Data and statistical code to analyze keel bone fracture status in white and brown-feathered laying hens at baseline (week 0) and 5 weeks after receiving one of three treatments (control (CON), partial immobilization (BAN), full immobilization (CAG))
A high prevalence of deviations and fractures of the keel bone is a widespread welfare problem in la...
Factors contributing to the development of keel bone damage are not well understood. This study aime...
Numerous studies have demonstrated influences of hybrid, feed, and housing on prevalence of keel bon...
Data and statistical code to analyze muscle thickness data (pectoralis, supracoracoideus, lower leg)...
Data and statistical code to analyze the percentage of total time spent at elevated vs ground nest b...
Domestic chickens may live in environments which restrict wing muscle usage. Notably, reduced wing a...
This article reviews current knowledge about welfare implications of keel bone damage in laying hens...
Damage to the keel bone is a major issue in the laying hen industry. The goal of this study was to c...
Fractures of the keel bone, a bone extending ventrally from the sternum, are a serious health and we...
High flock-level prevalence of keel-bone fractures and deviations in laying hens are commonly report...
Simple Summary The keel bone of laying hens is prone to deviations and fractures. Recent studies in ...
Keel bone fractures (KBF) in laying hens have been shown to cause pain and impair mobility under exp...
Keel bone fractures in laying hens have been described with increasing prevalence from several count...
The keel bone of laying hens is prone to deviations and fractures. Recent studies in the last decade...
Fractures of the keel bone, a bone extending ventrally from the sternum, are a serious health and we...
A high prevalence of deviations and fractures of the keel bone is a widespread welfare problem in la...
Factors contributing to the development of keel bone damage are not well understood. This study aime...
Numerous studies have demonstrated influences of hybrid, feed, and housing on prevalence of keel bon...
Data and statistical code to analyze muscle thickness data (pectoralis, supracoracoideus, lower leg)...
Data and statistical code to analyze the percentage of total time spent at elevated vs ground nest b...
Domestic chickens may live in environments which restrict wing muscle usage. Notably, reduced wing a...
This article reviews current knowledge about welfare implications of keel bone damage in laying hens...
Damage to the keel bone is a major issue in the laying hen industry. The goal of this study was to c...
Fractures of the keel bone, a bone extending ventrally from the sternum, are a serious health and we...
High flock-level prevalence of keel-bone fractures and deviations in laying hens are commonly report...
Simple Summary The keel bone of laying hens is prone to deviations and fractures. Recent studies in ...
Keel bone fractures (KBF) in laying hens have been shown to cause pain and impair mobility under exp...
Keel bone fractures in laying hens have been described with increasing prevalence from several count...
The keel bone of laying hens is prone to deviations and fractures. Recent studies in the last decade...
Fractures of the keel bone, a bone extending ventrally from the sternum, are a serious health and we...
A high prevalence of deviations and fractures of the keel bone is a widespread welfare problem in la...
Factors contributing to the development of keel bone damage are not well understood. This study aime...
Numerous studies have demonstrated influences of hybrid, feed, and housing on prevalence of keel bon...