Cotticelli Alessio, Matera Roberta, Piscopo Nadia, Bosco Antonio, Claps Salvatore, Del Serrone Paola, Zoratti Aloma, Castaldo Elisa, Veneziano Vincenzo, Rufrano Domenico, Neglia Gianluca, Buono Francesco
Department of Veterinary Medicine and Animal Production, University of Naples Federico II, Via F. Delpino 1, 80137 Naples, Italy.
CREA Research Centre for Animal Production and Aquaculture, Bella Muro, 85051 Bella, Italy.
Animals (Basel). 2023 Aug 7;13(15):2541. doi: 10.3390/ani13152541.
The aim of the present study was to evaluate the efficacy and safety of neem oil on caprine pediculosis and on kids' growth performances. The neem () belongs to the Meliaceae family, and in Eastern countries it is mainly considered for the insecticidal activities of the kernel oil. The neem seeds contain bioactive principles, such as azadirachtin A, salannin, nimbin, and nimbolide. The trial was carried out on 24 kids, 120 days old, maintained in open yards. Animals were divided in 4 homogeneous groups ( = 6 animals/group) based on age, louse count, body condition score (BCS) and live body weight: Control Group (C, saline NaCl, 0.9%), Neem Group 1 (NO-100, 100 mL of neem oil per 10 kg), Neem Group 2 (NO-200, 200 mL/10 kg), Neem Group 3 (NO-300, 300 mL/10 kg). The treatments were performed by spraying the insecticide on the goat's body. The study lasted 56 days, and weekly, the kids underwent louse count, BCS and body weight determination, and FAMACHA score. Data were analyzed by ANOVA for repeated measures. The species of lice identified was . Kids belonging to NO-200 and NO-300 showed a stronger reduction of louse count throughout the study (>95%). The daily weight gain recorded was significantly higher ( < 0.05) in NO-300 than C. No differences were found for BCS and FAMACHA scores. The results of this trial showed that the administration of neem oil to control caprine pediculosis caused by sucking lice represents an alternative to synthetic compounds.
本研究的目的是评估印楝油对山羊虱病以及幼羊生长性能的疗效和安全性。印楝()属于楝科,在东方国家,其种仁油主要因其杀虫活性而受到关注。印楝种子含有生物活性成分,如印楝素A、萨林宁、印楝宁和印楝内酯。试验在24只120日龄的幼羊身上进行,这些幼羊饲养在露天场地。根据年龄、虱子数量、体况评分(BCS)和活体重,将动物分为4个同质组(每组 = 6只动物):对照组(C,0.9%生理盐水NaCl)、印楝油组1(NO - 100,每10千克100毫升印楝油)、印楝油组2(NO - 200,每10千克200毫升)、印楝油组3(NO - 300,每10千克300毫升)。通过将杀虫剂喷洒在山羊身上进行处理。研究持续了56天,每周对幼羊进行虱子计数、BCS和体重测定以及FAMACHA评分。数据采用重复测量方差分析进行分析。鉴定出的虱子种类为 。在整个研究过程中,属于NO - 200和NO - 300组的幼羊虱子数量减少更为显著(>95%)。记录的日增重,NO - 300组显著高于对照组(<0.05)。BCS和FAMACHA评分未发现差异。该试验结果表明,使用印楝油控制由吸血虱引起的山羊虱病是合成化合物的一种替代方法。