'Artificial chromosomes' presentation slideshows

Biotechnology

Biotechnology. Chapter 17. DNA Manipulation. The molecular biology revolution started with the discovery of restriction endonucleases -Enzymes that cleave DNA at specific sites These enzymes are significant in two ways 1. Allow a form of physical mapping that was previously impossible

740 views • 66 slides

Biotechnology

Biotechnology. Chapter 17. DNA Manipulation. The molecular biology revolution started with the discovery of restriction endonucleases -Enzymes that cleave DNA at specific sites These enzymes are significant in two ways 1. Allow a form of physical mapping that was previously impossible

665 views • 66 slides

Pick a problem Design some experiments See where they lead us

Provide a genuine experience in using cell and molecular biology to learn about a fundamental problem in biology. Rather than following a set series of lectures, study a problem and see where it leads us. Lectures & presentations will relate to current status

1.06k views • 55 slides

509 views • 44 slides

873 views • 44 slides

DNA Techniques

DNA Techniques. Recombinant DNA DNA Sequencing Gel Electrophoresis DNA Amplification DNA Fingerprinting Gene Therapy. by no means all. Recombinant DNA. Getting genes from one organism into another Target gene vs. vector Restriction endonucleases tool for cutting DNA prior to insertion.

574 views • 42 slides

Hosts & Vector

Hosts & Vector. Selecting Cells with Plasmid Vector. Many cells will not take up plasmid during transformation Cells with plasmid can be identified because original plasmid contained gene for antibiotic resistance (ampicillin)

937 views • 33 slides

A Genetic Algorithm with Injecting Artificial Chromosomes for Single Machine Scheduling Problems

A Genetic Algorithm with Injecting Artificial Chromosomes for Single Machine Scheduling Problems. Contents. Evolutionary Algorithm with Probability Models. Introduction. Single Machine Scheduling (Ei+Ti). Problem Statement. Injecting Artificial Chromosome. Methodology.

429 views • 28 slides

Genome sequencing

Genome sequencing. Haixu Tang School of Informatics. Methodology for DNA Sequencing. The chain termination method (Sanger et al., 1977) The chemical degradation method (Maxam and Gilbert, 1977) . Chain termination method. Polyacrylamide gel electrophoresis . Sequencing vectors. PCR.

660 views • 21 slides

Advances in DNA technology (Post Watson and Crick) DNA profiling Genomic sequencing

Advances in DNA technology (Post Watson and Crick) DNA profiling Genomic sequencing Genetic engineering Gene therapy . Techniques involved Cutting DNA Separating pieces of DNA according to their size Copying DNA Sticking pieces of DNA together DNA probes .

410 views • 14 slides

DNA Technology & Gene Mapping

DNA Technology & Gene Mapping. Biotechnology has led to many advances in science and medicine including the creation of DNA clones via recombinant clones, pesticide resistant plants (GMO) via genetic engineering, and the field medicine that uses the technology to improve our lives. DNA Cloning.

211 views • 8 slides

How do you go from QTL to gene?

x. How do you go from QTL to gene?. Fine mapping Progeny testing Collaborative cross Heterogeneous stocks Other outbred populations. From www.complextrait.org/Powerpoint/ ctc2004/karl_broman.ppt. How do you go from QTL to gene?. Fine mapping Limited resolution?

224 views • 8 slides

Gene therapy for cystic fibrosis

3.51k views • 3 slides