Allelic sequence variation where more than one variant allele at a locus in a human population with a frequency greater than 0.01 is referred to as
DNA polymorphism
Multiple allelism
SNP
EST
A.
DNA polymorphism
Allelic sequence variation is described as DNA polymorphism if more than one variant (allele) at a locus occurs in the human population with a frequency greater than 0.01. In simple terms, if an inheritable mutation is observed in a population at high frequency. It is referred to as DNA polymorphism.
Given below is a sample of portion of DNA strand given the base sequence on the opposite strand. What is so special show in it?
5’−GAATTC….3’
3’−CTTAAG … 5’
Detection mutation
Start codon at 5′ end
The palindromic sequence of base pairs
Replication completed
Besides dung, the weed that can be used in biogas production is
Hydrilla
Solanum- nigrum
Eichhornia Crassipes
Parthenium hysterophorus
In recombinant DNA technique, the term vector refers to
Donor DNA, is identified and picked up through electrophoresis
Plasmid transfers DNA into living cell
Collection of the entire genome in form of plasmid
Enzyme, cuts the DNA at specific sites
Bacillus thuringiensis (Bt) strains have been used for designing novel
Bio metallurgical technique
Bio mineralization process
Bio Insecticidal Plants
Bio Fertilizers
The statement All biological catalysts are protein is no longer valid after the discovery of
ribonuclease
ribozyme
RNAs
DNAs
When two unrelated individuals or lines are crossed, the performance of F1 hybrid in often superior to both of its parents. This phenomenon is called
Transformation
Heterosis
Splicing
Meta Morphosis
In the given diagram, parts labelled as A, B, C, D, E and F are respectively identified as
Synergids, polar nuclei, central cell, antipodals, filiform apparatus and egg
Polar nuclei, egg, antipodals, central cell, filiform apparatus and synergids
Egg, synergids, central cell, filiform apparatus, antipodals and polar nuclei
Central cell, polar nuclei filiform apparatus, antipodals, synergids and egg
Bacillus thuringiensis (Bt) strains have been used for designing novel
bio metallurgical technique
bio mineralization process
bio insecticidal plants
bio fertilizers
