The nutrient rich oxygenated blood is transferred from the left ventricles to the aorta from where it is distributed to whole of the body including organs, tissues and each and every cells by means of large arteries, smaller arteries, arterioles, smaller capillaries and find capillaries. The revers of this path is followed while transferring the deoxygenated, nutrient deficient and metabolic waste containing blood from each and every cell, tissue and organ of the body. Each smaller capillary join to form a mesh of larger capillaries which open up into a larger vessel called a veinule. Many of these venules fuse to make a branched vein. Many branched veins from different tissue of an organ fuse to make a main/major vein. These major veins carry deoxygenated and nutrient deficient blood towards the right ventricles and complete the ciruclation circuit. Another system of circulation helps accomplish this function by collecting blood from the tissue spaces. This is called the lymphatic system. The lymphatic system collects all the fluid and other components collected in the tissue spaces by means of permeable lymphatic membranes. Once collected inside the permeable lymphatic membranes, this tissue exudate is transferred to the main blood vessels by counter-current mechanism. Thus, this coordinated action of lymphatic and blood circulation completes the transport of material to and fro the tissues. Solution The nutrient rich oxygenated blood is transferred from the left ventricles to the aorta from where it is distributed to whole of the body including organs, tissues and each and every cells by means of large arteries, smaller arteries, arterioles, smaller capillaries and find capillaries. The revers of this path is followed while transferring the deoxygenated, nutrient deficient and metabolic waste containing blood from each and every cell, tissue and organ of the body. Each smaller capillary join to form a mesh of larger capillaries which open up into a larger vessel called a veinule. Many of these venules fuse to make a branched vein. Many branched veins from different tissue of an organ fuse to make a main/major vein. These major veins carry deoxygenated and nutrient deficient blood towards the right ventricles and complete the ciruclation circuit. Another system of circulation helps accomplish this function by collecting blood from the tissue spaces. This is called the lymphatic system. The lymphatic system collects all the fluid and other components collected in the tissue spaces by means of permeable lymphatic membranes. Once collected inside the permeable lymphatic membranes, this tissue exudate is transferred to the main blood vessels by counter-current mechanism. Thus, this coordinated action of lymphatic and blood circulation completes the transport of material to and fro the tissues..

1. The nutrient rich oxygenated blood is transferred from the left ventricles to the aorta from where
it is distributed to whole of the body including organs, tissues and each and every cells by means
of large arteries, smaller arteries, arterioles, smaller capillaries and find capillaries.
The revers of this path is followed while transferring the deoxygenated, nutrient deficient and
metabolic waste containing blood from each and every cell, tissue and organ of the body. Each
smaller capillary join to form a mesh of larger capillaries which open up into a larger vessel
called a veinule. Many of these venules fuse to make a branched vein. Many branched veins
from different tissue of an organ fuse to make a main/major vein. These major veins carry
deoxygenated and nutrient deficient blood towards the right ventricles and complete the
ciruclation circuit.
Another system of circulation helps accomplish this function by collecting blood from the tissue
spaces. This is called the lymphatic system. The lymphatic system collects all the fluid and other
components collected in the tissue spaces by means of permeable lymphatic membranes. Once
collected inside the permeable lymphatic membranes, this tissue exudate is transferred to the
main blood vessels by counter-current mechanism.
Thus, this coordinated action of lymphatic and blood circulation completes the transport of
material to and fro the tissues.
Solution
The nutrient rich oxygenated blood is transferred from the left ventricles to the aorta from where
it is distributed to whole of the body including organs, tissues and each and every cells by means
of large arteries, smaller arteries, arterioles, smaller capillaries and find capillaries.
The revers of this path is followed while transferring the deoxygenated, nutrient deficient and
metabolic waste containing blood from each and every cell, tissue and organ of the body. Each
smaller capillary join to form a mesh of larger capillaries which open up into a larger vessel
called a veinule. Many of these venules fuse to make a branched vein. Many branched veins
from different tissue of an organ fuse to make a main/major vein. These major veins carry
deoxygenated and nutrient deficient blood towards the right ventricles and complete the
ciruclation circuit.
Another system of circulation helps accomplish this function by collecting blood from the tissue
spaces. This is called the lymphatic system. The lymphatic system collects all the fluid and other
components collected in the tissue spaces by means of permeable lymphatic membranes. Once
collected inside the permeable lymphatic membranes, this tissue exudate is transferred to the
main blood vessels by counter-current mechanism.

2. Thus, this coordinated action of lymphatic and blood circulation completes the transport of
material to and fro the tissues.