 49fish oil, 27fishmeal, 116, 118flavor, 69flow cytometry, T315fluorescent quantif<strong>ic</strong>ation polymerase chainreaction, T311fol<strong>ic</strong> acid, 109foll<strong>ic</strong>le, T244foll<strong>ic</strong>le development, T228food intake, 8food safety, 12, 13food-borne, T247Forsythia suspensa extract, 40fosmid metagenom<strong>ic</strong> library, 102free linolen<strong>ic</strong> acid, T278free-range, T210FSH and LHRH-A3, T227full-fat soybean meal, 116fumarate, T249, T250fumonisins, 17functional gastrointestinal disorder, T223GG protein-coupled receptor 30, T287garl<strong>ic</strong> volatile oil, T221gas chromatography, M163gas chromatography-mass spectrometry,T254gas production, M195, T265gastrin, T223gastrointestinal characterist<strong>ic</strong>, M188gelatin, T270gene cloning, T212genet<strong>ic</strong>, 19genet<strong>ic</strong> model, T230genet<strong>ic</strong> parameter, T230, T232, 25genom<strong>ic</strong> relationship, T237genom<strong>ic</strong> selection, T237genotype, 18genotype and environment interaction, T275glutamine, 55glutathione peroxidase mRNA, 37goat, M205, 42, 108goose, M146goose metabol<strong>ic</strong> rate, T260goose origin Pen<strong>ic</strong>illium oxal<strong>ic</strong>um Currie etThom, T291granulosa cell, T296grazing yak, 77green house gases, 120growing beef cattle, 44growing finishing pigs, M157growing layer duck, 78growing pigs, M155growing-finishing pig, M156, T263, T314,60, 61growth, M135, M138, M154, 43, 87, 89growth and serum parameters, M166growth axis hormones, 10growth curve, 74growth factor, T220growth performance, M133, M134, M137,M148, M152, M153, M158, T267, T268,T290, T302, T312, 82HHACCP system, 75half-quantitative assay, M129haptoglobin, T212hazards, 11heat shock protein 70, 53heat stress, T209, T214, T217, T220heat-resistance multi-enzyme, M131heifer, 72hematology, M169hen, T300Holstein, T236, T279Holstein dairy cow, M190Hu sheep, 102human disease, T247hydrolyzed wheat gluten, M148, M153DL-2-hydroxy-4-methylthiobutyrate, 59hypoxia, T246Iideal amino acid pattern, T306IFN-γ, 27IgY, 2immigration, T238immune function, T282, T308immune response, M168immunity, M145, 30immunolog<strong>ic</strong>al characterist<strong>ic</strong>, M134, 82immunomodulation, 48in ovo feeding, 5in ovo injection, M175in situ, M200in vitro, 4in vitro degradation, T266in vitro fertilization, T233in vitro gas production, T251, T253in vivo, 4indoor environment parameter, 61induction, T292inflammatory cytokines, T216inhibin immunization, T228injection, 1inoculant, T265insoluble ash, 96insulin-like growth factor binding proteins,111insulin-like growth factor-I, 111insulin-like growth factor-I receptor, T236international, 126, 127international partnership, 128interspecies competitiveness, T262intestinal development, 51intestinal digestibility, M186intestinal histomorphology, 54intestinal metabolism, 59intestinal morphology, M136intestinal mucosa, 55intestinal mucosal immunity, T214intestine, 39, 46intramuscular adipogenesis, 107intramuscular fat, 106intrauterine growth restr<strong>ic</strong>tion, 51intrauterine growth retardation, T315iPS, 21iPS cells, T272iron, M149, 14iron glycine chelate, M134, 83isoflavone, T281isolation, 2JJatropha curcas seed meal, 35jejunal fluid, M179journal, 125Llactating goat, T252lactation, T279lactation performance, M190Lactobacillus, T222, T248Lactococcus lactis, T215, T218lamb, M199, M201, M204, T207, T303,T304Langya ch<strong>ic</strong>ken breed, T23994
large dairies and swine operations, 121L-arginine, 52, 53, 54layer, 88layers, M139, M140, M141laying ducks, M178laying hen, 65, 80, 85laying hens, T208least cost, T276leptin, T285leptin receptor, 105leucine, 105leucine turnover, M202Liaoning cashmere goat, T310lighting schedule, T299linear measurement, T269Ling-nan broiler, 62Lingshan Local breed, M143lipid metabolism, T261α-lipo<strong>ic</strong> acid, 3lipopolysaccharide, T290litter weight, 117liver breeding goose, T297liver-breeding geese, M147locoweed, T211low-protein diet, T313lysine, M155, M158, M199, 57lysine requirement, M152, T313Mmaize, T262malate, T309mammalian target of rapamycin, 105mammary development, 71, 72mammary epithelial cell, T281mannan oligosaccharides, 48β-mannanase, M162manure management, 121marker residue method, 12maternal protein restr<strong>ic</strong>tion, T284maximum residue limit, 12MC3R gene, 23MC4R gene, 23meat, 115meat goat, 43meat quality, M133, M145, T289, 69meat rabbit, T267, T268meat science, 66med<strong>ic</strong>inal plants, M168Meishan, 19melamine, T254, 15, 16melatonin, T282meta-analysis, M191metabol<strong>ic</strong> programming, 9metabolizable energy, M196, 64metabolizable protein, 93methane, M160, 120methionine, M180, 94methionine availability, 58methionine hydroxy analogue, M180methionine source, 58MEV, 2m<strong>ic</strong>e, T217m<strong>ic</strong>roarray, M164, T209m<strong>ic</strong>robial nitrogen, T226m<strong>ic</strong>robiolog<strong>ic</strong>al consideration, 70m<strong>ic</strong>roflora, T311m<strong>ic</strong>rosatellite loci, T229m<strong>ic</strong>rowave irradiation, T253milk, T235, T274, T280milk calorie, M184milk composition, M184, T279milk fat, T278milk flavor, M192milk production, 72, 97milk proteome, 73milk release, 25milk yield, M203mineral content, 83miniature pigs, T214Mintrex, 88Mintrex Cu, M137, M141, M190Mintrex Mn, M139, 89Mintrex Zn, M138, M140mitochondrial DNA, T229, T241mixed fruit-flavored meal, M192modeling, 86molecular evolution, T241molecular structure, M185molecularly imprinted polymers, 16mouse, T244mouse embryo, T243mTOR, T305MTP gene, T240mucosal immunity, M135muscle growth, T285muscle satellite cells, 107muscular nutrient, 104Mx gene, T239myoepithelial, 71myosin heavy chain, T284Nnatural antim<strong>ic</strong>robial, 103needle free, 1neonatal piglet, M152, 30, 31, 55nitrogen metabolized, T260nitrogen utilization, 91nonbreeding season, 42NR4A1, T316nursery pig, 56nutrient, 68, 113nutrient availability, 92nutrient density, T299nutrient digestibility, M173, T307, 33, 34nutrient sparing effect, 36nutriogenom<strong>ic</strong>s, M164nutrition, 47, 112Ooats, M185obesity, T246oocyte, T242opportunity, 128oral immunization, T218oregano essential oil, 119Orego-Stim, 119organism biochem<strong>ic</strong>al indexes, 79outdoor system, 117ovarian foll<strong>ic</strong>le, T316ovary allograft, T244oxidation enzyme, 58oxidative stability, T278oxidative stress, 40Pparasite, T245, T247part<strong>ic</strong>le size, T294part<strong>ic</strong>le size distribution and modelcomparison, M183pasture, 96pathogen control, 103pectinase, 45pectoral muscle, M175Pelteobagrus fulvidraco, 87performance, M139, M140, M141, M204,T288, T300, T309, 32, 35, 65, 80, 88, 95periparturient, 6peroxisome proliferator-activated receptor,106personality, 9pets, T245pH, 109pH of milk replacer, M189, 95phenotyp<strong>ic</strong> correlation, T269phenylalanine, 90phys<strong>ic</strong>ally effective neutral detergent fiber,99phytase, M161, 85, 86phytase, performance, M142phytate phosporus, T258phytogen<strong>ic</strong> products, M160P<strong>ic</strong>hia pastoris, M162Piemontese cattle, T302pig, M151, T230, T232, T286, 8, 9, 24, 28piglet, M149, T213, 51, 116, 118pigs, M161, 48pistachio by-product, M204plant oil, T252Pleurotus ostreatus, T264pluripotency, T272poison, T224polymerase chain reaction-restr<strong>ic</strong>tionfragment length polymorphism, T239polymorphism, T236n-3 polyunsaturated fatty acid, 28, 106porcine, T212porcine ileitis, 49porcine skeletal muscle, T284posterior mammary gland, 73postweaning pig, 114prebiot<strong>ic</strong>, M168, T288preferences, T243pregnant mare’s serum gonadotropin/humanchorion<strong>ic</strong> gonadotropin, T316premix, M150preprocessing, M164prepubertal, 71prescription, T217probiot<strong>ic</strong> characterist<strong>ic</strong>s, M181production performance, M132professional organization, 126programs, 127proliferation and antioxidation, T281prostaglandin, T295protein, M186, T312, 5795
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Inaugural ASAS-CAAVAsia Pacif ic Ri
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Scientific ProgramTable of Contents
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1 Advanced needle-free injection te
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9 Pig personality, meat quality, an
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17 The contamination and distributi
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25 Genetic evaluations for measures
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of control and the lowest of SDAP g
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39 Effects of bacterial protein and
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Advances in Digestive Physiology Me
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L-arginine increased (P < 0.05) the
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average final weight (AFW) and aver
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71 Building a foundation: Cells, st
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78 Effect of the level of vitamin A
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86 Evaluation of phosphorus excreti
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94 Responses of dairy cows to suppl
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102 Construction and analysis of a
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M132 Study on the effects of pectin
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M140 Effect of Mintrex Zn on perfor
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M148 Effect of the hydrolyzed wheat
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treatment 1 was significantly lower
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M163 The main fatty acid contents i
- Page 43 and 44: M170 Zinc requirements of yellow br
- Page 45 and 46: M178 Influences of dietary riboflav
- Page 47 and 48: M185 Application of an advanced syn
- Page 49 and 50: M193 Studies on the effects of oreg
- Page 51 and 52: M202 Plasma leucine turnover rate,
- Page 53 and 54: 103 Use of natural antimicrobials t
- Page 55 and 56: 111 The somatotropic axis in growth
- Page 57 and 58: Environmental Impacts of Cattle, Sw
- Page 59 and 60: 128 Opportunities for international
- Page 61 and 62: Animal Health PostersT211 Locoweed
- Page 63 and 64: T219 Stabilization of roxarsone and
- Page 65 and 66: Beef Species PostersUrinary purine
- Page 67 and 68: T233 The effects of sire and breed
- Page 69 and 70: T242 Ultrastructure of oocyte and e
- Page 71 and 72: T249 Effect of different combinatio
- Page 73 and 74: Forages and Pastures PostersIn vitr
- Page 75 and 76: T263 Effects of leaf meal of Brouss
- Page 77 and 78: T271 The effects of feeding expandi
- Page 79 and 80: Lactation Biology PostersT278 Effec
- Page 81 and 82: Physiology and Endocrinology Poster
- Page 83 and 84: T288 Effect of Aspergillus meal pre
- Page 85 and 86: Poultry Physiology, Endocrinology,
- Page 87 and 88: T301 Observation of the feeding man
- Page 89 and 90: T307 Effect of levels of Yucca schi
- Page 91: T313 Study of lysine requirement of
- Page 96 and 97: protein digestive enzyme, 44protein
- Page 98 and 99: HHai, Y., T222, T248Hai-Ying, Z., T
- Page 100 and 101: Song, X., T223Song, Z. G, M144, T20
- Page 102: 102NOTES