Abstract

Working dogs help to keep society and individuals safe, secure, and healthy. To perform their varied functions, it is critical to select dogs that are structurally sound and capable of demonstrating power, coordination and agility. Characteristics such as size and substance, head and axial skeletal structure, chest size and conformation, and thoracic and pelvic limb angulation should be evaluated to select the optimal combination of characteristics to suit the tasks to which each dog will be assigned. This review provides guidance on how to evaluate each of these structural components and discusses the contributions of those body parts to a working dog's function.

Highlights

  • There are many different types of working dogs – dogs with jobs that help to keep society and individuals safe, secure, and healthy

  • How that structure relates to function in Working Dogs is the subject of this review

  • The thoracic and pelvic limbs in a given dog should have approximately equal, or balanced, angulation. This is important for coordination of movement, at the trot, when diagonally opposite thoracic and pelvic limbs strike the ground at the same time

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Summary

INTRODUCTION

There are many different types of working dogs – dogs with jobs that help to keep society and individuals safe, secure, and healthy. Discussion will be limited to working dogs that help communities, as opposed to assisting individuals The majority of these dogs work for government institutions, such as the military, police forces, the Transportation Security Administration, Customs and Border Protection, and agriculture defense dogs. The cranial and limb morphology of Canis familiaris are more variable than in all of the other canid species combined [3, 4] Those differences arise from the functions for which each breed was originally developed, combined with features selected for by the dog fancy throughout the 20th and 21st centuries. How that structure relates to function in Working Dogs is the subject of this review

Working Dog Structure and Function
SIZE AND SUBSTANCE
Labrador Retriever
Neck and Topline
THORACIC LIMB STRUCTURE
Feet and Dew Claws
THE TAIL
BALANCED THORACIC AND PELVIC LIMB ANGULATION
THE HEAD
CONCLUSION
Findings
AUTHOR CONTRIBUTIONS
Full Text
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