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ID 16862
Gallery 41: Brian Sauer, 1982
Description:
Man (Brian Sauer) and machine, 1982.
Keywords:
Brian Sauer
This work by Cold Spring Harbor Laboratory is licensed under a Creative Commons Attribution-Noncommercial-No Derivative Works 3.0 United States License.Related content:
- 16863. Video 41: Brian Sauer, clip 1
- The simplicity of the cre/lox system.
- SOURCE: DNAFTB
- 16864. Video 41: Brian Sauer, clip 2
- How the cre/lox system works.
- SOURCE: DNAFTB
- 16865. Video 41: Brian Sauer, clip 3
- How to cut out a gene and why would anyone want to.
- SOURCE: DNAFTB
- 16866. Video 41: Brian Sauer, clip 4
- How the idea of the cre/lox system come about.
- SOURCE: DNAFTB
- 16868. Biography 41: Brian Sauer (1949 - )
- Brian Sauer adapted the cre/lox recombinase system from phage for mammalian gene knock outs.
- SOURCE: DNAFTB
- 15714. Brian Druker
- Brian Druker is a professor at Oregon Health Sciences University.
- SOURCE: DNAi
- 16108. A better way to treat cancer, Brian Druker
- Brian Druker talks bout a better way to treat cancer.
- SOURCE: DNAi
- 16856. Animation 41: DNA is only the beginning for understanding the human genome.
- Mario Capecchi describes proteomics; the large-scale study of protein structure and function. Brian Sauer explains gene knock outs.
- SOURCE: DNAFTB
- 15056. Approval for Gleevec in record time, Brian Druker
- Brian Druker credits the drug company Novartis with recognizing the importance of Gleevec and accelerating the development and approval process.
- SOURCE: DNAi
- 15712. Bud and Yvonne
- Bud and Yvonne are delighted by Bud's recovery thanks to Gleevec
- SOURCE: DNAi
