Intra-Articular Injection, Computed Tomography and Cross Sectional Anatomy of the Metacarpus and Digits of the Cattle (Bostaurus) and Buffalo (Bosbubalis)
Global Veterinaria • 2014
Publication Information
Authors
A M Al-Akraa; AH El-Kasapy; AA El-Shafey
Keywords
Computed Tomography Cattle Buffalo Metacarpus Digits
Journal
Global Veterinaria
Publisher
Not Available
Volume
13
Issue
6
Pages
1122-1128
publication.type
International
Paper Link
Not Available
Supplementary Materials
Not Available
Abstract
It has been the first trail to do intra-articular injection in cattle and buffalo as far as we know so, the
purpose of the present study was to state the site of intra-articular injection of fetlock, pastern and coffin joints
in these animals. Also to provide a detailed computed tomography (CT) and cross sectional anatomic reference
of the normal metacarpus and digits for the cattle and buffalo, as well as to compare between metacarpus and
digits in these animals to outstand a basis for diagnosis of their affections. Advantages, including depiction
of detailed cross-sectional anatomy, improved contrast resolution and computer reformatting, make it a
potentially valuable diagnostic technique. The fore limbs of ten healthy adult cattle and buffalo were used.
Clinically relevant anatomic structures were identified and labeled at each level in the corresponding images
(CT and anatomic slices). CT images were used to identify the bony and soft tissue structures of the metacarpus
and digits. The knowledge of normal anatomy of the cattle and buffalo metacarpus and digits would serve as
initial reference to the evaluation of CT images in these species. Intra-articular injection was done to clarify the
joint of the digits.
purpose of the present study was to state the site of intra-articular injection of fetlock, pastern and coffin joints
in these animals. Also to provide a detailed computed tomography (CT) and cross sectional anatomic reference
of the normal metacarpus and digits for the cattle and buffalo, as well as to compare between metacarpus and
digits in these animals to outstand a basis for diagnosis of their affections. Advantages, including depiction
of detailed cross-sectional anatomy, improved contrast resolution and computer reformatting, make it a
potentially valuable diagnostic technique. The fore limbs of ten healthy adult cattle and buffalo were used.
Clinically relevant anatomic structures were identified and labeled at each level in the corresponding images
(CT and anatomic slices). CT images were used to identify the bony and soft tissue structures of the metacarpus
and digits. The knowledge of normal anatomy of the cattle and buffalo metacarpus and digits would serve as
initial reference to the evaluation of CT images in these species. Intra-articular injection was done to clarify the
joint of the digits.
Staff Members - Benha University