Yezzi Irmanora, E. Julianti, F. Faisal, Desriwan Angga Putra
{"title":"鸡肉样品中添加溶羊血和溶牛血的培养基中弯曲杆菌生长效果的比较","authors":"Yezzi Irmanora, E. Julianti, F. Faisal, Desriwan Angga Putra","doi":"10.21157/ijtvbr.v8i1.32103","DOIUrl":null,"url":null,"abstract":" Blood is a good growth medium for bacteria by preventing the accumulation of toxic oxygen (peroxide and superoxide) and increasing the growth ability of these bacteria. The purpose of this study was to evaluate the ability of lysed sheep blood and lysed cow blood as a substitute for lysed horse blood on Campylobacter growth media, as well as evaluate the growth of Campylobacter from chicken meat samples on culture media supplemented with lysed sheep blood and lysed cow blood compared to the media cultures using lysed horse blood supplements. The concentration of lysed sheep blood, lysed cow blood, and lysed horse blood used was 5% each. The chicken meat samples used in this study were 30 samples. Based on the results, 14 samples of C. jejuni bacteria showed the ability to grow up to 107 and 16 samples up to 106. In the media added with lysed cow blood supplement only one sample was able to grow up to 106, 17 samples grew up to 105, and 12 samples grew up to 104. These results statistically used the one way analysis of variance (ANOVA) test indicating a significant difference significant (P0.05). Further tests using post hoc least significance different (LSD) showed a comparison of the average growth in lysed horse blood, lysed sheep blood, and lysed cow blood significantly different (P 0.05), while the average value of each treatment was the addition of lysed horse blood supplements, lysed sheep blood, and cow blood consecutive lysis was 8.551 ± 0.340, 7.117 ± 0.544, and 5.265 ± 0.548. The addition of lysed sheep blood and lysed cow blood to bolton broth media in this study can be used for C. jejuni isolation. However, the blood of lysed sheep had a higher effectiveness in the ability to grow C. jejuni, which was close to the ability to grow with the addition of lysed horse blood as a control, compared to the addition of lysed cow blood. ","PeriodicalId":130318,"journal":{"name":"The International Journal of Tropical Veterinary and Biomedical Research","volume":"13 1","pages":"0"},"PeriodicalIF":0.0000,"publicationDate":"2023-06-17","publicationTypes":"Journal Article","fieldsOfStudy":null,"isOpenAccess":false,"openAccessPdf":"","citationCount":"0","resultStr":"{\"title\":\"Comparison of The Effectiveness of Campylobacter Growth Ability in Culture Media Added Supplements Lysed Sheep's Blood with Lysed Cow's Blood in Chicken Meat Samples\",\"authors\":\"Yezzi Irmanora, E. Julianti, F. 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引用次数: 0
摘要
血液是细菌的良好生长介质,可以防止有毒氧(过氧化物和超氧化物)的积累,并增加这些细菌的生长能力。本研究的目的是评价溶羊血和溶牛血在弯曲杆菌生长培养基上替代溶马血的能力,以及评价鸡肉样品在添加溶羊血和溶牛血的培养基上与添加溶马血的培养基上弯曲杆菌的生长情况。所用溶血羊血、溶血牛血、溶血马血浓度均为5%。本研究中使用的鸡肉样本为30个样本。结果表明,14份样品的空肠梭菌能生长到107,16份样品能生长到106。在添加牛血的培养基中,只有1个样品能生长到106,17个样品能生长到105,12个样品能生长到104。统计上采用单因素方差分析(ANOVA)检验,差异有统计学意义(P0.05)。进一步采用事后最不显著差异法(post - least significance差分法,LSD)进行试验,结果表明,马血、羊血和牛血的平均生长量差异显著(P < 0.05),而连续添加马血、羊血和牛血的平均生长量分别为8.551±0.340、7.117±0.544和5.265±0.548。本研究在博尔顿肉汤培养基中添加羊血和牛血,可用于分离空肠梭菌。然而,与添加牛血相比,绵羊血在空肠梭菌的生长能力方面具有更高的效力,其生长能力接近添加马血作为对照的能力。
Comparison of The Effectiveness of Campylobacter Growth Ability in Culture Media Added Supplements Lysed Sheep's Blood with Lysed Cow's Blood in Chicken Meat Samples
Blood is a good growth medium for bacteria by preventing the accumulation of toxic oxygen (peroxide and superoxide) and increasing the growth ability of these bacteria. The purpose of this study was to evaluate the ability of lysed sheep blood and lysed cow blood as a substitute for lysed horse blood on Campylobacter growth media, as well as evaluate the growth of Campylobacter from chicken meat samples on culture media supplemented with lysed sheep blood and lysed cow blood compared to the media cultures using lysed horse blood supplements. The concentration of lysed sheep blood, lysed cow blood, and lysed horse blood used was 5% each. The chicken meat samples used in this study were 30 samples. Based on the results, 14 samples of C. jejuni bacteria showed the ability to grow up to 107 and 16 samples up to 106. In the media added with lysed cow blood supplement only one sample was able to grow up to 106, 17 samples grew up to 105, and 12 samples grew up to 104. These results statistically used the one way analysis of variance (ANOVA) test indicating a significant difference significant (P0.05). Further tests using post hoc least significance different (LSD) showed a comparison of the average growth in lysed horse blood, lysed sheep blood, and lysed cow blood significantly different (P 0.05), while the average value of each treatment was the addition of lysed horse blood supplements, lysed sheep blood, and cow blood consecutive lysis was 8.551 ± 0.340, 7.117 ± 0.544, and 5.265 ± 0.548. The addition of lysed sheep blood and lysed cow blood to bolton broth media in this study can be used for C. jejuni isolation. However, the blood of lysed sheep had a higher effectiveness in the ability to grow C. jejuni, which was close to the ability to grow with the addition of lysed horse blood as a control, compared to the addition of lysed cow blood.