Data and statistical code to analyze muscle thickness data (pectoralis, supracoracoideus, lower leg) in white and brown-feathered laying hens 5 weeks after receiving one of three treatments (control (CON), partial immobilization (BAN), full immobilization (CAG))
We used ultrasonic imaging to monitor short-term changes in the pectoral muscle size of captive red ...
The assessment of plumage and integument condition in laying hens provides useful information about ...
The mechanism of muscle mass increase has long been debated. Fiber hypertrophy and hyperplasia (incr...
Data and statistical code to analyze keel bone fracture status in white and brown-feathered laying h...
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...
Damage to the keel bone is a major issue in the laying hen industry. The goal of this study was to c...
ABSTRACT: Transportation of end-of-cycle hens (EOCH) may result in birds’ experiencing metabolic str...
<p>Space occupied by hens of 4 different strains while wing flapping. Data are presented as means ± ...
Intensive artificial selection has led to the production of the modern broiler chicken, which over t...
High flock-level prevalence of keel-bone fractures and deviations in laying hens are commonly report...
Migratory birds undergo impressive body remodelling over the course of an annual cycle. Prior to lon...
This dataset supplements the article with the title "Developmental changes in tibia and humerus of g...
Number of broiler chicken superficial pectoral muscle samples used for RNA-sequencing analysis by bi...
Birds use their legs and wings when transitioning from aerial to ground locomotion during landing. T...
We used ultrasonic imaging to monitor short-term changes in the pectoral muscle size of captive red ...
The assessment of plumage and integument condition in laying hens provides useful information about ...
The mechanism of muscle mass increase has long been debated. Fiber hypertrophy and hyperplasia (incr...
Data and statistical code to analyze keel bone fracture status in white and brown-feathered laying h...
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...
Damage to the keel bone is a major issue in the laying hen industry. The goal of this study was to c...
ABSTRACT: Transportation of end-of-cycle hens (EOCH) may result in birds’ experiencing metabolic str...
<p>Space occupied by hens of 4 different strains while wing flapping. Data are presented as means ± ...
Intensive artificial selection has led to the production of the modern broiler chicken, which over t...
High flock-level prevalence of keel-bone fractures and deviations in laying hens are commonly report...
Migratory birds undergo impressive body remodelling over the course of an annual cycle. Prior to lon...
This dataset supplements the article with the title "Developmental changes in tibia and humerus of g...
Number of broiler chicken superficial pectoral muscle samples used for RNA-sequencing analysis by bi...
Birds use their legs and wings when transitioning from aerial to ground locomotion during landing. T...
We used ultrasonic imaging to monitor short-term changes in the pectoral muscle size of captive red ...
The assessment of plumage and integument condition in laying hens provides useful information about ...
The mechanism of muscle mass increase has long been debated. Fiber hypertrophy and hyperplasia (incr...