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Articles by Song Hui
Total Records ( 3 ) for Song Hui
  S.U. Mahfuz , Song Hui and Liu Zhongjun
  This study was conducted to represent the role of Flammulina velutipes stem in laying hen ration for improving laying performances and health status of layer chicken. Flammulina velutipes is one of the most popular edible mushroom in Asian countries and known as winter mushroom. Inclusion of Flammulina velutipes stem (FVS) in layer diets is the most effective supplement in order to improve laying performance, egg quality, intestinal morphology, cecal microflora and excreta composition. It has been reported that FVS in laying hen could improve laying performance and egg quality including Feed Conversion Ratio (FCR), egg mass, egg size, egg yolk cholesterol and yolk fatty acid. Flammulina velutipes stem can change small intestinal morphology that might help to increase nutrient absorption in chicken. Flammulina velutipes stem also reported on controlling pathogenic bacteria as well as increasing beneficial bacteria in cecum to keep sound gut health in layer chickens. Flammulina velutipes stem had indirect effect on suppression of ammonia gas in feces by reducing moisture content in feces. Therefore supplementation of winter mushroom stem could be useful strategy to improve laying performance, egg quality and sound gut health in layer.
  S.U. Mahfuz , M.J. Nahar , Chen Mo , Zhang Ganfu , Liu Zhongjun and Song Hui
  Supplementation of probiotic as a mean to improve the health and performance of poultry has generated significant interest over the last few years. A driving force for the interest of probiotic is to eliminate the use of low-dose antibiotics in poultry production. The extensive use of antibiotics in poultry with the purpose of promoting growth rate, increasing feed conversion efficiency and for the prevention of intestinal infections have led to an imbalance of the beneficial intestinal flora and the appearance of resistant bacteria. With increasing concerns about antibiotic resistance, there is increasing interest in finding alternatives to antibiotics for poultry production. To avoid the health hazards of antimicrobials drugs like antibiotics to human as well as poultry, probiotic has been used for as an potential substitute for antibiotics and been proved to be saved in poultry production system. This increased attention toward probiotic supplementation has generated an extensive body of research in the present day. However, there is still a lot of debate in scientific literature regarding the significant effect of probiotic on immune response against specific pathogens and growth performance in poultry. Taking into account the experimental immune responses and performance, this review provides a summary of the use of probiotic for prevention of infectious diseases in poultry, as well as demonstrating the potential role of probiotic in the growth performance and immune response of poultry, with a critical evaluation of results obtained to date. Collectively this study found a strong evidence to suggest that probiotic supplementation may have an impact on the immune response, overall health and performance of poultry.
  Chen Min , Wang Lei , T.T. Liu , Song Hui , H.Z. Liu and K.M. Peng
  The present study was performed to investigate the morphology and topographic distribution, developmental changes of somatostatin-producing cells in the small intestinal of African ostrich chicks at different ages: 1 day (birth), 45 days, 90 (days) and 334 (control). The results were as follows: Somatostatin (SOM) cells were present in the mucosal layer of whole small intestinal of the African ostrich on all checked days. SOM cells had round and spherical shapes (closed-type cells) or spindle and pyriform shapes (open-type cells). SOM cells were localized preferentially in the duodenum of 90 days old ostrich. The quantity of SOM-IP cells increased gradually after birth until 90 days and peaked on 90 days in the duodenum, meanwhile it decreased gradually after birth until 90 days and footed on 90 days in the jejunal and ileal regions. These results indicated that SOM might be involved in functional and developmental regulation of small intestinal of African ostrich chicks.
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