The cells of the simple columnar epithelium are much taller than their width. They have elongated nuclei located in the lower half of the cell. Here, you will know the answer to the question – ‘Where is simple columnar epithelium found?’ Quick answer: the simple columnar epithelium is found in the stomach, intestine, and gallbladder … Read more
The height of the simple cuboidal epithelium is about the same as its width. Here, I will answer the question – ‘Where is simple cuboidal epithelium found?’ Quick answer: simple cuboidal epithelium can be found in the lining of the thyroid follicles, kidney tubules, and on the surface of the ovary. It is also present … Read more
The stratified squamous epithelium is found over the surface of the animal body subjected to friction. Here, you will know the answer to the question – ‘Where is stratified squamous epithelium found?’ Quick answer: The nonkeratinized stratified squamous epithelium is found in the lining of the buccal cavity, esophagus, laryngopharynx, and cervix. The keratinized stratified … Read more
The stratified cuboidal epithelium has a limited distribution in the animal body. This guide will help answer the question: Where is stratified cuboidal epithelium found? Quick answer: the stratified cuboidal epithelium is found in the excretory ducts of salivary glands, sweat glands, and developing ovarian follicles. This type of cuboidal epithelium is also found in … Read more
In this guide, you will know the answer to the question – what are the branches of the abdominal aorta in cattle? This abdominal part of the cattle’s aorta is the continuation of the thoracic aorta. Again, the thoracic aorta is the first segment of the animal’s descending aorta after the aortic arch. Quick answer: … Read more
The subclavian artery continues as the ruminant axillary artery under the axilla. You will find one axillary artery in each thoracic limb of the cows. Here, I will show the branches and courses of the cow’s axillary artery with the diagram. The course of a cow’s axillary artery is almost similar to that of a … Read more