An indentation in the medial surface of the kidney is known as the renal hilum. This area serves as the entry and exit point for structures such as the renal arteries, veins, and ureters. It is located on the concave side of the kidney and plays a critical role in the organ's function by allowing the passage of blood vessels and urine drainage. The hilum is essential for maintaining the kidney's connection to the circulatory and urinary systems.
The cavity on the medial surface of the left lung that accommodates the contents of the mediastinum is known as the cardiac notch. This indentation allows space for the heart, which is located slightly to the left of the midline in the thoracic cavity. The cardiac notch is a prominent feature that distinguishes the left lung from the right lung, which does not have a similar indentation.
The medial concave margin of the kidney is known as the hilum. This is the area where blood vessels, nerves, and the ureter enter and exit the kidney. The hilum serves as the point of attachment for structures that connect the kidney to the rest of the body, facilitating the flow of urine and the supply of blood and nerve signals. The concave shape allows for efficient organization and access to these essential connections.
Kidney
The notch through which the ureter leaves the kidney is called the renal hilum. It is the medial depression where the renal artery, renal vein, and ureter enter and exit the kidney.
The prominence felt on the medial surface of the ankle is primarily due to the medial malleolus, which is a bony projection of the tibia. This structure serves as an important landmark for the ankle joint and provides attachment for ligaments that help stabilize the ankle. The medial malleolus is often more pronounced in individuals with less surrounding soft tissue or those with lower body fat. It plays a key role in the biomechanics of the ankle during movement.
Indentation in the kidney refers to the renal sinus, a concave region on the medial side of the kidney where blood vessels, nerves, and the ureter enter and exit. This indentation is crucial for the kidney's function, facilitating the passage of urine from the renal pelvis into the ureter. It also serves as an entry point for the renal artery and vein, playing a vital role in the organ's blood supply and overall function.
The cavity on the medial surface of the left lung that accommodates the contents of the mediastinum is known as the cardiac notch. This indentation allows space for the heart, which is located slightly to the left of the midline in the thoracic cavity. The cardiac notch is a prominent feature that distinguishes the left lung from the right lung, which does not have a similar indentation.
Lumen
What is Medial surface of heart
The medial rectus inserts on the medial surface of the eye. It is innervated by the oculomotor nerve.
The shaft of the tibia has a triangular shape. The medial border of the tibia is the place where the medial surface and the posterior surface meet.
The distal process on the medial tibial surface is also known as the medial malleolus. It is a bony prominence located on the inner side of the ankle joint where the tibia articulates with the talus bone of the foot. The medial malleolus helps stabilize the ankle joint and provides attachment points for ligaments that support the joint.
The medial surface of the tibia is the part that faces the other leg. It is the most superficial of the tibia's surfaces.
Aren't the veins closer to the surface on medial?
The part of the kidney that serves as a passageway for nerves and vessels to enter and leave is called the hilum. It is located on the medial surface of the kidney and serves as the entry and exit point for the renal artery, renal vein, ureter, and various nerves. This area is crucial for the kidney's blood supply and nerve function.
The hilum is the medial depression in the kidney where the blood and lymph vessels and nerves enter.
The medial concave margin of the kidney is known as the hilum. This is the area where blood vessels, nerves, and the ureter enter and exit the kidney. The hilum serves as the point of attachment for structures that connect the kidney to the rest of the body, facilitating the flow of urine and the supply of blood and nerve signals. The concave shape allows for efficient organization and access to these essential connections.