Egg production and egg quality of Japanese quails (Coturnix coturnix japonica) fed with commercial ration substituted with varying levels of madre de agua (Tricanthera gigantea) leaf meal

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Research Paper 20/06/2022
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Egg production and egg quality of Japanese quails (Coturnix coturnix japonica) fed with commercial ration substituted with varying levels of madre de agua (Tricanthera gigantea) leaf meal

Niña Mae R. Villar, Ricardo G. Villar, Maria Luz L. Soriano, Myrna G. Ballentes
J. Bio. Env. Sci.20( 6), 91-100, June 2022.
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The study was conducted to determine the egg production and egg quality of Japanese Quails fed with commercial ration substituted with varying levels of Madre de Agua leaf meal. A total of 48 ready to lay Japanese quails were used in the study. These were weighed and separated to their respective components which are the egg shell, egg yolk, and albumin. Yolk pigmentation was graded based on the yolk color fan. Non- significant differences were observed among treatment rations with varying levels of Madre de Agua leaf meal in percent egg production, total feed consumption, feed conversion efficiency, total egg weight and average initial weight. The average egg albumin and average egg shell were slightly heavier in layer 10% Madre de Agua but these are not significantly different which implies that Madre de Agua leaf meal have better egg production, feed efficiency, weight of egg albumin, egg weight an egg shell which indicated that providing 10% Madre de Agua leaf meal in the quail’s diet resulted to better performance in above parameters. Results on average egg weight however were significant (P<0.05) with those in treatment 3 (10% Madre de Agua leaf meal) significantly heavier compared to other treatments. Average egg yolk weight, average final weight and egg yolk pigmentation showed highly significant differences (P<0.01) among the treatment means. Egg yolks were highly and significantly heavier and the final weights were heaviest in quail layers fed with 10% Madre de Agua leaf meal substitution.


Acero LE. 1985. Arboles de la Zona Cafetera Columbiana Bogota, Ediciones Fondo Bogota, Ediciones Fondo Cultural Cafetero.Volumen 16, 132 pp.

Ameenudin S, Bird HR, Pringle DJ, Sundem L. 1983. Source in Poultry. Nutrition. Poultry Source. 60, 505-511.

Angel JE. 1988. Avances en la Evaluacion de Recursos Nutricionales Tropicales en Columbia. In: Reporte Investigacion 1(1) CIPAV, Cali, Columbia pp.26.

Arango JF. 1990. Evaluacion de tres niveles de nacedero Tricanthera gigantea en ceba de Conejos Nueva Zelanda. Tesis de Grado. Universidad Nacional de Columbia, Palmira. CIPAV 1996 Arboles Utilizado en la Alimentacion Animal como Fuente proteic. Centro para la Investegacion en Sistemas Sostenibles de Produccion Agroprecauria. Cali, Columbia 123pp.

Castemiller J. 1998. West Carotenoids in Human. Journal Nutrition 18, 19-38.

Cheeke PR, Shull LR. 1985. Natural Toxicants in Feeds and Livestock. AVI Publishing Inc. West Port, Connecticut.

Devia A. 1998. Carcass Vivas y Barreras Contavientos. Revista Esso Agricila No 2, November 1998

Gerpacio FM. 1986. Animal Production Technology 2(1), 9.

Gomez KA, Gomez AA. 1984. Single Factor Experiments. Statistical Procedeures for Agricultural Research, 2nd Edition pp 7-20.

Gomez ME, Muequeitio E. 1991. Efecto de la corte sobre la Production De Biomasa De Nacedero (Tricanthera gigantea). Livestock Research for Rural Development 3(3), 14-23.

Gonda JH. 1990. Evaluacion of de dos Especies Arboreas Agroforestales del Valle del Cauca en la Parte Central de Columbia Erthrina Poeppigiana Y Tricanthea gigantean. Sveriges Lantbruksuniversitet. Informe 126. IDRC Uppsala 17 pp.

Jaramillo CJ, Corredor G. 1989. Plantas Farrajera Proteina Barata Para el Ganado. Revista Federacion Nacional de Cafeteris de Columbia.

Jaramillo PH, Rivera PE. 1991. Efecto del Tipo de Estaca y La Densidad de Siembra Sobre El Establecimiento Y Produccion Inicial de Naceddero Tricanthera gigantean Humboldt and bonpland. Tesis de Grado. Zootecnia. Universidad Nacional de Columbia, Palmira.

Jaya A. 2006. Utilization of Madre de Agua (Tricanthera gigantean) leaf meal as feed for growing finishing pigs. An unpublished dissertation Central Mindanao University, Musuan Bukidnon.

Keir B, Dinh Van Bien, Preston IR, Orslevov ER. 1997. Nutritive Value of Leaves from Tropical Trees and Shrubs: 2. Intake, Growth and Digestibility Studies with Goats. Livestock Research for Rural Development 9(4), 31-35.

Leonard E. 1951. The Acanthaceae of Columbia. I. Contribution from the National Herbarium Washington. United States National Museum 31, 1-51.

Mc Grow H. 2004. Carotenoids Pigments pp. 132.

Mcdade LA. 1983. Pollination Intensity and Seed Set in Tricanthera gigantean (ACANTHACEAE). Biotropica 15(2), 122-124.

Mjiea CE, Vargas JE. 1993. Analisis de Selectividad de Ovejas Africanas con Cuatro Tipos de Farrajes. Livestock Research for Rural Development 5(3), 37-41.

Mohmond, Coleman. 1967. Quail Egg Composition. Poultry Journal pp 2, 10-11.

Nguyen Ngoc Ha, Phen Thi Phen. 1995. Vegetative Propagation capacities and Effect of Fertilization on Biomass Production of Tricanthera gigantean. Livestock Research for Rural Development 8(2), 93.

Nguyen Thi Hong Nhan, Preston TR, Dolberg F. 1996. Effectv of Shade in Biomass production and the Compostion of the Forage Tree Tricanthera gigantean . Sveriges Lantbruksuniversitit. Informe 126. IDRC Uppsala 17 pp.

PCAARD. 1989. Production and Utilization of Non- conventional Feedstuff for Livestock. Philippine Agriculture And Resources foundation.

PCAARD. 1988. The Philippine Recommends for Broiler Productions.

PCAARD. 2000. The Philippine Recommends for Livestock Feed Formulation.

Perez-Arbelaez E. 1990 Plantas Utiles de Columbia. Editorial Victor Hugo, Medellin. 14th edition. 832 pp.

PHILSAN. 1996. Feed References Standards 3rd Edition. Philippine Society of Animal Nutritionist 441.pp

Preston TR. 1995. Tropical Animal Feeding. A Manual for Research Workers. FAO Animal Production and Health Paper no. 126. P305.

Preston TR. 1992. The Role of Multipurpose Trees in Integrated Farming Systems for the Wet Tropics. In: Legume Trees and Other Fodder Trees Protein Source for Livestock. FAO Animal Production and Health Paper. No. 102. Edited by A. Speedy and P. Pugliese pp 193-209.

Records SJ, Hess RW. 1972. Timber of the New World. Use and Abuse of Americas Natural Resources. Arno Press, New York 642pp.

Rodriguez M. 2004. Growth Performance of Broiler Chicken fed with Different Levels of Madre de Agua Leaf Meal. An Unpublished MS Thesis. Central Mindanao University, Musuan, Bukidnon 86pp.

Rosales M, Galindo W. 1987. Aportes al Desarollo de un Sistema de Alimentacion para cabras en el Tropico. Tesis de Grado. Universidad Nacional de Columbia. Facultad de Ciencias Agropecuarias: Palmira.

Rosales M, Preston TR, Vargas JE. 1982. Advances in the Characterization of Non- Conventional Resourcs with Potential Use in Animal Production. British Society of Animal Production. Animal Production. In Developing Countries. Occasional Publication No. 16.pp 228-229.

Rosales M. 1996. In Vitro Assessment of the Nutritive Value of Mixtures of Leaves from Tropical Fodder Trees. D. Phil. Thesis. Department of Plant Science Oxford University, Oxford, U.K pp 214.

Sarria O. 1994. Efecto del Nacedero (Tricanthera gigantea) Como Reemplazo Parcial de la Soya en Cerda en Gestacion y Lactancia Recibiendo un Dieta Basica de Jugo de Cana. Livestock Research for Rural Development 6(1), 62-73.

Solarte JA. 1994. Experiences from Two Ethnic Groups of Farmers Participating in Livestock Research in Different Ecological Zones of the Cauca Valley of Columbia. Msci. Thesis. Swedish University of Agricultural Sciences. Uppsala 80pp.

Theodorou MK, Williams BA, Dhanoa MS, Mcallan AB, France J. 1994. A Simple Gas Production Method Using a Pressure Transducer to Determine the Fermentation Kinetics of Ruminant Food. Animal Food Science and Technology 48, 187-197.

USNRC. 1984. Nutrient Recommendation of Poultry.

Vasquezm L. 1987. Plantas y Frutas Medicinales de Columbia y America. Editorial CLIMET. Cali.

Vibul Chai A. 1984. Xanthophylls Pigmentation in Leaf Meal, Chapter 17, 117-121.