Genius Jnr - A wire is in the shape of a rectangle. Its length is 40 cm and breadth is 22 cm. If the same wire is rebent in the shape of a square, what will be the measure of each side. Also find which shape encloses more area?

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A wire is in the shape of a rectangle. Its length is 40 cm and breadth is 22 cm. If the same wire is rebent in the shape of a square, what will be the measure of each side. Also find which shape encloses more area?

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Following Nucleotide Sequences Palindromic Vectors Bearing Two Types Ori Selectable Marker Genes Called Fill Blanks Number Two Factors Called B Number Two Factors Called C 1 Neither Smallest Prime Number Multiply Reduce Lowest Form Possible Ii Iii Iv V Vi Vii Correct Sequence Steps Involved Pcr Reaction Using Divisibility Tests Determine Following Numbers Divisible 4 8 572 B 726352 C 5500 6000 E 12159 Length Breadth Rectangular Piece Land 500 300 Respectively Find Area Ii Cost Land 1 M2 Land Costs Rs Production Biotechnological Products Large Scale Involves Use Using Divisibility Tests Determine Following Numbers Divisible 6 297144 B 1258 C 4335 61233 E 901352 Find Area Square Park Whose Perimeter 320 Enzyme Used Digest Bacterial Cell Wall Type Bond Formed Sticky Ends Complementary Counterparts Area Square Park Rectangular Park Side Square Park 60 Length Rectangular Park 90 Find Breadth Rectan Wire Shape Rectangle Length 40 Cm Breadth 22 Cm Wire Rebent Shape Square Measure Side Also 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Procedures Often Lead Introduction Undesired Genes Progeny Reason Genetic En Prime Minister India Directly Elected People Choose Appropriate Answer Give Reasons Choice Parliamen Arrange Ten Stations Two Different Sequences According Distance Equator Ii According Altitude Mean S Spread Print Culture Nineteenth Century India Mean Women B Poor C Reformers Following Animals Still Used Test Safety Polio Vaccine Ti Plasmid Present List Examples Environmental Degradation May Observed Around Following Table Shows Proportion Undernourished Adults India Based Survey Various States Year 2001 L Type Restriction Endonuclease Used Vitro Recognize Cleave Within Specific Dna Sequences Bioreactors Impellers Meant Following Microbe Source Type Ii Restriction Enzyme Sal Restriction Enzymes Belong Larger Class Enzymes Called Palindrome Recognized Enzyme Ecorii Use Following Information Answer Next Question Length Four Dna Fragments P Q R P Smaller Q Q Smaller Enzyme Isolated Thermophilic Bacteria Thermus Aquaticus Use Following Information Answer Next Question Ecori Cleavage Site Creates Ii Ends Double Stranded D Following Pairs Restriction Enzymes Produces Sticky Ends Following Methods Mainly Used Transfer Gene Cells Plants Following Statements Correct Regarding Probe First Enzyme Used Production Cdna Bacterial Dna Released Bacterial Cell Biotechnology Experiments List Key Tools Used Recombinant Dna Technology Identify B Illustrations Following Ii B Write Term Given C C Expand Pcr Mention Importance Biotechn Explain Role Ti Plasmids Biotechnology Identify B Illustrations Following Ii B Write Term Given C C Expand Pcr Mention Importance Biotechn Use Following Information Answer Next Question Transforming Host Recombinant Dna Rdna Microparticles Use Following Information Answer Next Question Help Suitable Vector Foreign Dna Carrying Tetracyclin Following Pairs Restriction Enzymes Produces Blunt Ends Following Dyes Used Staining Dna Fragments Agarose Gel Electrophoresis Use Following Information Answer Next Question Given Image Shows Dna Sequence Recognition Site 5 G C Vector Used Clone Dna Fragments 2 5mb Size Use Following Information Answer Next Question Hargobind Khorana Produced First Synthetic Dna Purely Cloning Vector Used Production Insulin Bacterial Cell Use Following Information Answer Next Question Given Image Shows Dna Sequence Recognition Site 5 G C Vector Used Clone Dna Fragments 2 5mb Size Following Things Required Southern Blotting Cloning Vector Used Production Insulin Bacterial Cell Restriction Endonuclease Usually Reads Palindromic Sequence Dna Use Following Information Answer Next Question Hisardale New Breed Sheep Developed Punjab Crossing I Following Bacteria Along Plasmid Used Vector Dna Dr Kary B Mullis Awarded Nobel Prize Chemistry 1993 Work Use Following Information Answer Next Question Given Table Enlists Various Tools Biotechnology Respe Bacterium Used Isolation Thermostable Dna Polymerase Method Biotechnology Involves Separation Purification Gene Product Write True F False Area Triangle Base Height Ii Area Gm Base Height Iii Area Circle 2 R2 Iv Circumfe Find Area Rectangular Plot Side 48 Diagonal 50 Following Represents Complete Definition Genetic Engineering Fill Blanks 2317 1835 1835 Ii 38 719 719 Iii 157 2110 56 2110 56 Iv 125 415 25 16 125 415 Sum Two Rational Numbers 12 One Numbers 56 Find Verify Following 125 27 27 125 Ii 58 913 913 58 Iii 3 712 712 3 Iv 2 7 12 35 12 35 2 7 Following Statements True False Every Whole Number Rational Number Ii Every Integer Rational Number Use Following Information Answer Next Question Method Involves Bombardment Gold Tungsten Particles C Write Following Numbers Usual Form 2 06 10 5 Ii 5 10 7 Iii 6 82 10 6 Iv 5 673 10 4 V 1 8 10 2 Vi 4 1 Evaluate 5 1 3 1 1 6 1 Tick Correct Answer 49 815 3245 B 85 C 910 56 Name Bacterium Used Cloning Genes Soyabean Plant Ii Amplification Dna Pcr Reaction High Temperature Elaborate Insertional Inactivation Function Recombinant Dna Technology Explain Three Methods Uptake Foreign Dna Environment Bacterial Cell Recombinant Dna Technology Type Fragment Produced Restriction Endonuclease Enzyme Ecori Give Function Pcr B Various Steps Involved Pcr Technique Draw Diagrams Explain Various Steps Pcr Technique Palas Wildlife India Rich Varied Explain Statement Tropical Grasslands Temperate Gasslands Describe Location Special Features Mediterranean Forests Give Account Main Occupations People Ladakh Carnauba Palm Tree Yields Wax B Rubber C Nuts Fibre Explain Contribution Thermus Aquaticus Amplification Gene Interest Identify Selectable Markers Diagram E Coli Vector Shown B Coding Sequence Galactosidase Considered Enzyme Cellulose Used Isolating Genetic Material Plant Cells Animal Cells Eco Ri Used Cut Segment Foreign Dna Vector Dna Form Recombinant Dna Show Help Schematic Diagrams Set Understand Elution Gel Electrophoresis Basic Advantage Recombinant Dna Technology Sexual Reproduction Advantage Achieved Replication Dna Insert Ensured Process Recombinant Dna Technology Understand Term Plasmid Plasmid Act Vector Understand Term Cloning Cloning Gene Insert Take Place Host Organism Name Enzymes Capable Cutting Genetic Material Giving Two Examples Describe Brief B Type Sequences Id Organism Antibiotic Resistance Gene First Discovered Herbert Boyer Define Recognition Site Reference Restriction Enzymes Restriction Enzymes Recognize Site Action Antibiotic Resistance Genes Act Selectable Markers Explain Using Suitable Examples Selection Recombinants Basis Antibiotic Resistance Genes Selectable Markers Considered Cumbersome Pr Explain Micro Injection Technique Relation Transformation Process Sticky Ends Formed Significance Sticky Ends Recombinant Dna Technology Fragments Produced Result Activity Restriction Enzymes Isolated Name Two Techniques Form Basis Modern Biotechnology Describe Technique Briefly State Limitation Using Antibiotic Resistance Selectable Marker Suggest Explain Methodology Alternate Ilustrate Stirred Tank Bio Reactor Help Diagram Restriction Enzymes Named Name Briefly Describe Steps Involved Pcr Reaction Diagrammatically Represent Action Enzyme Ecor Recombinant Dna Technology Used Manufacturing Commercially Important Bio Products Bio Reactors Usefu Bacterium Used Isolate Dna Polymerase Used Polymerase Chain Reaction Sequencing Whole Set Genomes Carried B Sequence Annotation State Commonly Used Hosts Vectors Mentions Two Functions Ori Sequence Vector Restriction Enzymes Named B Provided Host Dna Vector Dna Help Labelled Diagram Explain Prepare Recom Insertional Inactivation Function Recombinant Dna Technology Name Three Classes Insects Pests Bt Tox Two Metals Used Manufacturing Biolistics Organism Antibiotic Resistance Gene First Discovered Herbert Boyer Determines Replication Foreign Dna Host Dna Sequence Plant Hybridization Procedures Often Result Introduction Undesirable Genes Along Desirable Ones Prob Basic Advantage Recombinant Dna Technology Sexual Reproduction Advantage Achieved Replication Dna Insert Ensured Process Recombinant Dna Technology Name Two Techniques Form Basis Modern Biotechnology Describe Technique Briefly Understand Term Cloning Cloning Gene Insert Take Place Host Organism Write Short Note Techniques Used Isolation Dna Organism Name Write Briefly Two Basic Processes Modern Biotechnology Explain One Processes Detail Person Rowing Rate 5 Km H Still Water Takes Thrice Much Time Going 40 Km Upstream Going 40 Km Downst Two Digit Number Obtained Either Multiplying Sum Digits 8 Subtracting 5 Multiplying Difference Digit Term Used Refer Technology Manipulates Genetic Material Living Organism According Human Requirements Use Following Information Answer Next Question Restriction Endonuclease Ecori Second Two Letters Den Class Enzymes Used Remove Nucleotides Specific Positions Dna Molecule Recombinant Dna Technology Following Sequences Dna Recognized Restriction Endonuclease Enzyme Ecori Following Dna Sequences Illustrates Palindromic Sequence Use Following Information Answer Next Question Restriction Endonuclease Enzyme Ecori Makes Cut Adjac Use Following Information Answer Next Question Recombinant Dna Technology Restriction Enzymes Cut Fo Technique Used Separate Isolate Various Dna Fragments Basis Size Following Statements Incorrect Plasmid Used Recombinant Dna Technique Diagram Correctly Represents E Coli Cloning Vector Pbr322 Following Statements Istrue Regarding Ligating Foreign Dna Bam H1 Site Tetracycline Resistance Gene Method Recombinant Dna Technology Involves Bombarding Foreign Dna Plant Cells High Velocity Enzyme Used Cut Open Cell Wall Bacteria Various Biotechnology Techniques Use Following Information Answer Next Question Gel Electrophoresis Technique Dna Fragments Move Towa Forensic Team Obtained Small Piece Hair Suspect Belongs Criminal Site Incident Experts Want Amplify Class Enzyme Used Molecular Scissors Cut Dna Ends Order Generate Small Fragments Use Following Information Answer Next Question Given Table Enlists Various Tools Biotechnology Respe Name Enzymes Capable Cutting Genetic Material Giving Two Examples Describe Brief Type Sequences Identified Molecular Scissors State Structure Obtained Sequences Cut Molecular Scisso Restriction Enzymes Named Provided Host Dna Vector Dna Help Labelled Diagram Explain Prepare Recombinant Dna Name Write Briefly Two Basic Processes Modern Biotechnology Explain One Processes Detail Antibiotic Resistance Act Selectable Marker Genetic Engineering Experiments State Limitation Associa State Strategies Used Isolation Genetic Material Organisms Neha Wants Replicate Amplify Piece Dna Vitro Draw Diagram Represent Steps Technique Followed Neha Define Downstream Processing Basic Advantage Recombinant Dna Technology Sexual Reproduction Advantage Achieved Replication Dna Insert Ensured Process Recombinant Dna Technology Diagrammatically Represent Action Enzyme Ecor Mentions Two Functions Ori Sequence Vector Certain Pathogens Potential Serve Effective Gene Transfer Tools Justify Statement Help Two Examples Competent Host Host Made Competent Write Short Note Techniques Used Isolation Dna Organism Pcr Technology Helpful Diagnosis Diseases Understand Term Plasmid Plasmid Act Vector Understand Term Cloning Cloning Gene Insert Take Place Host Organism Define Recognition Site Reference Restriction Enzymes Restriction Enzymes Recognize Site Action Sticky Ends Formed Significance Sticky Ends Recombinant Dna Technology Fragments Produced Result Activity Restriction Enzymes Isolated Antibiotic Resistance Genes Act Selectable Markers Explain Using Suitable Examples State Limitation Using Antibiotic Resistance Selectable Marker Suggest Explain Methodology Alternate Discuss Three Methods Alien Dna Introduced Host Name Briefly Describe Steps Involved Pcr Reaction Recombinant Dna Technology Used Manufacturing Commercially Important Bio Products Bio Reactors Useful Ilustrate Stirred Tank Bio Reactor Help Diagram Understand Elution Gel Electrophoresis Explain Micro Injection Technique Relation Transformation Process Bacterium Used Isolate Dna Polymerase Used Polymerase Chain Reaction Name Two Enzymes Used Isolation Genetic Material Two Metals Used Manufacturing Biolistics Given Figure E Coli Cloning Vector Identify Selectable Markers Labelled X Process Recombinant Dna Technology Host Made Competent State Term Given Separation Dna Strands Application Heat Understand Recombinant Proteins Name Scientists Isolated Antibiotic Resistance Gene Bacterial Plasmid State Significance Downstream Processing Bioprocess Technology Organism Antibiotic Resistance Gene First Discovered Herbert Boyer Determines Replication Foreign Dna Host Dna Sequence Palindromic Sequences Recognition Site Restriction Enzyme Enzyme Cuts Sequence Terminal G Would Sequence Resulting Sticky Name Two Commonly Used Cloning Vectors Plasmid Cloning Vector Pbr 322 Restriction Enzyme Bam Hi Cuts Dna Middle Tetracycline Resistance Gen Process Foreign Dna Taken Host Bacterium Name Factor Responsible Pathogenesis Agrobacterium Tumefaciens Name Two Techniques Form Basis Modern Biotechnology Describe Technique Briefly Plant Hybridization Procedures Often Result Introduction Undesirable Genes Along Desirable Ones Prob Restriction Enzymes Named Give Diagrammatic Representation Denote Action Restriction Enzyme Form Recombinant Dna Write Short Note Different Cloning Vectors Used Producing Recombinant Plants Animals Name Restriction Enzyme Whose Recognition Site Labelled Identify Structure Labelled Ii Given Figure Selection Recombinants Basis Antibiotic Resistance Genes Selectable Markers Considered Cumbersome Pr Describe Different Methods Recombinant Dna Introduced Competent Host Briefly Describe Technique Several Copies Rdna Obtained Vitro Briefly Explain Dna Raw Material Required Rdna Technology Isolated Purest Form Restriction Enzymes Called Molecular Scissors Explain Help Example Name Enzyme Involved Step Labelled Given Figure Step Ii Given Procedure Accomplished Name Process Involved Step Iii Explain Different Components Plasmid Cloning Vector Help Suitable Example Cloning Desired Gene Complete Followed Mass Production Target Protein Achieved Give Brief Account Downstream Processing Following Represents Complete Definition Genetic Engineering Enzyme Used Link Antibiotic Resistance Gene E Coli Plasmid Vector Statement Correct Regarding Naming Restriction Enzyme Ecori Restriction Endonuclease Enzyme Recognizes 5 Gaattc 3 3 Cttaag 5 Sequence Dna Use Following Information Answer Next Question Ligation Foreign Dna Site Pbr322 Cloning Vector Recom Use Following Information Answer Next Question Method Involves Bombardment Gold Tungsten Particles C Use Following Information Answer Next Question Used Destroy Cell Wall Certain Bacteria Chitinase Enz Technique Used Amplify Part Dna Using Thermostable Dna Polymerase Following Sequences Palindromic Sequence Following Dna Sequences Palindromic Use Following Information Answer Next Question Restriction Enzyme Recognizes Particular Sequence Nuc Microorganism Used Vector Cloning Genes Plants Use Following Information Answer Next Question Restriction Endonuclease Hind Iii Letter Indicates Na Use Following Information Answer Next Question Amplification Specific Dna Fragment Technique Usually Following Statements Denotes Function Dna Ligase Enzyme Used Dissolve Bacterial Cell Wall Following Features Present Cloning Vehicle Bacterial Plasmid Used Gene Cloning Vector Use Following Information Answer Next Question Microorganisms Bacteria Viruses Etc Used Genetic Mani Use Following Information Answer Next Question Bacterial Plasmids Used Genetic Manipulation Plasmids Use Following Information Answer Next Question Emma Wants Expose Contents Bacterial Cell Extract Dna Restriction Enzymes Originally Discovered Bacteria Used Genetic Manipulation Restriction Enzymes Following Statements Reason Bacteria Viruses Used Genetic Engineering Recombinant Cell One Amount Dna Sample Isolated Low Process Used Amplification Dna Following Organisms Used Genetic Engineering Plants Use Following Information Answer Next Question Genetic Manipulation Desired Gene Inserted Vector Cut Use Following Information Answer Next Question First Step Genetic Engineering Involves Cutting Desir Use Following Information Answer Next Question Gene Interest Inserted Vector Dna Molecule Transfer D Use Following Information Answer Next Question Recombinant Plasmid Introduced Inside Bacterial Cell Figure Correctly Depicts Primer Extension Process Many Primers Used Amplify Dna Sequence Use Following Information Answer Next Question Process Gene Transfer Requires Vector Transfer Desire Use Following Information Answer Next Question Dna Solution Contains Dna Fragments 2kb 3kb 5kb 8kb I Use Following Information Answer Next Question Exonucleases Enzymes Present Cells Widely Used Geneti Scientist Wants Unite Two Dna Fragments Blunt Ends Enzyme Used Join Dna Fragments Vitro Stanley Cohen Herbert Boyer First Scientists Obtain Recombinant Dna Cohen Boyer Used Plasmid Bacteri Polymerase Chain Reaction Pcr Technique Used Amplify Dna Molecules Enzyme Used Pcr Experiments Enzymes Used Cut Dna Strand Specific Sites Produce Sticky Free Ends Enzymes Known Organisms Viruses Bacteria Etc Used Biotechnology Viral Gene Sequence Used Genetic Engineering Viruses Used Vectors Genetic Engineering Recombinant Dna Type Genetically Modified Dna Foreign Genes First Scientists Create Recombinant Dna Restriction Endonuclease Usually Reads Palindromic Sequence Dna Foreign Dna Inserted Region Ti Plasmid Cause Successful Dna Transfer Integration Use Following Information Answer Question Follows Given Image Shows Dna Sequence Recognition Site Re Vector Used Clone Dna Fragments 2 5 Mb Size Following Things Required Southern Blotting Cloning Vector Used Production Insulin Bacterial Cell Following Bacteria Along Plasmid Used Vector Dna State Basic Difference Endonucleases Exonucleases State Significance Plasmid Dna Recombinant Dna Technology Name Given Sequences Recognized Restriction Endonucleases Gel Electrophoresis Basis Dna Fragments Separated Technique Used Scientists Manipulate Genetic Material Living Organism Two Strands Dna Joined Easily Help Enzyme Known Enzyme Cellulase Needed Isolating Genetic Material Plant Cells Form Animal Cells Name Two Commonly Used Bioreactors State Importance Using Bioreactor Expand Following Mention One Application Pcr Ii Elisa Mention Difference Mode Action Exonuclease End Enzyme Cellulase Needed Isolating Genetic Material Plant Cells Form Animal Cells 1 Expand Following Mention One Application Pcr Ii Elisa Mention Difference Mode Action Exonuclease End Explain Find Whether E Coli Bacterium Transformed Recombinant Dna Bearing Ampicillin Resistant Gene Enzyme Cellulase Needed Isolating Genetic Material Plant Cells Form Animal Cells 1 Expand Following Mention One Application Pcr Ii Elisa Mention Difference Mode Action Exonuclease End Bacteria Made Competent 2 Name Source Organism Possesses Taq Polymerase Special Function Enzyme 2 Amplification Gene Sample Interest Carried Using Polymerase Chain Reaction Pcr 3 State Role Dna Ligase Biotechnology B Happens Meloidegyne Incognitia Consumes Cells Rnai Gene Explain Work Carried Cohen Boyer Contributed Immensely Biotechnology Draw Schematic Sketch Pbr 322 Plasmid Label Following Two Restriction Sites B Ori Rop Genes C Antibi State Role Dna Ligase Biotechnology B Happens Meloidegyne Incognitia Consumes Cells Rnai Gene 2 Explain Work Carried Cohen Boyer Contributed Immensely Biotechnology 2 Draw Schematic Sketch Pbr 322 Plasmid Label Following 3 Two Restriction Sites B Ori Rop Genes C Anti Explain Work Carried Cohen Boyer Contributed Immensely Biotechnology 2 State Role Dna Ligase Biotechnology B Happens Meloidegyne Incognitia Consumes Cells Rnai Gene 2 Draw Schematic Sketch Pbr 322 Plasmid Label Following 3 Two Restriction Sites B Ori Rop Genes C Anti Mention Type Host Cells Suitable Gene Guns Introduce Alien Dna Explain Help Suitable Example Naming Restriction Endonuclease Mention Type Host Cells Suitable Gene Guns Introduce Alien Dna Sticky Ends Formed Dna Strand Called Write Role Ori Restriction Site Cloning Vector Pbr322 Mention Type Host Cells Suitable Gene Guns Introduce Alien Dna Explain Help Suitable Example Naming Restriction Endonuclease State Agrobacterium Tumifaciens Made Useful Cloning Vector Transfer Dna Plant Cells Sticky Ends Formed Dna Strand Called Draw Labelled Sketch Sparged Stirred Tank Bioreactor Write Application Draw Labelled Sketch Sparged Stirred Tank Bioreactor Write Application Draw Labelled Sketch Sparged Stirred Tank Bioreactor Write Application Many Copies Specific Gene Interest Required Study Detailed Sequencing Bases Name Explain Process Hel Prepare Flow Chart Formation Recombinant Dna Action Restriction Endonuclease Enzyme Ecori Name Expla Rearrange Following Current Sequences Accomplish Important Biotechnological Reaction Vitro Synthesis Rearrange Following Current Sequences Accomplish Important Biotechnological Reaction Vitro Synthesis Suggest Technique Researcher Needs Separate Fragments Dna Suggest Describe Technique Obtain Multiple Copies Gene Interest Vitro Name Selectable Markers Cloning Vector Pbr322 Mention Role Play B Coding Sequence Enzyme Galactosid Must Cell Made Competent Biotechnology Experiments Calcium Ion Help B State Role Biolistic Gun Biot Explain Role Following Biotechnology Restriction Endonuclease B Gel Electrophoresis C Selectable Mar Write Steps Would Suggest Undertaken Obtain Foreign Gene Product Development Bioreactor Helped Biotechnology B Name Commonly Used Bioreactor Describe Working Explain Roles Following Help Example Recombinant Dna Technology Restriction Enzymes B Plasmids Origin Replication Chromosome State Function Continuous Culture System Maintained Bioreactors Describe Formation Recombinant Dna Action Ecori Describe Process Amplification Gene Interest Using P Galactosidase Enzyme Considered Better Selectable Marker Justify Statement Study Figure Vector Pbr322 Given Identify B C Explain Roles Cloning Vector Biotechnological Techniques Help Diagnose Pathogen Much Symptoms Disease Appear Patient Suggest Two Restriction Endonucleases Played Significant Role Rdna Technology Explain Roles Ecori Dna Ligase For Write Taking Suitable Example Convention Followed Naming Restriction Enzymes Cell Receives Recombinant Gene Called Small Sample Tissue Even Drop Blood Help Determine Paternity Provide Scientific Explanation Substan Name Genus Baculoviruses Belong Describe Role Integrated Pest Management Programmes Give Reasons Dna Cannot Pass Host Cell Cell Membrane B Proteases Added Isolation Dna Genetic Enginee Describe Roles High Temperature B Primers C Bacterium Thermus Aquaticus Carrying Process Polymerase Ramesh Digested Source Dna Vector Dna Double Stranded Obtained Solution Double Stranded Pieces Overh Following Biotechnology Product Application Direct Application Principle Central Dogma Biology Following Chief Reason Use Vectors Transfect Host Cell Ramesh Solution Target Gene Piece Vector Dna Digested Ecori Vector One Restriction Site Ecori Anothe Following Best Advantage Recombinant Dna Technology Traditional Hybridisation Pbr322 Tetracycline Resistance Gene Consist Restriction Site Following Endonucleases Following Methods Generally Utilized Transformation Plant Cells Answer Given Questions Basis Understanding Following Paragraph Related Studied Concepts Modern Biote Cloning Vectors Selectable Marker Describe Role Recombinant Dna Technology Explain Different Steps Carried Polymerase Chain Reaction Specific Roles Enzymes Used B Mention App Assertion Restriction Enzymes Cut Dna Strands Centre Recognition Sequence Produce Sticky Ends Reason Assertion Gel Electrophoresis Dna Fragments Move Towards Anode Electric Field Reason Dna Fragments N Enlist Steps Involved Rdna Technology Attempt Two Following Enlist Basic Steps Involved Recombinant Dna Technology Ii Give Two Examples Mi Attempt Two Following Help Suitable Diagram Describe Structure Nucleosome Ii Describe Steps Pcr Tech Attempt Two Following Name Causative Organism Typhoid Draw Diagram Ii State Economic Importance Lac Define R Dna Technology Give Basic Steps R Dna Technology Give Three Examples Therapeutic Products P