Summary comprised from Textbook, Lecture Notes and Additional Resources. Includes making Recombinant DNA technology; Restriction enzymes; Cloning Vectors; Blue-White Screening; Bacterial Plasmid Vectors (Phage Vectors, Bacterial Yeast, Yeast Artificial Chromosomes, Expresson Vectors); DNA libraries (Genomic DNA libraries, Complementary DNA library); Colony Blot Hybridisation; Techniques used to analyse recombinant DNA ; Polymerase Chain reaction; using gel electrophoresis to visualise the result...

"Full contents page, all pages numbered. Complete set of lecture notes for 2nd year DNA Technology for any biological or medical degree. These notes alone allowed the achievement of a first (1)/ A in this module. Contents Phylogenetics – 2 Bioinformatics – 4 Functional Genomics – NGS – 6 Deep Sequencing – 7 3rd Generation Sequencing – 9 Functional Genomics – Expression Profiling – 9 Systematic Genetic Analysis – 11 Genome Editing – 14 CRISPR/Cas – 17 "

You are working for the Sanger Institute and you have been asked to demonstrate basic DNA techniques to students visiting the facility. Carry out the following DNA techniques: • DNA Extraction • PCR Reaction and Electrophoresis • Restriction Fragment Length Polymorphism analysis and Electrophoresis • pGlo Genetic Transformtion Record your activities in your notebooks. For each practical you must include a description of the method, results, conclusions and photographs documenting your i...

Hand written summaries of DNA and RNA, Transcription and Translation, Genetics definitions and explanations, Genetic Engineering, Recombination Technology, Mutations and Meiosis. These notes consist of diagrams, mind maps, a definition list, and clear explanations. They are colorful and simplified for easier learning, and help with quick revision of Genetics for the IEB Life Science final examination.

R DNA Techno Logy USE IN MEDICINAL FIELD

Complete AQA A Level Biology notes on recombinant DNA technology with diagrams, definitions to support your understanding. Details include: Producing DNA fragments In vivo gene cloning Marker genes In vitro gene cloning (PCR) Locating genes Genetic fingerprinting Gel electrophoresis

Recombinant DNA technology - A-Level Biology notes

These revision notes provide an in depth summary of this specific chapter of AQA Biology in the A Level Specification - Very comprehensive notes and enabled me to achieve an A* in my A Level Biology exams.

An extensive English summary of the course Fundamentals of Gene and Genome Technology followed in academic year 2019-2020. Obtained result with this summary was 18/20. The explanations during the class were attentively noted and processed with the slides and course material to a complete summary. The summary consists of following chapters/lessons: Cell-based DNA cloning Expression cloning PCR Copy number variation Impact of NGS technologies on human genetics Model organisms Comparative genomics...

Concise recombinant DNA technology summary notes for the new linear A-level biology 7401/7402