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Evaluación de t= res niveles de DDGS de maíz (Granos de destilería de maíz Desecados con Soluble= 7%, 14%, 21%) en dietas de crecimiento, levante Coturnix Japónic

 

 

 

Evaluation of three= levels of corn DDGS (Corn Distillery Grains Desiccate= d with Soluble 7%, 14% 21%) in growth diets, raise Coturnix Japanic<= /span>

 

Segundo Manuel Shagñay Rea. [1]= , Luis Abdón Rojas Oviedo. [2] & Segundo Enrique Vaca Zambrano  [3]=

 

 

Recibido: 09-05-2020 /Aceptado: 17-06-2020/ Publicado: 03-07-2020

 

 

Abstract.                                   DOI:<= /span> https://doi.org/10.33262/concienciadigital.v3i3.128= 4

            =

The effect of including thre= e levels of DDGS (Soluble Dried Corn Distillery Grains, 7%, 14%, 21%) was investigat= ed. When analyzing the biological behavior of the different productive indicato= rs, When comparing with the initial weight at the age of one day with an average weight of 7.14 g. quail weight gain up to 21 days (growth) was determined; = when applying DDGS they do not differ statistically, the birds that received 21%= of DDGS weighed on average 60.68 g, although it does not differ significantly = from the rest of the treatments, the daily food consumption at this stage shows = us that the quail that received 14% in their diet DDGS consumed 2.55 kg of food that statistically differ (P <0.01) from the other levels; the most efficient birds were supplied with 7% DDGS because it reported a feed conversion of 4.33. In the raising period, the most efficient birds were th= ose that received 0% and 7% of the DDGS diet, therefore they had greater weight= and weight gain of 144.29 and 142.46 g. The most efficient conversions were obtained by applying 0 and 7% of DDGS, since to gain 1 g of weight they ing= est 3.68 and 3.67 g of food, the performance to the carcass of the birds that r= eceived 21% of DDGS allowed yields of 62.09% that statistically differs the treatme= nt to which it is applied 7% of DDGS the same that reached 60.00% of performan= ce to the channel and a better European efficiency index. The best performance= for the carcass was obtained with 21% DDGS (62.09).

=  

Keywords: Growth, li= ft, gain, yield, weight, food consumption, diet food conversion.

 

= Resumen:

Se investigó el efecto de la inclusión de tres niveles de DDGS (Granos de Destilería de Maíz Desecados con Soluble, 7%, 14%, 21%). En crecimiento, levante <= /span>de la codorniz,= bajo un Diseño Completamente al Azar. Al analizar el comportamiento biológico de= los diferentes indicadores productivos, Al comparar= con el peso inicial a la edad de un día con un peso  promedio de 7.14 g. se determinó que la ganancia de peso de las codornices hasta los 21 días (crecimiento); al aplicar DDGS no difieren estadísticamente, las aves que  recibieron 21 % de DDGS pesaron en promedio 60.68 g, = aunque no difiere significativamente del resto de tratamientos, el consumo de alim= ento diario en esta etapa nos demuestra que  las codornices que recibieron en su dieta  14 % DDGS consumieron 2.55 kg de alimento que difieren estadísticamente (P < 0.01) = del resto de niveles; las aves más eficientes fueron a las que se suministraron= 7% de DDGS debido a que reportó una conversión alimenticia de 4.33. En el perí= odo de levante las aves más eficientes fueron las q= ue recibieron en la dieta DDGS en un 0% y 7 %, por ende tuvieron mayor peso y ganancia de peso  de  144.29 y 142.46 g .Las conversiones más eficientes se obtuvo al aplicar 0 y 7 % de DDGS, puesto que para ganar 1 g = de peso ingieren 3.68 y 3.67 g de alimento, el rendimiento a la canal de las aves que recibieron 21,% de DDGS permitieron rendimientos de 62.09, % que difiere estadísticamente el tratamiento al cua= l se aplicó 7 % de DDGS el mismo que alcanzó el 60.00 % de rendimiento a la cana= l y un mejor índice de eficiencia europea. El mejor rendimiento a la canal se obtuvo con el 21% de DDGS (62.09).<= /span>

 

Palabras clave: Crecimiento, leva= nte, ganancia, rendimiento, peso, consumo de alimento, conversión alimenticia di= eta.

 

Introducción.

El Últimament= e se está distribuyendo a sus proveedores, los grano= s de destilería deshidratados con solubles (DDGS) para alimentación de vacas en producción como una fuente proteica y energética. Según Cortez et al. (2012= ) el DDGS, es un subproducto de las plantas de etanol, que se produce a partir de la fermentación de almidones de granos de cereales, el = maíz es la principal fuente de almidones para la producción de etanol en los Est= ados Unidos. Los DDGS se constituyen en potenciales fuentes proteicas y energéti= cas para alimentación animal

Blas, C.et al. (2005), los DDGS (Granos de destilería= de maíz desecados con solubles) son subproductos de destilería que se obtienen mediante secado de los residuos del proceso de obtención de etanol como biocombustible, a partir de diversos ingredient= es ricos en almidón. En la mayor parte de los procesos se utilizan cereales: m= aíz en USA, trigo en Canadá Occidental y cebada en los países nórdicos europeos= . El proceso en sí consiste en convertir los almidones y azúcares de la materia prima inicial en etanol. Por tanto, en el produ= cto final se reduce drásticamente el contenido en hidratos de carbono no estructurales y se concentra proporcionalmente el porcentaje del resto de nutrientes. Wu-Haan W, et al. (<= /span>2100). Es importante señalar que la gran mayor= ía de los estudios realizados acerca del uso de DDGS en dietas para pollos de eng= orda y gallinas de postura han sido investigados con base a dietas maíz-pasta, o= tras empresas avícolas, formulan dietas con base a sorgo-pasta de soya (Baltal, = A., 2003). E<= span style=3D'border:none'>n consecuencia, los productores avícolas están continuamente en busca de oportunidades que permitan una mayor flexibilidad= en los tipos y niveles de ingredientes utilizados en las formulaciones de alimentos. Los fabricantes de piensos están mostrando vivo interés en los DDGS por ser una fuente de energía y aminoácidos disponibles, además de su rentabilidad y disponibilidad (Ravind= ran, 2010).

La explotación de codornices con un sistema de manejo intensivo es uno de los sectores de la economía pecuaria que puede generar divisas en el país, pero lamentablemente todavía no hemos llegado aprovechar al máximo   el potencial genético de esta especie, posiblemente por la falta de conocimiento sobre los bondes productivos estas aves. Un buen manejo, alimentación, sanidad, genética de alta calidad y un canal de comercialización óptimo, son pilares fundamentales sobre los cuales descansa el éxito de la actividad avícola.

En nuestro país se va a iniciar con el consumo de DDG= S, lo que hace que desde el inicio se haga investigac= iones que garanticen a los productores la utilización del mencionado subproducto = para el buen desarrollo de los animales, en este caso las codornices en la actualidad son una buena alternativa de producción.

Objetivos:

Evaluar el comportamiento fisiológico de la Couturnix japónica al utilizar dietas que contengan 4 niveles de DDGS de maíz en la eta= pa de crecimiento y levante.

·&nb= sp;        Evaluar di= etas que contengan niveles de inclusión de los DDGS del maíz en porcentajes del = 7%, 14%, y 21% para suministrar a la Coturnix cotur= nix japónica.

·&nb= sp;        Determinar= el nivel más adecuado p= ara la inclusión de DDGS en las dietas de crecimiento y levante en la codorniz.

·&nb= sp;        Evaluar y comparar los tratam= ientos entre sí para encontrar el mejor nivel de inclusión = y por ende el mejor beneficio costo para el productor.

Metodología.

La presente investigación se tuvo una duración de 120= días para las pruebas In-vivo. Para el desarrollo de esta investigación se dispu= so una población inicial de 500 pollitos de codorniz d= e un día de edad, los cuales se levantaron en un círculo de crianza de 1.5 metros cuadrados a una temperatur= a de 31 y 35 ºC, hasta los 35 días, cada unidad experimen= tal estuvo conformada por 10 codornices hembras, a = las cuales se les suministró las dietas experimentales utilizándose un total de 200 codornices. Se utilizaron 4 tratamie= ntos de 0, 7, 14 y 21% de inclusión de DDGS en las dietas para la codorniz poned= ora, los mismos que fueron distribuidos bajo un Diseño Completamente al Azar, pa= ra cada tratamiento se dispusieron de un total de 5 repeticiones, y que se ajustan al siguiente modelo lineal aditivo.

Se utilizaron 500 aves de 1día de edad, las mismas que fueron distribuidas en una densidad de 150 aves= por cuadro ya que se dividió el círculo de crianza en cuatro cuadros para los cuatro tratamientos. Luego se realizó el sorteo bajo un diseño completamente al azar. El suministro de balanceado fue adlibitum según recomendaciones, variando únicamente el nivel de DDGS de acuerdo con los tratamientos, se pesaron en una balanza y se colocaron en los comederos lineales, el desperdicio en c= ada tratamiento también se pesado cada semana. El consumo de alimento se determ= inó en base a la cantidad de alimento proporcionado y tomando en consideración = el sobrante. Se administraron agua a voluntad a tr= avés de bebederos automáticos tipo copa ubicada en la parte interna de cada jaul= a. Los pesajes de las aves se realizaron al inicio de la investigación y luego cada 7 días ha= sta el final de la fase de la investigación, inicio de la producción (12a 16 semanas respectivamente), para lo cual se utilizaron u= na balanza con una precisión de 1g. La mortal= idad se controla mediante la observación visual diaria en cada jaula.

Las raciones experimentales y los cálculos nutriciona= les fueron elaborados por el investigador basadas e= n los requerimientos nutricionales de las codornices en estas etapas. Usman. B et al. (2008) las cuales se detallan en el 1, 2.

Métodos.

La presente investigación es de tipo correlacional para lo cual se utilizan los siguientes métodos:

Deductivo:

Este método nos permite afirmar situaciones de caráct= er general para llegar a conclusiones o conocimientos de carácter particular, viabilizó la estructuración de los fundamentos científicos, técnicos de las= estrategias para la toma de decisiones administrativas, económicas y técnicos, y correlacionar con la información primaria obtenida del análisis de los registros productivos.

 

Sintético – analítico.

Con la utilización de estos métodos se procuró reunir= todos los elementos científicos, técnicos Para la tom= a de decisiones en base al análisis y la síntesis de los registros productivos.<= /span>

Enfoque de la Investigación.

Cuantitativo: Se miden el grado de relación entre las variables (cuantifican relaciones). Intenta predecir el valor aproximado que tendrá un grupo de fenómenos en una variable, a partir del valor que tienen en la variable relacionada. = Además, podemos decir que cuanto mayor número de variables estén correlacion= adas o asociadas en el estudio y mayor la fuerza de correlación, más completa será la explicación

Los resultados fueron sometidos a un análisis de vari= anza (ADEVA), para el efecto se utilizó el paquete estadístico SPSS y para la separación de medias de los diferentes tratamientos se utilizó la prueba de Duncan a los niveles de significancia del 0.01 = y 0.05. La investigación utilizó el siguiente esquema del ADEVA.<= span style=3D'font-size:12.0pt;line-height:115%;font-family:"Times New Roman",se= rif; mso-fareast-font-family:"Times New Roman";border:none;mso-ansi-language:ES-= EC'>

Tabla 1.= Composició= n de las dietas de crecimiento con la inclusión de tres Nineves de DDGS (7%,14%,21%).

Materia prima

Nivel de inclusión

0%

7%

DDGS<= /p>

14%

DDGS<= /p>

21%

DDGS<= /p>

Maíz

50

50

50

52,11

DDGS

0

7

14

21

Torta de soya

28

26,25

18,2

12

Afrecho de trigo

3,2

1

1,45

0,5

Polvillo de arroz

8

6

4,2

0,55

Harina pescado

9

8

11

13

Aceite de palma

0

0

0

0

Carbonato de calcio

0

0

0

0

Sal

0,25

0,1

0,1

0,1

Conchilla

0,6

0,7

0,5

0,3

Methionina

0,1

0,1

0,1

0,1

Fosfato dicalc

0,6

0,6

0,2

0,1

Premix

0,15

0,15

0,15

0,15

Coccidiostato

0,05

0,05

0,05

0,05

Agrisalvan

0,05

0,05

0,05

0,05

           

Fuente: Elaboración propia.

 

 

Tabla 2. Composición nutricional calculado de las dietas de levante.=

Nutriente=

Ti 0% DDGS

T2 7% DDGS

T3 14% DDGS

T4 21% DDGS

Energía   (kcal)

3000

3000

3000

3000

Proteína (%)

24,26

24,26

24,26

24,26

Grasa       (%)

3,81

3,81

4,54

3,9

Fibra         (%)

4,31

4,31

4,26

4,38

Calcio      (%)

0,8

0,8

0,88

0,8

Fosfo dis (%)

0,45

0,45

0,53

4,35

Relca/fosf

1,8

1,8

1,68

1,7

Meti+cist  (%)

0,75

0,75

0,7

0,75

Lisina          (%)

1,32

1,32

1,19

1,33

Xantofila (%)

10,2

10,2

10

10,2

Sodio         (%)

0,15

0,15

0,14

0,15

 

Fuente: Elaboración= propia.

Resultados y discusión.

Tabla 3.= Comportami= ento en el periodo crecimiento de la coturnix coturnix japónica al utilizar diet= as que contengan 3 niveles de DDGS de maíz en la etapa de crecimiento.

Variables

Niveles de DDGS

Sx

Prob

CV

Media

0%

 

7%

 

14%

 

21%

 

 

 

 

 

Peso Inicial, g<= /span>

7,11

 

7,14

 

7,15

 

7,16

 

0,011

 

0,720

7,139

Peso a los 21 días, g<= /o:p>

60,40

a

60,63

a

60,54

a

60,68

a

0,040

0.052

0,298

60,562

Ganancia de peso a los 21 d= ías, g

53,29

a

53,49

a

53,39

a

53,52

a

0,041

0.051

0,343

53,423

Consumo de alimento, Kg

2,50

b

2,32

c

2,55

a

2,51

b

0,003

0.001

0,559

2,468

Conversión alimenticia hast= a los 21 días

4,70

b

4,33

c

4,77

a

4,68

b

0,007

0.001

0,712

4,620

Mortalidad a los 21 días, %=

0,04

a

0,04

a

0,06

a

0,06

a

0,012

0.058

109,54

0,050

 

Fuente: Elaboración= propia.

Periodo crecimiento.

Ganancia de peso.

Las codornices empezaron con un peso promedio de 7.14 g. A los 21 días las codornices que recibieron 21 % de DDGS pesaron en promedio 60.68 g, aunque no difiere significativamente del resto= de tratamientos, fueron superiores numéricamente de los niveles 0, 7 y 14 % de DDGS puesto que permitió pesos de 60.40, 60.63 y 60.54 g. Al analizar la ganancia de peso comparando la diferencia entre el peso inicial y el peso a los 21 días, con el consumo de alimento se registr= ó una ganancia de peso de las codornices que recibieron 21= % de DDGS con 53.52 g, aunque no difieren estadísticamente de los niveles 0, 7 y= 14 % de DDGS, superaron numéricamente, puesto que alcanzaron 53.29, 53.49 y 53.39 g. La ganancia de peso obtenida en esta investigación= es inferior a la registrada por Ruiz, M. (1985), quien reporta 59 g de 0 a 21 días, Beltran, M. (1988), con 66.81g, ver cuadro 4.

Consumo de alimento.

El consumo de alimento diario en esta etapa nos demue= stra que  las codornices que recibieron en su dieta  14 % DDGS consumieron 2.55 kg de alimento que difieren estadísticamente (P < 0.01) del resto de niveles, principalmente del 7% de DDGS puesto  que consumió 2.32 kg de concentrado, posiblemente se deba a que al aplicar  14% de DDGS este hace al alimento mas palatable, sin embargo  la ganancia= de peso en estas aves es menor  a los animales que recibieron el 21% de DDGS, esto posiblemente se deba digestibilidad de los nutrientes de los DDGS, o condiciones ambientales ya = que el consumo no tiene diferencias significativas = entre estos dos tratamientos.

Conversión alimenticia.

La conversión alimenticia es la diferencia entre el consumo hasta los 21 días y el peso obtenido en = la etapa. Las codornices a los 21 días de edad fueron más efici= entes con el 7% de DDGGS en la dieta, debido a que pa= ra alcanzar un gramo de peso deben consumir 4.33 g de alimento, el cual difiere estadísticamente (P < 0.01) del resto de tratamientos, principalmente de= l 14 % el cual para ganar un gramo de peso requiere 4.77 g de alimento. Estos resultados son inferiores a otras investigaciones.

 Por su parte Sarango, L. (1996), quien obtuvo índices de conversión de 3.24 en codornices hasta los 21 días de edad con una suficiente conversión de alimento a carne= y Moreno, M. (1996), en su experimento obtuvo 3,1= 8 en el mismo, por su parte Morales C 2008, reporta u= na conversión alimenticia 3.98, valores inferiores a los encontrados en la investigación.

Tabla 4.= Comportami= ento en el periodo de levante de= la couturnix coturnix japónica al utilizar dietas que contengan 4 niveles de ddgs de maíz en la etapa levante.

Variables

Niveles de D= DGS

Sx

Prob

CV

Media<= /span>

0%

 <= /o:p>

7%

 <= /o:p>

14%

 <= /o:p>

21%

 

Peso a los 40 días, g

151,40

a

149,60

a

144,44

b

133,44

c

1,264

0.001

3,905

144,720

Ganancia de peso a las 40 días, g

144,29

a

142,46

a

137,29

b

126,28

c

1,261

0.001

4,099

137,582

Consumo de alimento, g

5,31

b

5,22

c

5,35

a

5,33

a

0,004

0.001

0,299

5,303

Conversión alimenticia

3,68

c

3,67

c

3,90

b

4,23

a

0,036

0.001

4,125

3,871

Mortalidad, %

0,04

a

0,06

a

0,06

a

0,08

a

0,012

0.055

87,401

0,060

Peso a la canal, g=

93,20

a

89,80

ab

88,20

b

82,80

c

1,111

0.001

5,616

88,500

Rendimiento a la canal, %=

61,54

a

60,00

b

61,01

ab

62,09

a

0,432

0.001

3,162

61,161

Índice de eficiencia Europea

370,55

a

368,35

b

333,77

c

284,90

d

6,151

0.001

8,104

339,393

 

Fuente: Elaboración= propia.

Periodo de levante.

Ganancia de peso

Para analizar variable en cuestión se parte del peso de los animales a los 40 días en los cuales <= span style=3D'font-size:12.0pt;line-height:115%;font-family:"Times New Roman",se= rif; mso-fareast-font-family:"Times New Roman";border:none;mso-ansi-language:ES-= EC'>se obtuvo resultados que demuestran que el peso de las codornices alimentadas con el 0 y 7 % de DDGS fue de 151.40 y 149.60 g, que difieren estadísticamente (P < 0.01) de los diferentes niveles de DDGS, principalmente del 21 % puesto que alcanzó un peso de 133.44 g, posiblemente se debe a que el alimento es menos digerible, cuadro5.

Esto nos demuestra que en la etapa de levante la ganancia de peso de las codornices que consumieron alimento con 0 y 7 % de DDGS alcanzaron 144.29 y 142.46 g pesos<= span style=3D'font-size:12.0pt;line-height:115%;font-family:"Times New Roman",se= rif; mso-fareast-font-family:"Times New Roman";border:none;mso-ansi-language:ES-= EC'> más altos que difieren estadísticamente (P < 0.01= ) de los tratamientos 14 y 21 % puesto que alcanzaron 137.29 y 126.28 g. pudiendo asumirse que los DDGS son muy poco digeribles en las aves que influyen directamente en la ganancia de peso de las codornices.

Consumo de alimento, kg.

El mayor consumo en esta etapa se registró en las aves que recibieron 14 y 21 % de DDGS cuyo consumo de alimento fue 5.35 y 5.33 kg respectivamente, que difieren estadísticamente = (P < 0.01) puesto que los tratamientos 0 y 7 % consumieron 5.31 y 5.22 kg de alimento. Lo que significa que los DDGS posiblemente son = más palatables, digeribles posiblemente por variedad de ingredientes la dieta, nos demuestra que el mejor nivel seria entre el 14% ya que a = un nivel más alto empieza a bajar el consumo.

Conversión alimenticia.

Las conversiones más eficientes se obtuvieron<= /span> al aplicar 0 y 7 % de DDGS, puesto que para ganar 1 = g de peso ingieren 3.68 y 3.67 g de alimento, los cuales difieren estadísticamen= te (P < 0.01) de los niveles 14 y 21 % puesto q= ue para ganar 1 g de peso requerían 3.90 y 4.23 g de alimento.

 Para diserta= r esta variable con Marks, L. (2008), al estudiar parámetros productivos como conversión de alimento y= porcentaje de producción bajo diferentes niveles de proteína cruda en la dieta encontraron que la mejor conversión se obtuvo con el 20%, 24% de PC con 3.9, 4,1 respectivamente en la etapa de levante. Podemos observar que los valores obtenidos en nuestra investigación son muy similares.

Rendimiento a la canal.

El peso promedio de las aves a los 45 días de edad fue de  93.20 y 89.80 g para las aves q= ue recibieron 0 y 7 % de DDGS  respectivamente que difieren estadísticamente de los tratamientos 14= y 21 % de DDGS los cuales permitieron pesos a la canal de 88.20 y 82.80 g, .El rendimiento a la canal de las aves que recibieron 21, 14 y 0% de DDGS permitieron rendimientos de 62.09, 61.01 y 6= 1.54 % que difieren estadísticamente el tratamiento al cual se aplicó 7 % de DDG= S el mismo que alcanzó el 60.00 % de rendimiento a la canal. Estos resultados son inferiores a los reportados por Chávez, P, (200= 6), quien al utilizar tres niveles de energí= a y proteína en las dietas obtuvo promedios de 76.55, 78.35 y79.05 con dietas q= ue contenían 3000.3100.3200 Kcal EM/Kg de alimento.

 

 

 

Índice de eficiencia europea.

El Indicé de eficiencia europea se obtuvo 370.55 pun= tos para el nivel 0 % de DDGS que difiere estadísticamen= te del resto de niveles, principalmente del 21 % puesto que alcanzó una eficiencia= de 284.90. Estos resultados son muy superiores a los reportados por Chávez, P, (2006), quien al utilizar tres niveles de energía y proteína en las dietas obtuvo 181.76, 142.= 18 y136.5 puntos en los 28 días de experimento.

Mortalidad.

 La mortalida= d en las aves es inevitable, aunque no existió diferencias estadísticas, la mayor mortalidad se presentó con las aves que recibieron 21 % de DDGS, seguido de 7 y 14 % con 0.06 % de mortalidad y finalmente el 0% = de DDGS arrojó una mortalidad del 0.04 %. Esta mortalidad se debe a factores ajenos a lo nutricional ya que se produjo por depredadores como la rata o posiblemente otra clase roedores, además se des= carta murete por enfermedades por el hecho de que estos animales son rústicos. Po= r lo que se asume que esta mortalidad se presenta por estrés que puede ser ajeno= al manejo.

Conclusiones:

·&nb= sp;        La gananci= a de peso de las codornices hasta los 21 días al apl= icar DDGS no difieren estadísticamente, aunque el consumo fue más notorio en las aves que se suministraron DDGS en un 14 %, en esta etapa inicial las aves m= ás eficientes fueron a las que se suministraron 7% de DDGS debido a que report= ó una conversión alimenticia de 4.33.

·&nb= sp;        En el perí= odo de levante las aves más eficientes fueron las que recibieron en la dieta DDGS7= en un 0% y 7 %, por ende, tuvieron mayor peso y ganancia de peso y un mejor ín= dice de eficiencia europea. El rendimiento a la cana= l de las aves que recibieron en su dieta 21 y 0 % de DDGS fue <= span style=3D'font-size:12.0pt;line-height:115%;font-family:"Times New Roman",se= rif; mso-fareast-font-family:"Times New Roman";border:none;mso-ansi-language:ES-= EC'>de 62.09 y 61.54 %.

·&nb= sp;        Difundir l= os resultados de la presente investigación a los avicultores como alternativa = de producción pecuaria considerando que el el periodo de postura refleja el ma= nejo en el periodo de crecimiento y levante sobre todo el aspecto nutricional.

Referencia= s bibliográ= ficas:

BATAL, A= . and N. Dale.2003.Mineral composition of distillers d= rid graiins with                                                     soluble. Appl. Poult. Res.

BLAS.C.MATEOS,= G. y REBOLLAR, P. 2005. Fundación Española para el Desarrollo         =           de la Nutrición Animal. Madrid, Esp= aña. 423 pp.

BELTRAN,= M. 1988. Comportamiento productivo de la Codorniz doméstica y   determinación de las características generales de su producción de Huevo. Chihuahua, México. p 45,46.=

CORTEZ, = et al., 2012 “El uso de granos secos de destilería con solubles (DDGS) en diet= as sorgo-soya para pollos de engorda y gallinas de postura UNAM. México

CHAVEZ, = J. 2006. Determinación de la Dieta Base Para la Alimentación con DDGS en Pollo= s de Engorde en Zamorano.

MARKS. L. 2008. Growht rate inheritance in japanence quail .proti= n and   energy  requirements of lines selected under different nutritional enviroment  P= oultry Science. pp: 304-310.

MORALES,= C. (2008). Suplementación De Enzimas Exógenas y su Efecto en la Producción de  huevos de Codorniz. Tesis de Grado Ingeniero Zootecnista. Facultad Ciencias Pecuarias- ESPOCH. Riobamba, Ecuador.

MORENO, = M. 1996. “Evaluación de tres niveles de Proteína y tres niveles de energía en = la cría, levante y producción de codornices. Tesis de Grado. Facultad de Cienc= ias Pecuarias- ESPOCH. Riobamba, Ecuador. P 48,49.

SARANGO,= L. 1996. Determinación de parámetros productivos de la codorniz.  Tesis de Grado Ingeniero Zootecnista. FCP-ESPOCH. Riobamba, Ecuador. pp 63

RAVINDRA= N, V. 2010. Disponibilidad de piensos y nutrición de aves de corral en países en desarrollo. Revisado en http://www.fao.org/docrep/016/al703s/al703s00.pdf

RUIZ, M.= 1985. Expoltacion de Codornices. Sn. Edit. Politecnica Riobamba Ecuador. p78.

USMAN.B,= MANI, A,  YUGUDA, D. and  DIARRA, S. 2008.International Journal of Poultry Science. pp: 328-332.

Wu-Haan = W,  et al., 21= 00. The use of distillers dried grains  plus soluble as a feed ingredien= t on airemissions and performance from laying hens. Poult Sci2010;89:1355-1359

 

 

 

 

 

 

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PARA CITAR EL ARTÍCULO INDEXADO.=

 

 

Shagñay = Rea, S. M., & Rojas Oviedo, L. A. (2020). Evaluación de tres niveles de DDGS= de maíz (Granos de destilería de maíz Desecados con Soluble 7%, 14% 21%) en di= etas de crecimiento, levante Coturnix Japónic. ConcienciaDigital,&nb= sp;3(3), 116-127.

https://doi.o= rg/10.33262/concienciadigital.v3i3.1284

 

 

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El artículo que se publica es de exclusiva responsabilidad de los autor= es y no necesariamente reflejan el pensamiento de la Revista Conciencia Digital.

 

El artículo queda en propiedad de la revista y, por tanto, su publicación parc= ial y/o total en otro medio tiene que ser autorizado por el director de la Revista Conciencia Digital.<= /p>

 

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<= o:p> 



= [1] Escuela Superior Politécnica de Chimborazo, Facultad de Mecánica, Riobamba, Ecuador, ana.flores@espoch.edu.ec, ORCID: 0000-= 0001-8748-7859

= [2]= Escuela Superior Politécnica de Chimborazo, Facultad de Ciencias, Riobamba, Ecuador, luissantiago.carrera@espoch.edu.ec, ORCID: 0000= -0002-3262-5895

[3] Escuela Sup= erior Politécnica de Chimborazo, Facultad de Ciencias, Riobamba, Ecuador, carlos.medinas@espoch.edu.ec, ORCID: 0000-0003-4916-72421

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                  =                                                                            =                     ISSN: 2600-5859

                        Vol. 3, N°3, p. 115-126, julio-septiembre, 2020

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Educación del Futuro                                                                               =                                            Página 126

 

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