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Growth response of Kampung and Pelung cross chickens to diet differed in protein content Iskandar, Sofjan; Z, Desmayati; Sastrodihardi, S; Sartika, T; Setiadi, P; Susanti, T
Indonesian Journal of Animal and Veterinary Sciences Vol 3, No 1 (1998)
Publisher : Indonesian Animal Sciences Society

Two lines of native chicken (Kampung and Pelung cross) were subjected to diets differed in protein content (21, 19, 17and 15%), but isocaloric (2,900 kcal ME/kg). Ten (5 males, 5 females) day old chicks were allocated as replicate and thetreatments were 2 lines x 4 levels dietary protein. The trial was conducted for 12 weeks period . Bodyweight gain of Kampungchicken (704 g/bird) was lower than ofPelung cross chicken (844 g/bird). Based on bodyweight gain and feed conversion ratio,the optimum level of dietary crude protein was 19% for both lines, whilst consumption was not affected either by lines nor bydietary protein. Pelung cross chicken converted feed to body weight more efficiently than Kampung chicken did. However feedconversion ratio increased with decreasing in dietary protein. Mortality was not affected either by lines nor by dietary protein.Twelve weeks carcass percentage of Pelung cross (64,9%) was higher than of Kampung chickens (62,9%), however carcass percentage was not affected by the dietary protein. Abdominal fat pad was not affected by lines of chickens nor dietary protein. Â Key words : Native chicken, protein, growth, carcass

Comparison of external genetic of Wareng and Kampung Chicken, observed from introgression rate and genetic variability Sartika, T; Wati, D.K; Iman Rahayu, H.S; Iskandar, S
Indonesian Journal of Animal and Veterinary Sciences Vol 13, No 4 (2008)
Publisher : Indonesian Animal Sciences Society

Wareng and Kampung chicken are Indonesian native chicken that have good potential to be dual purpose chicken. Information on these chickens has not hastân widely published so that their genetic potential is unknown. The purpose of thisÂ research is to collect basic data of the external genetic characteristic from Wareng and Kampung chickens consisting feather color, feather pattern, feather feature, feather shine, shank color and comb shape; to identify rate of introgression imported breed (Rhode Island Red, White Leghorn and Barred Plymouth Rock), the purity and genetic variability of Wareng and Kampung chickens. This study was carried out at the Research Institute for Animal Production, Ciawi, Bogor. Materials used were 361 of Wareng chickens (313 females, 48 males) and 439 of Kampung chickens (352 females, 87 males). Data were analyzed using formulas to identify gene frequency, rate of introgression of purity native gene frequency and the genetic variability. The result showed that the control of gene constitution on external characteristic of Wareng chicken was I_ E_ bb S_ Id_ pp and ii e+ _bb ss idid pp on Kampung chicken. Wareng chicken own constitution of gene the same as with White Leghorn (II EE SS BB IdId pp). Wareng Chicken is not containing frequency of original gene of Indonesian local chicken (Kampung). The level of influence value (rate of introgression) from Europe and American chicken for Wareng chicken was of equal to 84% and 25% to Kampung chicken. So that the purity for Wareng chicken was 16% and 75% was for Kampung chicken. The variability genetic of Kampung chickens (39%) higher than Wareng chicken (16%). Â Â Key Words: Wareng Chicken, Kampung Chicken, External Genetic, Introgression Rate

Response of laying performance of KUB chicken to dietary protein given during growing period Hidayat, Cecep; Iskandar, S.; Sartika, T
Indonesian Journal of Animal and Veterinary Sciences Vol 16, No 2 (2011)
Publisher : Indonesian Animal Sciences Society

One hundred and sixty KUB pullets of 22 weeks of age (KUB = Kampung chicken selected for egg production) were previously raised on different dietary protein level during starter-grower period. During starting period, chicks (0-12 weeks of age) were given dietary protein of: 16% crude protein, CP (R1); 17.5% CP (R2); 19% CP (R3); 20.5% CP (R4); 22% CP (R5). All dietary treatments were iso-energy of 2800 kcal ME (metabolisable energy)/kg. During growing period (12-22 weeks) each group of treatment chick was divided into two regimes of dietary protein levels. One was subjected to the same as treatments given during starting period, and the other one was given diet with reduced dietary protein content up to 1.5%. The treatments were R1-1, having dietary protein of 16.0%; R1-2, having dietary protein of 14.5%; R2-1, having dietary protein of 17.5%; R2-2, having dietary protein of 16.0%; R3-1, having dietary protein of 19.0%; R3-2, having dietary protein of 17.5%; R4-1, having dietary protein of 20.5%; R4-2, having dietary protein of 19.0%; R5-1, having dietary protein of 22% and R5-2, having dietary protein of 20.5%. The energy content of all dietary treatments was the same for all treatments 2800 kkal ME/kg. The hens were then grouped into the treatment as the treatment groups of growing period of 12-22 weeks. Hens were then raised on laying diet, containing 17.11% CP (crude protein) with 2728 kcal ME/kg. The results showed that the change of dietary treatment, given during growing period, influenced (P < 0,05) first lay weight, first egg weight,Â weight gain, egg weight, egg width, egg volume of KUB hens age of 22-42 weeks. And the dietary protein treatment, given during starter and growing period, influenced (P < 0.05) first lay body weight, first lay age, feed consumption, egg weight, egg length, egg width of KUB hens age of 22-42 weeks. Key Words: KUB Chicken, Starting and Growing Dietary Protein, Egg Production

Response of laying performance of KUB chicken to dietary protein given during growing period Cecep Hidayat; S. Iskandar; T Sartika
Jurnal Ilmu Ternak dan Veteriner Vol 16, No 2 (2011): JUNE 2011
Publisher : Indonesian Center for Animal Research and Development (ICARD)

One hundred and sixty KUB pullets of 22 weeks of age (KUB = Kampung chicken selected for egg production) were previously raised on different dietary protein level during starter-grower period. During starting period, chicks (0-12 weeks of age) were given dietary protein of: 16% crude protein, CP (R1); 17.5% CP (R2); 19% CP (R3); 20.5% CP (R4); 22% CP (R5). All dietary treatments were iso-energy of 2800 kcal ME (metabolisable energy)/kg. During growing period (12-22 weeks) each group of treatment chick was divided into two regimes of dietary protein levels. One was subjected to the same as treatments given during starting period, and the other one was given diet with reduced dietary protein content up to 1.5%. The treatments were R1-1, having dietary protein of 16.0%; R1-2, having dietary protein of 14.5%; R2-1, having dietary protein of 17.5%; R2-2, having dietary protein of 16.0%; R3-1, having dietary protein of 19.0%; R3-2, having dietary protein of 17.5%; R4-1, having dietary protein of 20.5%; R4-2, having dietary protein of 19.0%; R5-1, having dietary protein of 22% and R5-2, having dietary protein of 20.5%. The energy content of all dietary treatments was the same for all treatments 2800 kkal ME/kg. The hens were then grouped into the treatment as the treatment groups of growing period of 12-22 weeks. Hens were then raised on laying diet, containing 17.11% CP (crude protein) with 2728 kcal ME/kg. The results showed that the change of dietary treatment, given during growing period, influenced (P < 0,05) first lay weight, first egg weight, weight gain, egg weight, egg width, egg volume of KUB hens age of 22-42 weeks. And the dietary protein treatment, given during starter and growing period, influenced (P < 0.05) first lay body weight, first lay age, feed consumption, egg weight, egg length, egg width of KUB hens age of 22-42 weeks. Key Words: KUB Chicken, Starting and Growing Dietary Protein, Egg Production

Growth response of Kampung and Pelung cross chickens to diet differed in protein content Sofjan Iskandar; Desmayati Z; S Sastrodihardi; T Sartika; P Setiadi; T Susanti
Jurnal Ilmu Ternak dan Veteriner Vol 3, No 1 (1998)
Publisher : Indonesian Center for Animal Research and Development (ICARD)

Two lines of native chicken (Kampung and Pelung cross) were subjected to diets differed in protein content (21, 19, 17and 15%), but isocaloric (2,900 kcal ME/kg). Ten (5 males, 5 females) day old chicks were allocated as replicate and thetreatments were 2 lines x 4 levels dietary protein. The trial was conducted for 12 weeks period . Bodyweight gain of Kampungchicken (704 g/bird) was lower than ofPelung cross chicken (844 g/bird). Based on bodyweight gain and feed conversion ratio,the optimum level of dietary crude protein was 19% for both lines, whilst consumption was not affected either by lines nor bydietary protein. Pelung cross chicken converted feed to body weight more efficiently than Kampung chicken did. However feedconversion ratio increased with decreasing in dietary protein. Mortality was not affected either by lines nor by dietary protein.Twelve weeks carcass percentage of Pelung cross (64,9%) was higher than of Kampung chickens (62,9%), however carcass percentage was not affected by the dietary protein. Abdominal fat pad was not affected by lines of chickens nor dietary protein. Key words : Native chicken, protein, growth, carcass

Comparison of external genetic of Wareng and Kampung Chicken, observed from introgression rate and genetic variability T Sartika; D.K Wati; H.S Iman Rahayu; S Iskandar
Jurnal Ilmu Ternak dan Veteriner Vol 13, No 4 (2008): DECEMBER 2008
Publisher : Indonesian Center for Animal Research and Development (ICARD)

Wareng and Kampung chicken are Indonesian native chicken that have good potential to be dual purpose chicken. Information on these chickens has not hast’n widely published so that their genetic potential is unknown. The purpose of this research is to collect basic data of the external genetic characteristic from Wareng and Kampung chickens consisting feather color, feather pattern, feather feature, feather shine, shank color and comb shape; to identify rate of introgression imported breed (Rhode Island Red, White Leghorn and Barred Plymouth Rock), the purity and genetic variability of Wareng and Kampung chickens. This study was carried out at the Research Institute for Animal Production, Ciawi, Bogor. Materials used were 361 of Wareng chickens (313 females, 48 males) and 439 of Kampung chickens (352 females, 87 males). Data were analyzed using formulas to identify gene frequency, rate of introgression of purity native gene frequency and the genetic variability. The result showed that the control of gene constitution on external characteristic of Wareng chicken was I_ E_ bb S_ Id_ pp and ii e+ _bb ss idid pp on Kampung chicken. Wareng chicken own constitution of gene the same as with White Leghorn (II EE SS BB IdId pp). Wareng Chicken is not containing frequency of original gene of Indonesian local chicken (Kampung). The level of influence value (rate of introgression) from Europe and American chicken for Wareng chicken was of equal to 84% and 25% to Kampung chicken. So that the purity for Wareng chicken was 16% and 75% was for Kampung chicken. The variability genetic of Kampung chickens (39%) higher than Wareng chicken (16%). Key Words: Wareng Chicken, Kampung Chicken, External Genetic, Introgression Rate

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