首页> 外文期刊>Onderstepoort Journal of Veterinary Research >Pre-slaughter, slaughter and post-slaughter defects of skins and hides at the Sheba Tannery and Leather Industry, Tigray region, northern Ethiopia
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Pre-slaughter, slaughter and post-slaughter defects of skins and hides at the Sheba Tannery and Leather Industry, Tigray region, northern Ethiopia

机译:埃塞俄比亚北部提格雷地区Sheba制革和皮革工业的生皮和生皮的屠宰前,屠宰和屠宰后缺陷

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Skins and hides are perishable resources that can be damaged by parasitic diseases and human error, which result in downgrading or rejection. This study was conducted to identify defect types and to determine their prevalence in pickled sheep and wet blue goat skins and wet blue hides. Each selected skin or hide was examined for defects in natural light and the defects were graded according to established quality criteria in Ethiopian standard manuals. Major defects were captured by digital photography. The major pre-slaughter defects included scratches (64.2%), cockle ( ekek ) (32.8%), wounds or scars (12.6%), lesions from pox or lumpy skin disease (6.1%), poor substance (5%), branding marks (2.3%) and tick bites (1.5%). The presence of grain scratches in wet blue hides (76.3%) was significantly higher than in pickled sheep (67.2%) and wet blue goat (59.1%) skins. The major slaughter defects included flay cuts or scores, holes, poor pattern and vein marks, with a higher occurrence in wet blue goat skins (28.7%; P 0.001) than in wet blue hides (22.8%) and pickled sheep skins (11.1%). The most prevalent postslaughter defects were grain cracks (14.9%), hide beetle damage (8%), damage caused by heat or putrefaction (3.7%) and machine-induced defects (0.5%). Grain cracks (27.04%) and hide beetle damage (13.9%) in wet blue goat skins were significantly more common than in wet blue hides and pickled sheep skins. These defects cause depreciation in the value of the hides and skins. Statistically significant ( P 0.001) higher rejection rates were recorded for wet blue hides (82.9%) than for pickled sheep skins (18.3%) and wet blue goat skins (8.5%). Improved animal health service delivery, effective disease control strategies and strong collaboration between stakeholders are suggested to enhance the quality of skins and hides.
机译:皮革和生皮是易腐烂的资源,可能被寄生虫疾病和人为错误破坏,从而导致等级下降或报废。进行该研究以鉴定缺陷类型并确定其在腌制绵羊和蓝湿山羊皮以及蓝湿皮革中的普遍性。检查每种选择的皮肤或皮革在自然光下的缺陷,并根据埃塞俄比亚标准手册中已建立的质量标准对缺陷进行分级。主要缺陷是通过数码摄影捕获的。屠宰前的主要缺陷包括划痕(64.2%),鸟蛤(ekek)(32.8%),伤口或疤痕(12.6%),痘痘或块状皮肤病引起的损害(6.1%),不良物质(5%),品牌标记(2.3%)和壁虱叮咬(1.5%)。蓝色湿皮中的谷物划痕(76.3%)显着高于腌制绵羊(67.2%)和蓝色湿山羊皮(59.1%)。屠宰的主要缺陷包括切屑或刻痕,孔洞,不良的图案和静脉痕迹,蓝色湿山羊皮(28.7%; P <0.001)的发生率高于蓝色湿皮(22.8%)和酸洗的绵羊皮(11.1) %)。屠宰后最常见的缺陷是裂纹(14.9%),甲虫的皮损(8%),热或腐烂引起的损害(3.7%)和机器引起的缺陷(0.5%)。蓝湿山羊皮中的谷物裂纹(27.04%)和甲虫损害(13.9%)比蓝湿皮和腌制的绵羊皮中更为常见。这些缺陷会导致生皮的价值下降。蓝皮湿皮(82.9%)的腌制率比皮毛羊皮(18.3%)和蓝湿山羊皮(8.5%)高(P <0.001)。建议改善动物卫生服务的提供,有效的疾病控制策略以及利益相关者之间的密切合作,以提高皮革和生皮的质量。

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