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ID 16085
HIV/SIV Genome Maps
Description:
Human Simian Immunodeficiency Virus Gene Genome, Open Reading Frame, ORF, Spliced gene, Splicing, Reverse Transcriptase, Viral Pathogenesis
Keywords:
open reading frame,genome maps,viral pathogenesis,gene splicing,siv,sykes,hiv,virus
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:
- 16140. HIV SIV Tree
- HIV SIV Tree.
- SOURCE: DNAi
- 16588. Animation 27: Mutations are changes in genetic information.
- Herman Muller induces fruit fly mutations. Seymour Benzer works with virus mutants ans proved only one nucleotide change can cause mutation.
- SOURCE: DNAFTB
- 16135. HIV jumps barrier zoonosis
- Image showing Watson and Crick, chimp, macaques, HIV virus particles.
- SOURCE: DNAi
- 15632. Chromosome 11: Intergenic region repeats and transposons, 3D animation
- Take a guided tour of less than 1% of your genetic material to see new and unusual views of your chromosomal landscape.
- SOURCE: DNAi
- 16834. Animation 40: Living things share common genes.
- Mike Wigler shows how all organisms share similar genes, called homologs.
- SOURCE: DNAFTB
- 15158. Bridging evolutionary barriers, Robert Pollack
- Renowned biologist and philosopher Robert Pollack reflects on his concern over the potential danger of Janet Mertz's experiment inserting a cancer-causing gene from a monkey virus into a bacterium that lives in humans.
- SOURCE: DNAi
- 16552. Animation 25: Some viruses store genetic information in RNA.
- David Baltimore and Howard Temin explain work on the Rous sarcoma virus.
- SOURCE: DNAFTB
- 15415. Chromosome 20: gene for adenosine deaminase, Matt Ridley
- Matt Ridley talks about chromosome 20, gene for adenosine deaminase.
- SOURCE: DNAi
- 16569. Problem 25: Some viruses store genetic information in RNA.
- Explore the reverse transcriptase mechanism.
- SOURCE: DNAFTB
- 1844. STEP/A0118
- Protein tyrosine phosphatase, non-receptor type 5 (striatum-enriched), is also known as STEP (striatum-enriched phosphatase) or A0118, and the gene resides on human chromosome 11.
- SOURCE: G2C
