06. Cell organelles to understand its Structure andFunctions
Cell : Structure and Functions

168961 If a biochemical analysis of mitochondria has to done, the best procedure would be:

1 Select cells which have a larger number of mitochondria
2 Plasmolyse the cell and filter out the mixture an take the debris
3 Grind the cells and filter out the mixture and take the debris
4 Subject the cell to cell fractionation (centrifuge) and obtain mitochondria
Cell : Structure and Functions

168962 DNA is present in

1 Chromosomes and dictyosomes
2 Chloroplasts and lysosomes
3 Mitochondria and chloroplasts
4 Mitochondria and endoplasmic reticulum.
Cell : Structure and Functions

168964 These type of vacuoles contain hydrolases:

1 Sap
2 Contractile
3 Food
4 Air
Cell : Structure and Functions

168965 The non-membranous organelles are:

1 centrioles
2 ribosomes
3 nucleolus
4 all of these
Cell : Structure and Functions

168961 If a biochemical analysis of mitochondria has to done, the best procedure would be:

1 Select cells which have a larger number of mitochondria
2 Plasmolyse the cell and filter out the mixture an take the debris
3 Grind the cells and filter out the mixture and take the debris
4 Subject the cell to cell fractionation (centrifuge) and obtain mitochondria
Cell : Structure and Functions

168962 DNA is present in

1 Chromosomes and dictyosomes
2 Chloroplasts and lysosomes
3 Mitochondria and chloroplasts
4 Mitochondria and endoplasmic reticulum.
Cell : Structure and Functions

168964 These type of vacuoles contain hydrolases:

1 Sap
2 Contractile
3 Food
4 Air
Cell : Structure and Functions

168965 The non-membranous organelles are:

1 centrioles
2 ribosomes
3 nucleolus
4 all of these
Cell : Structure and Functions

168961 If a biochemical analysis of mitochondria has to done, the best procedure would be:

1 Select cells which have a larger number of mitochondria
2 Plasmolyse the cell and filter out the mixture an take the debris
3 Grind the cells and filter out the mixture and take the debris
4 Subject the cell to cell fractionation (centrifuge) and obtain mitochondria
Cell : Structure and Functions

168962 DNA is present in

1 Chromosomes and dictyosomes
2 Chloroplasts and lysosomes
3 Mitochondria and chloroplasts
4 Mitochondria and endoplasmic reticulum.
Cell : Structure and Functions

168964 These type of vacuoles contain hydrolases:

1 Sap
2 Contractile
3 Food
4 Air
Cell : Structure and Functions

168965 The non-membranous organelles are:

1 centrioles
2 ribosomes
3 nucleolus
4 all of these
Cell : Structure and Functions

168961 If a biochemical analysis of mitochondria has to done, the best procedure would be:

1 Select cells which have a larger number of mitochondria
2 Plasmolyse the cell and filter out the mixture an take the debris
3 Grind the cells and filter out the mixture and take the debris
4 Subject the cell to cell fractionation (centrifuge) and obtain mitochondria
Cell : Structure and Functions

168962 DNA is present in

1 Chromosomes and dictyosomes
2 Chloroplasts and lysosomes
3 Mitochondria and chloroplasts
4 Mitochondria and endoplasmic reticulum.
Cell : Structure and Functions

168964 These type of vacuoles contain hydrolases:

1 Sap
2 Contractile
3 Food
4 Air
Cell : Structure and Functions

168965 The non-membranous organelles are:

1 centrioles
2 ribosomes
3 nucleolus
4 all of these