The dog ovary anatomy shows distinct surfaces, borders, extremities, and ligaments. You will also see the defined medulla and cortex in the ovary of a dog which possesses different structures and features. But, the location and structure of the dog’s ovary may vary with cows. The location of the canine ovary is significant as you … Read more
The dog jugular vein is another essential neck structure that may use for venipuncture. There are external and internal jugular veins in the right and left lateral aspects of the dog’s neck. If you want to perform venipuncture on a dog jugular vein, you might know the exact location on the neck. Here the external … Read more
The dog cephalic vein is the only large superficial structure of the thoracic limb used for venipuncture. Different dorsal and palmar proper digital veins join from the cephalic vein at the forearm of a dog. This vein is also commonly used for venipuncture in a dog, like the cephalic vein. And if you want to … Read more
The cardiac muscle under a microscope shows a short cylindrical fiber with a centrally placed oval nucleus. You will find some unique features in cardiac muscle that will help you to differentiate it from skeletal and smooth muscles. Quick answer: the cardiac muscle microscope slide shows the cylindrical fiber with 1 or 2 nuclei. The … Read more
Lymphocytes under a microscope show a round to slightly indented nucleus with clumped heterochromatin. You know these lymphocytes are agranulocytes and form the second-largest population of white blood cells. This article will show you the structure (morphology) of different types of lymphocytes (small, large, B, and T) under light and electron microscopes. So that after … Read more
The adipose tissue under a microscope shows an aggregation of fat cells or adipocytes. You will find this adipose tissue subcutaneously throughout the body except over the eyelid, auricle, and other parts of the animal’s body. The adipose tissue is considered the specialized connective tissue which plays an essential role in energy homeostasis. Microscopically, you … Read more