286870
In the given diagram of areolar connective tissue, the different cells and parts have been marked by alphabets ( $A,B,C$ & $D$ ). Choose the answer in which these alphabets correctly match with the parts and
286871
The protein present in the matrix of cartilage is
1 Chitin
2 Chondrin
3 Ossein
4 Chondriotin
Explanation:
(b) The name of protein is chondrin.
Structural Organization in Animals(NCERT)
286872
The camel's hump is composed of a tissue which provides water when oxidized. It is:
1 Skeletal tissue
2 Areolar tissue
3 Adipose tissue
4 Muscular tissue
Explanation:
(c)
Structural Organization in Animals(NCERT)
286873
The function of the gap junction is to:
1 separate two cells from each other.
2 stop substance from leaking across a tissue.
3 performing cementing to keep neighboring cells together.
4 facilitate communication between adjoining cells by connecting the cytoplasm for rapid transfer of ions, small molecules and some large molecules.
Explanation:
(d) Most cells in animal tissues (except for a few terminally differentiated cells such as skeletal muscle cells and blood cells) are in communication with their adjoining cells via gap junctions. At the place where gap junction is present, membranes of two adjacent cells are separated by a uniform narrow gap of about $2-4\text{ }\!\!~\!\!\text{ nm}$. The gap is spanned by channel forming proteins called connexins, which allowing organic ions, and other small watersoluble molecules to pass directly from cytoplasm of one cell to cytoplasm of another cell.
286870
In the given diagram of areolar connective tissue, the different cells and parts have been marked by alphabets ( $A,B,C$ & $D$ ). Choose the answer in which these alphabets correctly match with the parts and
286871
The protein present in the matrix of cartilage is
1 Chitin
2 Chondrin
3 Ossein
4 Chondriotin
Explanation:
(b) The name of protein is chondrin.
Structural Organization in Animals(NCERT)
286872
The camel's hump is composed of a tissue which provides water when oxidized. It is:
1 Skeletal tissue
2 Areolar tissue
3 Adipose tissue
4 Muscular tissue
Explanation:
(c)
Structural Organization in Animals(NCERT)
286873
The function of the gap junction is to:
1 separate two cells from each other.
2 stop substance from leaking across a tissue.
3 performing cementing to keep neighboring cells together.
4 facilitate communication between adjoining cells by connecting the cytoplasm for rapid transfer of ions, small molecules and some large molecules.
Explanation:
(d) Most cells in animal tissues (except for a few terminally differentiated cells such as skeletal muscle cells and blood cells) are in communication with their adjoining cells via gap junctions. At the place where gap junction is present, membranes of two adjacent cells are separated by a uniform narrow gap of about $2-4\text{ }\!\!~\!\!\text{ nm}$. The gap is spanned by channel forming proteins called connexins, which allowing organic ions, and other small watersoluble molecules to pass directly from cytoplasm of one cell to cytoplasm of another cell.
286870
In the given diagram of areolar connective tissue, the different cells and parts have been marked by alphabets ( $A,B,C$ & $D$ ). Choose the answer in which these alphabets correctly match with the parts and
286871
The protein present in the matrix of cartilage is
1 Chitin
2 Chondrin
3 Ossein
4 Chondriotin
Explanation:
(b) The name of protein is chondrin.
Structural Organization in Animals(NCERT)
286872
The camel's hump is composed of a tissue which provides water when oxidized. It is:
1 Skeletal tissue
2 Areolar tissue
3 Adipose tissue
4 Muscular tissue
Explanation:
(c)
Structural Organization in Animals(NCERT)
286873
The function of the gap junction is to:
1 separate two cells from each other.
2 stop substance from leaking across a tissue.
3 performing cementing to keep neighboring cells together.
4 facilitate communication between adjoining cells by connecting the cytoplasm for rapid transfer of ions, small molecules and some large molecules.
Explanation:
(d) Most cells in animal tissues (except for a few terminally differentiated cells such as skeletal muscle cells and blood cells) are in communication with their adjoining cells via gap junctions. At the place where gap junction is present, membranes of two adjacent cells are separated by a uniform narrow gap of about $2-4\text{ }\!\!~\!\!\text{ nm}$. The gap is spanned by channel forming proteins called connexins, which allowing organic ions, and other small watersoluble molecules to pass directly from cytoplasm of one cell to cytoplasm of another cell.
286870
In the given diagram of areolar connective tissue, the different cells and parts have been marked by alphabets ( $A,B,C$ & $D$ ). Choose the answer in which these alphabets correctly match with the parts and
286871
The protein present in the matrix of cartilage is
1 Chitin
2 Chondrin
3 Ossein
4 Chondriotin
Explanation:
(b) The name of protein is chondrin.
Structural Organization in Animals(NCERT)
286872
The camel's hump is composed of a tissue which provides water when oxidized. It is:
1 Skeletal tissue
2 Areolar tissue
3 Adipose tissue
4 Muscular tissue
Explanation:
(c)
Structural Organization in Animals(NCERT)
286873
The function of the gap junction is to:
1 separate two cells from each other.
2 stop substance from leaking across a tissue.
3 performing cementing to keep neighboring cells together.
4 facilitate communication between adjoining cells by connecting the cytoplasm for rapid transfer of ions, small molecules and some large molecules.
Explanation:
(d) Most cells in animal tissues (except for a few terminally differentiated cells such as skeletal muscle cells and blood cells) are in communication with their adjoining cells via gap junctions. At the place where gap junction is present, membranes of two adjacent cells are separated by a uniform narrow gap of about $2-4\text{ }\!\!~\!\!\text{ nm}$. The gap is spanned by channel forming proteins called connexins, which allowing organic ions, and other small watersoluble molecules to pass directly from cytoplasm of one cell to cytoplasm of another cell.
