Biotechnology and Genetic Engineering mind maps
543 mind maps by 463 users · Page 1 of 14
This GoConqr page gathers community-made mind maps on Biotechnology and Genetic Engineering, from PCR and recombinant DNA technology to cloning and gene technology. Its over 500 maps support school students, university students and professional candidates studying these topics, as well as teachers looking for material; they span secondary school and university study. Choose a map to explore a topic.
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- History and Development of Biotechnology5
- Recombinant DNA and Gene Cloning92
- PCR and Gel Electrophoresis38
- DNA Sequencing and Profiling45
- Cloning Plants and Animals102
- Stem Cells and Tissue Engineering22
- Genetically Modified Organisms79
- Microorganisms in Biotechnology21
- Medical Applications of Genetic Engineering13
- Ethics and Safety in Biotechnology10
Mind maps
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89 nodesBiotechnology a) state what biotech... · b) Explain why microo... · c) Growth Curve · d) how enzymes become... · e) Why are immobilise... · f) Continouse Culture...
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161 nodesBiotechnology and Gene Technology Vegetative propagation · Artificial Cloning · Defintion: Biotechnol... · Immobilised enzymes · The Genome · Key Exam Questions Ma...
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46 nodesRecombinant DNA technology Recombinant DNA · Cloning in host cells · Cloning without host ... · Recombinant libraries · Analysis of cloned se... · Basic procedure for r...
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48 nodesManipulating Genomes PCR · Electrophoresis · DNA Profiling · Genetic Engineering · DNA Sequencing · Genomes
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59 nodesTest Your Own Genes Isolate Your DNA · Goal: Use the DNA fro...
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42 nodesBacterial Transformation Label two micro test ... · Goal: Facilitate the ...
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21 nodesPOPEYE PIGS Scientists have attem...
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47 nodesBT cotton Genetically engineered · Advantage of biotech ... · Development · Advantages and disadv... · Without Bt? · Bt stands for Bacillu...
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23 nodesGLOW FISH TRANSGENIC SPECIES PROS · CONS · TECHNIQUE · Glofish are a type of... · Fluorescent glofish a... · HOW IT WORKS fluoresc...
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14 nodesPCR making multiple copie... · The D.N.A fragment to... · in vitro cloning - OU...
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11 nodesB2: Genetic Engineering 1: Modification of ba... · 2: Herbicide Resistance · 3: Golden Rice
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47 nodesGenetic Engineering Procedure · Human Genome Project · Tools · Protein Production
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65 nodesGenetic Engineering In the 1970s, scienti... · Embryo research · 'Frankenfood' · 'Designer babies' · Genetic testing · Applying ethical theo...
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64 nodesGenetic Engineering Benefits and Concerns Introduction · Selective Breeding · Gene Identification · Genetic engineering · Concerns · Benefits
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36 nodesNucleic Acids Cloning · Paternity & criminology · Transgenics · Gene therapy · Sources:
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11 nodesCLONING Plants · Animal cloning · Adult cell cloning
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19 nodesGlow in the dark rabbit HISTORY · PROCEDURE · ADVANTAGE
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18 nodesBiotechnology & Gene Technologies 1. Clones in nature · 2. Understanding ener... · 3. Cloning animals · 4. Biotechnology basics · 5. The growth curve · 6. Commercial applica...
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13 nodesAdult Cell Cloning Sheep B · Sheep A
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64 nodesLab Techniques and Biotechnology gel electrophoresis: ... · PCR (polymerase chain... · DNA sequencing · Northern blots are us... · recombinant DNA · Gene cloning: a scien...
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38 nodesCloning in plants and animals a) Outline the differ... · b) Natural Clones in ... · c/d) Artifical clones... · F) advantages & disad...
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213 nodesPack 15 - Recombinant DNA technology Producing DNA fragments · In vivo cloning - Use... · Introduction of DNA i... · Screening for genetic... · RE = restriction endo... · In Vitro gene cloning...
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110 nodesGENE TECHNOLOGIES GENETIC ENGINEERING A... · COMMON TECHNOLOGIES · GENE THERAPY · SEQUENCING GENES AND ... · TECHNIQUES USED TO ST...
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49 nodesCloning and Biotechnology Natural cloning in pl... · Artificial cloning in... · Cloning in animals · Microorganisms and bi... · Microorganisms, medic... · Culturing microorgani...
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168 nodesRecombinant DNA Technology Producing DNA Fragments · In vivo Gene Cloning · Introduction of DNA i... · Locating the Gene · In Vitro Gene Cloning · Locating Genes
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109 nodesIntroduction to DNA 2 Screening · Cloning · Single Nucleotide Pol... · Gene Transfer · Gene Targeting · Transgenesis
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71 nodesManipulating Genomes PCR · Genetically modified ... · Electrophoresis · Sequencing techniques
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116 nodesGene Technologies Techniques · Genetic Engineering · Comparing Genomes
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77 nodesCLONING PLANTS · ANIMALS
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100 nodesPCR Ingredients: · Primer Design · Equipment · Cycle 1 · Cycle 2 · REACTION 101
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74 nodesRecombinant technology Standard DNA cloning · Where do we get the D... · Dideoxy terminator se...
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95 nodesMolecular Tools and Techniques Restriction Enzymes · Gel Electrophoresis · The Southern blot tec... · DNA amplification · Applications of DNA p... · Gene cloning
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100 nodesManipulating genomes DNA sequencing · Applications · DNA profiling · Polymerase chain reac... · Electrophoresis · Genetic engineering
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37 nodesCloning and Genetic Engineering Introduction to DNA a... · Biotechnology · Traditional vs. Moder... · Genetic Engineering B... · Genetically Modified ... · Cloning
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16 nodesDNA Technology Recombinant DNA Techn...
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34 nodesDNA Technology Reverse transcription · Restriction endonucle... · Transformation · Selection · Growth
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59 nodesGene Cloning and Gene Transfer Reverse Transcriptase · Gene Isolation · In Vivo · In vitro - PCR
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89 nodesGenomes and Gene Therapy A/G/H) Sequencing a G... · B) Genome Sequencing ... · C) Define Recombinant... · D/E) Explain Genetic ... · F) Dna Frag seperated... · G/H) Probes & PCR
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185 nodesB3 Topic 3 Large-Scale Growth of... · Microorganisms and food · Using Enzymes · Enzyme Experiments · Genetically Modifying... · More on GM organisms
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145 nodesBiotechnology! By: Naman Patel Restriction Endonucle... · Gel Electrophoresis · Plasmids and Cloning ... · Recombinant DNA Techn... · CRISPR · Sanger Method
More Biotechnology and Genetic Engineering resources
About biotechnology and genetic engineering mind maps
GoConqr OriginalBiotechnology and Genetic Engineering mind maps
These maps connect techniques, applications and questions through labeled branches. PCR follows the copying of DNA fragments, while Recombinant DNA technology covers cloning and the analysis of cloned sequences. Other maps look at plant cloning, bacterial transformation and genetically engineered cotton.
Choose a path through the maps
For a focused starting point, use PCR to follow a single technique. Read each branch, then explain the sequence in your own words. Afterward, compare it with the PCR branch in Manipulating Genomes to see the technique alongside electrophoresis, DNA profiling and sequencing.
For an application, look at BT cotton and trace how the map links genetic engineering to agriculture. If you want to check your understanding with questions, switch to a quiz on the unit page. If you need another way to practice terms, look for flashcards there. Open a map and follow the branches that interest you.
Frequently asked questions
Which mind map is a useful place to start?
Start with PCR if you want to concentrate on one technique: it follows how DNA fragments are copied. For a broader view, Manipulating Genomes brings PCR together with electrophoresis, DNA profiling, genetic engineering and DNA sequencing. The two maps offer different ways to approach the same topic.
What applications do the maps cover?
BT cotton looks at genetically engineered cotton and the insertion of a gene from a bacterium. Biotechnology and Gene Technology includes plant cloning through callus tissue culture. Bacterial Transformation describes a procedure involving the pGLO plasmid. These maps offer examples alongside the maps focused on molecular techniques.
Are these mind maps free to use?
Yes. Every resource listed here is free to open and study without an account. The maps were made by GoConqr users rather than GoConqr. A free account also lets you make your own mind maps, quizzes, flashcards and notes, and save your quiz scores.