Abstract

ABSTRACT The objective of the present study was to evaluate the effect of a vitamin and mineral complex, associated with the application of an efficient anthelmintic, in parasitized lambs, with characteristic signs of gastrointestinal nematode infection, on hematological clinical parameters of clinical improvementand weight gain. 60 lambs Australian Merino breed, with 8 and 9 months of age, were segregated in four groups: control (no supplemetation); formula 1 (Iron Dextran, Organic Phosphorus, Cyanocobalamin and Vitamin k); formula 2 (Iron Dextran, Organic Phosphorus and Cyanocobalamin); and formula 3 (Vitamin k). Hematocrit, prothrombin time, total plasma proteins, color of the conjunctiva and weight gain were analyzed. The results were submitted to analysis of variance (ANOVA) through the repeated measures test. There was no statistical difference between treatments for the variables of hematocrit (P = 0.564), prothrombin time (P = 0.911) and plasma proteins (P = 0.6), for the conjunctiva color variable there was a difference (P = 0.052 ), with greater results for the groups supplemented with Vitamin K, Butafosfan, Cyanocobalamin and Iron (groups F1 and F3), as well as those same groups reached higher body weight at D35 (P = 0.023). It can be concluded that the administration of vitamin and mineral complex, associated with efficient anthelmintic, promoted a better performance in parasitized lambs.

Highlights

  • Gastric infection by nematodes is one of the main challenges of sheep farming

  • Lambs had high nematode (Strongylida) burdens on D0

  • The different formulations used as supplements did not affect the red blood cell counts (P=0,564), and there was no treatment by period interaction (P=0,843)

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Summary

Introduction

Gastric infection by nematodes is one of the main challenges of sheep farming. Nematodes are thought to infect 87.5% of the sheep in the state of Rio Grande do Sul, the most prevalent being parasites in the Strongylida order (Ferraz et al 2019). The treatment consists of periodic antihelminthics; research suggest that dietary supplementation during this process improves the response reducing the animal’s recovery time. These consist of vitamin and mineral supplements which improve coagulation and stimulate erythropoiesis. This vitamin is responsible for the biosynthesis of coagulation factors, acting directly in the production of the gamma-carboxyglutamic amino acid (Gla) Other substances such as iron and vitamin B12 are used because the act in the hematopoietic system accelerating the recovery of red blood cell counts to revert anemia (DEUBAX et al, 2019; ROCHA et al, 2018; AHMAD et al, 2019). The parameters chosen were blood cell count, clinical improvement and wait gain of the lambs

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