The linking of antibiotic resistance gene with the plasmid Vector became possible with

Related MCQs

• Match the column I and column II P Radio active andibody (a) substance that can be constructed in the laboratory Q Artificial gene (b) substance that can be used to identify colonies of geneticully engineered bacteria that makes particular gene product R Amplification (c) Abnormal enhanced replication of a plasmid many copies of plasmid in each cell S To produce clones (d) A large population of idential cells T short gun cloning (e) The use of entire array of genes of an organism in order to obtain particular gene product P Q R S T
• Some of the steps involved in the production of humulin are given below choose the correct sequence (i) synthesis of gene (DNA) for human insulin antibicially (ii) culturing recombinant E.Coli in bioreactors (iii) Purification of humulin (iv) Insertion of human insulin gene into plasmid (v) Introduction of recombinant Plasmid into E.Coli (vi) Extraction of recombinant gene product From E.Coli
• Match the following. Column – 1 Column – 2 (p) National Bureau of Plant (I) Conservation of biodiversity Genetic Resources (q) World Wild life Fund (ii) Conservation of gene of domesticated animal (r) National Bureau of fish (iii) Conservation of gene of crop plant Genetic Resources (s) National Bureau of Animal (iv) Conservation of gene of Economically valuable Genetic Resources species
• Ti Plasmid is a cloning vector which works with
• If distance between gene on chromosome in more , then gene shows :-
• In bacteria, genes for antibiotic resistance are usually located in
• .ABO blood groups in humans are controlled by the gene I. It has three alleles - IA , IB and i . Since there are 3 different alleles six different genotypes are possible. How many phenotypesOccur? AIPMT - 2010
• Which is the most common Plasmid used for most of genetically engineered product ?
• Ti Plasmid naturally occurs in
• The Plasmid derived from E.Coli is