Genes for cytoplasmic male sterility in plants are generally located in
Genes for cytoplasmic male sterility in plants are generally located in
- [AIPMT 2005]
- A
Mitochondrial genome
- B
Cytosol
- C
Chloroplast genome
- D
Nuclear genome
Similar Questions
Match the columns :
Column $I$
Column $II$
$(1)$ Lethal mutation
$(a)$ Mutation caused by
external factors
$(2)$ Spontaneous mutation
$(b)$ They are metabolic
errors
$(3)$ Induced mutation
$(c)$ As a result the
mutant dies
$(4)$ Biochemical mutation
$(d)$ Most of the
mutations occurs in
nature are of this
type.
Match the columns :
| Column $I$ |
Column $II$ |
| $(1)$ Lethal mutation | $(a)$ Mutation caused by external factors |
| $(2)$ Spontaneous mutation | $(b)$ They are metabolic errors |
| $(3)$ Induced mutation | $(c)$ As a result the mutant dies |
| $(4)$ Biochemical mutation | $(d)$ Most of the mutations occurs in nature are of this type. |
Incomplete linkage is ...$A$.... Complete linkage is ...$B$.... Choose correct option for $A$ and $B$
Incomplete linkage is ...$A$.... Complete linkage is ...$B$.... Choose correct option for $A$ and $B$
Which of the following is the main category of mutation
Which of the following is the main category of mutation
- [AIPMT 1999]
Sometimes the separation of twins is incomplete and these are borne attached are remain so even after. Such twins are known as
Sometimes the separation of twins is incomplete and these are borne attached are remain so even after. Such twins are known as
In maize chromosome number is $2n = 20$. The number of linkage groups in it shall be
In maize chromosome number is $2n = 20$. The number of linkage groups in it shall be