segmental artery, renal artery, renal vein, arcule vein, interlobular vein, interlobular artery
The Perch, like all gilled fish, has a two-chambered heart consisting of a single Atrium and ventricle. De-oxygenated blood is pumped through the heart into the gills, where it becomes oxygenated and then flows to the perch's body tissue through arteries. Atrium-->Ventricle-->gills-->arteries-->body tissue-->veins-->repeat
The right coronary artery takes its blood supply from the right coronary sinus, just above the aortic valve and sprouting from the ascending aorta. The left coronary artery takes its blood supply from the left coronoray sinus, also coming off of the ascending aorta. From these main coronary arteries, the rest of the branch coronary arteries are derived.
Sinus node
That's normal for hedgehogs...
Yes, veins carry blood back to the heart after the oxygen has been delivered to the body's various organs. Just to differentiate, arteries are what carry oxygen-rich blood from the heart to the body's organs. Hope this helps!
Renal Pelvis
A funnel-shaped sac found within the renal sinus is called the renal pelvis. It is where the urine collects before entering the ureter to be transported to the bladder.
The term for the small conical projections along the wall of the renal sinus of a kidney is "renal papilla."
The fat-filled cavities just inside the kidney's hilum are called renal sinus. They house the renal artery, renal vein, lymphatic vessels, nerves, and renal pelvis. The fat in this area helps provide cushioning and support for these structures.
Renal Sinus receives urine from the calyces.
renal sinus
Papillary ducts are narrow tubes in the kidney that merge to form the renal papilla. They empty urine into the renal calyces within the renal sinus.
No, the medulla is located in the inner portion of the kidney. It lies between the renal cortex and the renal sinus, and is where urine is formed and drained into the renal pelvis.
no it flows to your heart
Renal Sinus
papillaepepaily is the answer pepaily is the answer
Minor calyces