Correlations between body measures with live weight in young male goats

Fonseca, José Brandão; Pimenta, José Luiz Leonardo de Araújo; Moura, Larissa Sardinha de; Souza, Ludmila Cavati de; Silva, Tatiana Labre da; Fonseca, Cláudio César; Oliveira, Rodrigo Vasconcelos de

doi:10.4025/actascianimsci.v43i1.52881

Cited by 2 publications

(1 citation statement)

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“…Live weight is a critical factor in determining potential milk production and traits of livestock, especially those with economic values (Khandoker et al 2018;Moroz and Samorukov 2020). In additionbody size and live weight are two major factors that can be used to evaluate goat growth performance and are critical indicators for improving goat production (Kari et al 2019;Fonseca et al 2021).…”

Section: Introductionmentioning

confidence: 99%

Determination of Growth and Survival Rates of Saanen Kid in UniSZA Dairy Goat Farm

Anuar,

Ahmad,

Rosli

et al. 2024

JITV

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Live weight is one of the parameters for evaluating milk and meat production of livestock. Live weight is an important indicator for improving production traits. The present study was conducted to measure growth performances based on two factors; sex differences and litter size and observation of survival between these factors during the sample period. Data from 22 Saanen kid were recorded for 6 weeks. Results showed that male kid had higher live weight than female kid (P0.05), with a difference of 3.3% in the percentage of live weight gained over 6 weeks of sampling. This resulted in a body gain of 0.68 kg/day for male kid and 0.48 kg/day for female kid. The current study also showed that twin kid had a higher average live weight than single kid (P0.05). The average size of single-born Saanen kid was not significantly different from twin-born Saanen goat kid (P0.05). Twin-born Saanen kid gained 9.9% more live weight in 6 weeks than singleton- born. Survival was 86.4%, with all deaths attributable to singleton-born kid. In this study, preweaning kid survival was not affected by sex or litter size, but was affected by maternal age. Other factors such as pellet deficiency should be considered as they affect the overall production of the animals. The data collected in this study could potentially lead to more accurate evaluation of breeding value, and improvements in feeding and management.

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Section: Introductionmentioning

confidence: 99%

Determination of Growth and Survival Rates of Saanen Kid in UniSZA Dairy Goat Farm

Anuar,

Ahmad,

Rosli

et al. 2024

JITV

View full text Add to dashboard Cite

show abstract

Highly Accurate and Precise Determination of Mouse Mass Using Computer Vision

Guzman,

Geuther,

Sabnis

et al. 2023

Preprint

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Changes in body mass are a key indicator of health and disease in humans and model organisms. Animal body mass is routinely monitored in husbandry and preclinical studies. In rodent studies, the current best method requires manually weighing the animal on a balance which has at least two consequences. First, direct handling of the animal induces stress and can have confounding effects on studies. Second, the acquired mass is static and not amenable to continuous assessment, and rapid mass changes can be missed. A noninvasive and continuous method of monitoring animal mass would have utility in multiple areas of biomedical research. Here, we test the feasibility of determining mouse body mass using video data. We combine computer vision methods with statistical modeling to demonstrate the feasibility of our approach. Our methods determine mouse mass with 4.8\% error across highly genetically diverse mouse strains, with varied coat colors and mass. This error is low enough to replace manual weighing with image-based assessment in most mouse studies. We conclude that visual determination of rodent mass using video enables noninvasive and continuous monitoring and can improve animal welfare and preclinical studies.

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Correlations between body measures with live weight in young male goats

Cited by 2 publications

References 35 publications

Determination of Growth and Survival Rates of Saanen Kid in UniSZA Dairy Goat Farm

Determination of Growth and Survival Rates of Saanen Kid in UniSZA Dairy Goat Farm

Highly Accurate and Precise Determination of Mouse Mass Using Computer Vision

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