Effects of a reduction in the dietary level of non-essential nitrogen in the female growing pig on feed intake, growth and carcass characteristics according to energy concentration and energy substrate
Noblet, J.; Henry, Y.; Bourdon, D.
Annales de Zootechnie 29(2): 103-119
1980
Accession: 000873080
In an experiment with 63 female pigs from 25 kg until slaughter at 100 kg liveweight, pelleted diets based on maize and soya bean oilmeal were given to appetite. The addition of 6.5% vermiculite reduced the digestibility of organic matter by 0.25%, energy 0.28% and nitrogen 0.76% for each 1% of dietary vermiculite.
PDF emailed within 1 workday: $29.90
Related References
Noblet, J.; Henry, Y.; Bourdon, D. 1980: Effects of a reduction in the dietary level of nonessential nitrogen in the female growing pig on feed intake growth performance and carcass characteristics according to energy concentration and energy substrates Annales de Zootechnie 29(2): 103-120Noblet, J.; Henry, Y. 1977: Effects of a reduction in the dietary protein level in the growing pig on feed intake and growth performance according to amino acid balance and energy concentration Annales de Zootechnie 26(3): 379-394
Slabbert, N.; Campher, J.P.; Shelby, T.; Leeuw, K.J.; Kuhn, G.P.; Meissner, H.H. 1992: Influence of dietary energy concentration and feed intake level on feedlot steers. 2. Feed intake, live mass-gain, gut fill, carcass gain and visual and physical carcass measurements South African Journal of Animal Science 22(4): 107-114
Slabbert, N.; Campher, J.P.; Shelby, T.; Leeuw, K.J.; Kuhn, G.P.; Meissner, H.H. 1992: The influence of dietary energy concentration and feed intake level on feedlot steers: 2. Feed intake, live mass-gain, gut fill, carcass gain and visual and physical carcass measurements Suid Afrikaanse Tydskrif vir Veekunde 22(4): 107-114
Slabbert, N.; Campher, J.P.; Shelby, T.; Leeuw, K.J.; Kuhn, G.P.; Meissner, H.H. 1992: The influence of dietary energy concentration and feed intake level on feedlot steers: 3. Carcass composition and tissue growth as influenced by rate of gain Suid Afrikaanse Tydskrif vir Veekunde 22(4): 115-121
Slabbert, N.; Campher, J.P.; Shelby, T.; Leeuw, K.J.; Kuhn, G.P.; Meissner, H.H. 1992: Influence of dietary energy concentration and feed intake level on feedlot steers. 3. Carcass composition and tissue growth as influenced by rate of gain South African Journal of Animal Science 22(4): 115-121
Hussein, H.S.; Berger, L.L. 1995: Effects of feed intake and dietary level of wet corn gluten feed on feedlot performance, digestibility of nutrients, and carcass characteristics of growing-finishing beef heifers Journal of Animal Science 73(11): 3246-3252
Schiavon, S.; Dalla Bona, M.; Carcò, G.; Carraro, L.; Bunger, L.; Gallo, L. 2018: Effects of feed allowance and indispensable amino acid reduction on feed intake, growth performance and carcass characteristics of growing pigs Plos one 13(4): E0195645
Ssu, K.W.; Brumm, M.C.; Miller, P.S.; Chen, H.Y. 1999: The effects of dietary feather meal concentration on growth performance, feed intake, and carcass characteristics Journal of Animal Science 77(Suppl 1): 190
Mahgoub; Lu; Early1 2000: Effects of dietary energy density on feed intake, body weight gain and carcass chemical composition of Omani growing lambs Small ruminant research: the journal of the International Goat Association 37(1-2): 35-42
Aymerich, P.; Soldevila, C.; Bonet, J.; Gasa, J.; Coma, J.; Sola-Oriol, D. 2020: Effects of dietary energy and lysine concentration on feed intake and productive performance of lean growing pigs Journal of Animal Science 98: 58
Close, W.H.; Berschauer, F.; Heavens, R.P. 1983: The influence of protein:energy value of the ration and level of feed intake on the energy and nitrogen metabolism of the growing pig. 1. Energy metabolism British Journal of Nutrition 49(2): 255-269
Lapierre, H.; Tyrrell, H.F.; Reynolds, C.K.; Elsasser, T.H.; Gaudreau, P.; Brazeau, P. 1992: Effects of growth hormone-releasing factor and feed intake on energy metabolism in growing beef steers: whole-body energy and nitrogen metabolism Journal of Animal Science 70(3): 764-772
Ahmad, N.A.; Davies, H.L. 1986: Effect of sex and dietary energy concentration on feed conversion ratio, growth and carcass characteristics in Merino X Border Leicester lambs Proceedings of the Australian Society of Animal Production 16: 119-122
Hussein, H.S.; Berger, L.L. 1995: Feedlot performance, digestibility of nutrients, and carcass characteristics of growing-finishing beef heifers as affected by feed intake and dietary level of wet corn gluten feed Journal of Animal Science 73(Suppl 1): 280
Yanaka, M.; Okumura, J. 1982: Effects of dietary excess tyrosine and level of feed intake on nitrogen and energy utilization in chicks Poultry Science 61(12): 2440-2446
Davies, J.L.; Lucas, I.A.M. 1972: Responses to variations in dietary energy intakes by growing pigs. 2. The effects on feed conversion efficiency of changes in level of intake above maintenance Animal Production 15(2): 117-125
Cymbaluk, N.F. 1989: Effects of dietary energy source and level of feed intake on growth of weanling horses Equine Practice 11(9): 29-33
Smit, M.N.; Zhou, X.; Landero, J.é L.; Young, M.G.; Beltranena, E. 2021: Dietary energy level, feeder space, and group size on growth performance and carcass characteristics of growing-finishing barrows and gilts Translational Animal Science 5(3): Txab 122
Smith, J.W.I.; Nelssen, J.L.; Goodband, R.D.; Tokach, M.D.; Musser, R.E.; NessmithW.B.Jr.; Bergstrom, J.R.; Loughmiller, J.A. 1996: The effects of increasing dietary energy density on growing-finishing pig growth performance and carcass characteristics Journal of Animal Science 74(Suppl 1): 51