00. Cell : The Unit of Life
Cell : Structure and Functions

168721 Inside a cell, the respiratory enzyme are contained in

1 Lysosomes
2 Ribosomes
3 Acrosomes
4 None of these.
Cell : Structure and Functions

168723 Pure fractions of cellular component can be isolated by

1 chromatography
2 scanning electron microscopy
3 X-ray
4 differential centrifugation
Cell : Structure and Functions

168724 Dutrochet has given the concept about cell in

1 1834
2 1814
3 1822
4 1824
Cell : Structure and Functions

168725 The theory that all the cells arise from preexisting cells (Omnis cellula e cellula) was proposed by

1 Schwann (1839)
2 Brown (1831)
3 Virchow (1855)
4 Schleiden (1938)
Cell : Structure and Functions

168727 Silk is obtained from:

1 Bombyx mori
2 Laccifer lacca
3 Apis mellifera
4 None of these
Cell : Structure and Functions

168721 Inside a cell, the respiratory enzyme are contained in

1 Lysosomes
2 Ribosomes
3 Acrosomes
4 None of these.
Cell : Structure and Functions

168723 Pure fractions of cellular component can be isolated by

1 chromatography
2 scanning electron microscopy
3 X-ray
4 differential centrifugation
Cell : Structure and Functions

168724 Dutrochet has given the concept about cell in

1 1834
2 1814
3 1822
4 1824
Cell : Structure and Functions

168725 The theory that all the cells arise from preexisting cells (Omnis cellula e cellula) was proposed by

1 Schwann (1839)
2 Brown (1831)
3 Virchow (1855)
4 Schleiden (1938)
Cell : Structure and Functions

168727 Silk is obtained from:

1 Bombyx mori
2 Laccifer lacca
3 Apis mellifera
4 None of these
Cell : Structure and Functions

168721 Inside a cell, the respiratory enzyme are contained in

1 Lysosomes
2 Ribosomes
3 Acrosomes
4 None of these.
Cell : Structure and Functions

168723 Pure fractions of cellular component can be isolated by

1 chromatography
2 scanning electron microscopy
3 X-ray
4 differential centrifugation
Cell : Structure and Functions

168724 Dutrochet has given the concept about cell in

1 1834
2 1814
3 1822
4 1824
Cell : Structure and Functions

168725 The theory that all the cells arise from preexisting cells (Omnis cellula e cellula) was proposed by

1 Schwann (1839)
2 Brown (1831)
3 Virchow (1855)
4 Schleiden (1938)
Cell : Structure and Functions

168727 Silk is obtained from:

1 Bombyx mori
2 Laccifer lacca
3 Apis mellifera
4 None of these
Cell : Structure and Functions

168721 Inside a cell, the respiratory enzyme are contained in

1 Lysosomes
2 Ribosomes
3 Acrosomes
4 None of these.
Cell : Structure and Functions

168723 Pure fractions of cellular component can be isolated by

1 chromatography
2 scanning electron microscopy
3 X-ray
4 differential centrifugation
Cell : Structure and Functions

168724 Dutrochet has given the concept about cell in

1 1834
2 1814
3 1822
4 1824
Cell : Structure and Functions

168725 The theory that all the cells arise from preexisting cells (Omnis cellula e cellula) was proposed by

1 Schwann (1839)
2 Brown (1831)
3 Virchow (1855)
4 Schleiden (1938)
Cell : Structure and Functions

168727 Silk is obtained from:

1 Bombyx mori
2 Laccifer lacca
3 Apis mellifera
4 None of these
Cell : Structure and Functions

168721 Inside a cell, the respiratory enzyme are contained in

1 Lysosomes
2 Ribosomes
3 Acrosomes
4 None of these.
Cell : Structure and Functions

168723 Pure fractions of cellular component can be isolated by

1 chromatography
2 scanning electron microscopy
3 X-ray
4 differential centrifugation
Cell : Structure and Functions

168724 Dutrochet has given the concept about cell in

1 1834
2 1814
3 1822
4 1824
Cell : Structure and Functions

168725 The theory that all the cells arise from preexisting cells (Omnis cellula e cellula) was proposed by

1 Schwann (1839)
2 Brown (1831)
3 Virchow (1855)
4 Schleiden (1938)
Cell : Structure and Functions

168727 Silk is obtained from:

1 Bombyx mori
2 Laccifer lacca
3 Apis mellifera
4 None of these