Keywords: فیتاز; AIA; acid insoluble ash; AME; apparent metabolisable energy; FCR; feed conversion ratio; GE; gross energy; IP6; myo-inositol hexaphosphate; ME; metabolisable energy; ME:GE; metabolisable to gross energy ratios; N; nitrogen; NSP; non-starch polysaccharide;
مقالات ISI ترجمه شده فیتاز
مقالات ISI فیتاز (ترجمه نشده)
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در صورتی که به ترجمه آماده هر یک از مقالات زیر نیاز داشته باشید، می توانید سفارش دهید تا مترجمان با تجربه این مجموعه در اسرع وقت آن را برای شما ترجمه نمایند.
Keywords: فیتاز; Phytase; Biochemical characterization; Animal feed; Aspergillus niger; Solid-state fermentation;
Keywords: فیتاز; Phytase; Layer; Egg production; Gene expression; Egg shell;
Keywords: فیتاز; AID; apparent ileal digestibility; Ca; calcium; NDF; neutral detergent fibre; P; phosphorus; NRC; National Research Council; R2; coefficient of determination RMSE root mean square error; RMSEP; root mean square error of prediction; Amino acids; Digestibil
Keywords: فیتاز; betaine; heat stress; phytase; semen quality; swine;
Keywords: فیتاز; Soy drink; Phytase; Myo-inositol phosphate; Bioaccessibility; Calcium; Zinc; Iron;
Keywords: فیتاز; AA; amino acids; ADF; acid detergent fiber; AID; apparent ileal digestibility; ATTD; apparent total tract digestibility; CP; crude protein; DM; dry matter; NDF; neutral detergent fiber; NSP; non-starch polysaccharides; Multi-enzymes; Digestibility of amin
Keywords: فیتاز; NSP; non-starch polysaccharide; FTU; phytase units; U; units; N; protein; AIA; acid insoluble ash; UPLC; ultra performance liquid chromatography; FI; feed intake; ADC; apparent digestibility coefficient; MRT; mean retention time; ANOVA; analysis of varian
Keywords: فیتاز; Iron; Zinc; Bioaccessibility; Phytase; Laccase; Tannase; PA; phytic acid; PC; phenolic compounds; CT; condensed tannins; P + L + T; phytase + laccase + tannase; dm; dry matter; ICP OES; Inductively coupled plasma optical emission spectrometry; NET
Keywords: فیتاز; Growth; Inositol phosphate; Iron; Pig; Phytase; Weaner;
Keywords: فیتاز; BW; body weight; ADFI; average daily feed intake; ADG; average daily weight gain; G:F; gain, feed ratio; NC; negative control; PC; positive control; Bone mineralization; Digestibility; Calcium; Phosphorus; Phytase;
Keywords: فیتاز; Phytase; Phytate; Phytic acid; Phosphorus; E. coli; A. niger;
Keywords: فیتاز; Antimicrobials; Chickens; Phosphorus; Phytase; Pigs;
Keywords: فیتاز; Phytase; Immobilization; Nanofiber; Starch and polyacrylamide; Response Surface Methodology (RSM); Glycosylation; in silico;
Keywords: فیتاز; Phytase; Thermostability; Magnesium oxide nanoparticle; Graphene oxide; Glutaraldehyde; Kinetic studies;
Keywords: فیتاز; Jatropha curcas; De-oiled seed cake; Phytase; Lipase; Detoxification; Solid-state fermentation; Candida parapsilosis;
Keywords: فیتاز; AA; amino acid; ATTD; apparent total tract digestibility; AID; apparent ileal digestibility; SID; standardized ileal digestibility; BW; body weight; MC; multi-carbohydrase enzyme; Phy; phytase; MFFS; micronized full fat soybean meal; TS; textured soy flou
Keywords: فیتاز; Solid-state fermentation; Bioreactor design; Intermittent mixing; Phytase; Tensile strength; Hyphal bonds;
Keywords: فیتاز; Phytate; Phytase; Broiler; Amino acid; Digestibility;
Keywords: فیتاز; Phytase; Myo-inositol; Phosphorus; Broiler; Performance;
Keywords: فیتاز; BWG; body weight gain; Ca; calcium; FI; feed intake; FPD; footpad dermatitis; G:F; feed efficiency; GIT; gastrointestinal tract; N; nitrogen; NPP; non-phytate phosphorus; P; phosphorus; Broiler chicken; Dietary calcium concentration; Footpad dermatitis; G
Keywords: فیتاز; Soluble oxalate; Phytate; Enzyme hydrolysis; Phytase; Kidney stones;
Keywords: فیتاز; CA; citric acid; MD; mean difference; PHY; phytase; Organic acid; Citrate; Phytate; Phosphorus; Chickens;
Keywords: فیتاز; Phytate; Phytase; Swine; Amino acid; Digestibility;
Keywords: فیتاز; Phytase; Genetic engineering; Genome mining; PCR; Heterologous expression;
Keywords: فیتاز; ADG; average daily gain; ADFI; average daily feed intake; ATTD; apparent total tract digestibility; CP; Crude protein; DM; dry matter; GE; gross energy; G:F; gain to feed ratio; GIT; gastrointestinal tract; P; phosphorous; Weaning; Piglet; Phytase; Protea
Keywords: فیتاز; Lactobacillus; Simulated gastrointestinal conditions; Phytate; Phytase; Probiotics
Keywords: فیتاز; Broiler; Phytate; Digestibility; Phytase; Phosphorus
Keywords: فیتاز; Phytase; Turkey; Digestibility; Performance; Optimal dose;
Keywords: فیتاز; Phytate; Phytase; Nutrition; Poultry; Pigs;
Keywords: فیتاز; AME; apparent metabolisable energy; Ca; calcium; CAID; coefficient of apparent ileal digestibility; DM; dry matter; GE; gross energy; N; nitrogen; nPP; non-phytate phosphorus; P; phosphorus; PP; phytate phosphorus; Ti; titanium; TTR; total tract retention
Keywords: فیتاز; Broiler; Litter quality; Meat chickens; Odour; Performance; Phytase;
Keywords: فیتاز; Bioavailability; Fermentation; Iron; Phytate; Phytase; Zinc;
Keywords: فیتاز; Phytic acid; Phytase; Anti-nutritional factor; Thermostable; Environmental pollution;
Keywords: فیتاز; Quinoa; Minerals; DRIs; Phytase; Mineral availability; 25Q; 25Â g whole quinoa flour/75Â g wheat flour; 50Q; 50Â g whole quinoa flour/50Â g wheat flour; ÎE*; total color difference; a*; redness to greenness; ATCC; American Type Culture Collection; b*; ye
Keywords: فیتاز; Broilers; Phosphorus digestibility and retention; Phytase; Turkeys; Wheat-DDGS
Keywords: فیتاز; Xylanase; Cellulase; Phytase; Polyphenol oxidase; Iron bioaccessibility; Teff; Sorghum; Wheat;
Keywords: فیتاز; Rice bran; Non-phytate phosphorous; Phytase; Performance; Laying hens; Heat stressRB, rice bran; NPP, non-phytate phosphorus; PHY, phytase; EW, egg weight; EM, egg mass; EP, egg production; FI, feed intake; FCR, feed conversion ratio; H, heterophil to lym
Keywords: فیتاز; Coefficient of standardized total tract digestibility of phosphorus; Corn co-products; Growing pigs; Oilseed meals; Phytase; Wheat co-productsCATTD, coefficient of apparent total tract digestibility; Ca, calcium; CF, crude fiber; DDGS, distillers dried gr
Keywords: فیتاز; Soy protein concentrate; Jet cooking; Ultrafiltration; Phytase
Keywords: فیتاز; phytase; phytate digestion; lactating dairy cow;
Keywords: فیتاز; Micronutrients; Phosphate; Phytase; Phytate; BPP; β-Propellar phosphatase; BSE; bovine spongiform encephalitis; CP; cysteine phosphatase; HAP; histidine acid phosphatase; MBM; meat and bone meal; MGPA; mature grain phytase activity; MINPP; multiple inosi
Keywords: فیتاز; AME; apparent metabolizable energy; AMEn; nitrogen-corrected apparent metabolizable energy; AIA; acid insoluble ash; FCR; feed conversion ratio; FI; feed intake; MRT; mean retention time; N; nitrogen; PDN; potential digestible nitrogen; PDS; potential dig
Keywords: فیتاز; Ultrafiltration; Stabilization; Long-term storage; Phytase; Aspergillus niger;
Keywords: فیتاز; Teff; Sorghum; Wheat; Barley; Phytate; Phytase; Complementary food; α-Galactosides; Cereal fermentation;
Keywords: فیتاز; Phytase; Performance; Faecal digestibility; Mineral; Pig;
Keywords: فیتاز; amino acid; digestibility; energy; phytase; pig;
Keywords: فیتاز; inositol phosphate; phytase; phosphorus availability; cattle;
Keywords: فیتاز; Phytase; Directed evolution; Site-directed mutagenesis; Thermostability; Catalytic efficiency; Three-dimensional structure;
Effects of different dephytinisation methods on chemical properties of commercial and traditional breads prepared from composite flour
Keywords: فیتاز; Bread; Flat bread; Cereal; Legume; Phytic acid; Dephytinisation; Phytase;