Venules
Venules
The SVC branches immediately into the the LEFT and RIGHT BRACHEOCEPHALIC VEINS. Following that, each bracheocephalic vein branches cranially into LEFT and RIGHT INTERNAL JUGULAR VEINS, and laterally into LEFT and RIGHT SUBCLAVIAN VEINS.
Both have lines.
In other plants, netted venation occurs, in which the large veins branch repeatedly as they enter the blade. These produce smaller, interconnecting branches as well.
The branches from arteries are arterioles and then into capillaries.
Venation is how a the leaf veins are organized. Netted venation is when there are larger veins with many smaller veins branches making a type of web pattern.
This fossa is an important clinical area because it contains the biceps tendon, the brachial artery and its terminal branches (radial and ulnar arteries), the brachial veins, and part of the median and radial nerves.it contains the biceps tendon, the brachial artery and its terminal branches (radial and ulnar arteries), the brachial veins, and part of the median and radial nerves.
venuoles branches off the vein and are also linked to the capillries/ these are vessels that drain the deoxygenated blood from the capillaries and takes them to the veins which returns it to the heart
Inferior Vena Cava and the branches that lead to the kidney's are the right and left renal veins.
the main function of veins are to carry blood to the heart!! blood travels through the veins in low pressure which is why veins have thinner walls then ateries as there is no risk of bursting!
Reticulate venation is a type of leaf venation pattern in which the veins form a network branching structure throughout the leaf. This pattern is common in dicotyledonous plants and allows for efficient nutrient transport and support for the leaf.