Distinguish between
(a) Simple epithelium and compound epithelium.
(b) Cardiac muscle and striated muscle
(c) Dense regular and dense irregular connective tissues
(d) Adipose and blood tissue
(e) Simple gland and compound gland
Distinguish between
(a) Simple epithelium and compound epithelium.
(b) Cardiac muscle and striated muscle
(c) Dense regular and dense irregular connective tissues
(d) Adipose and blood tissue
(e) Simple gland and compound gland
(a)
Simple epithelium
Compound epithelium
1. It is composed of only one layer of cells.
2. It is mainly involved in the function of absorption and
secretion.
3. It is present in the lining of the stomach, intestine.
1. It is composed of many layers of cells.
2. It is mainly involved in the function of protection and
has a limited role in absorption and secretion.
3. It is present in the lining of the pharynx and buccal
cavity.
(b)
Cardiac muscles
Striated muscles
1. They are involuntary in function.
2. They are multi-nucleate and branched.
3. They are found only in the heart.
1. They are voluntary in function.
2. They are multi-nucleate and unbranched.
3. They are found only in triceps, biceps, and limbs.
(c)
Dense regular connective
tissues
Dense irregular connective
tissues
1. In dense regular connective tissues, collagen fibres are
present in rows between parallel boundless fibres.
2. They are present in tendons and ligaments.
1. In dense irregular connective tissues, fibres are
arranged irregularly.
2. They are present in the skin.
(d)
Adipose tissue
Blood tissue
1. It is composed of collagen fibres, elastin fibres,
fibroblasts, macrophages, and adipociytes.
2. It helps in the synthesis, storage, and metabolism of
fats.
3. It is present beneath the skin.
1. It is composed of RBCs, WBCs, platelets, and plasma.
2. It helps in the transportation of food, wastes, gases,
and hormones.
3. It is present in the blood vessels.
(e)
Simple glands
Compound glands
1. They contain isolated glandular cells.
2. They are unicellular.
3. Examples include goblet cells of the alimentary canal.
1. They contain a cluster of secretory cells.
2. They are multicellular.
3. Examples include salivary glands.
(a)
|
Simple epithelium |
Compound epithelium |
|
1. It is composed of only one layer of cells. 2. It is mainly involved in the function of absorption and secretion. 3. It is present in the lining of the stomach, intestine. |
1. It is composed of many layers of cells. 2. It is mainly involved in the function of protection and has a limited role in absorption and secretion. 3. It is present in the lining of the pharynx and buccal cavity. |
(b)
|
Cardiac muscles |
Striated muscles |
|
1. They are involuntary in function. 2. They are multi-nucleate and branched. 3. They are found only in the heart. |
1. They are voluntary in function. 2. They are multi-nucleate and unbranched. 3. They are found only in triceps, biceps, and limbs. |
(c)
|
Dense regular connective tissues |
Dense irregular connective tissues |
|
1. In dense regular connective tissues, collagen fibres are present in rows between parallel boundless fibres. 2. They are present in tendons and ligaments. |
1. In dense irregular connective tissues, fibres are arranged irregularly. 2. They are present in the skin. |
(d)
|
Adipose tissue |
Blood tissue |
|
1. It is composed of collagen fibres, elastin fibres, fibroblasts, macrophages, and adipociytes. 2. It helps in the synthesis, storage, and metabolism of fats. 3. It is present beneath the skin. |
1. It is composed of RBCs, WBCs, platelets, and plasma. 2. It helps in the transportation of food, wastes, gases, and hormones. 3. It is present in the blood vessels. |
(e)
|
Simple glands |
Compound glands |
|
1. They contain isolated glandular cells. 2. They are unicellular. 3. Examples include goblet cells of the alimentary canal. |
1. They contain a cluster of secretory cells. 2. They are multicellular. 3. Examples include salivary glands. |
