'Folded protein' presentation slideshows

Jane Clarke May 2004

Jane Clarke May 2004. How do proteins withstand force? Examining the effect of force on a protein folding landscape by combining atomic force microscopy, protein engineering and simulation. Cambridge University Dept of Chemistry MRC Centre for Protein Engineering. Robert Best Susan Fowler

620 views • 49 slides

Acellular Microbes

Acellular Microbes. Infectious Agents. Viruses. Range from 10-300 nm. academic.pgcc.edu/.../Chapter%2013/size.html. All Organisms Have the Potential to be Infected by Some Type of Virus. Tobacco Mosaic Virus . www.ncbi.nlm.nih.gov/.../Milne /tobamo1.htm. Small pox virus.

1.56k views • 33 slides

Dancing with data down under CNI Winter 2007 Project Briefing

Andrew Treloar, ARCHER Project Director Cathrine Harboe-Ree, University Librarian Alan McMeekin, Executive Director ITS. Dancing with data down under CNI Winter 2007 Project Briefing. O is for Overview. Drivers for what we are presenting Research case study overview Challenges and solutions

309 views • 30 slides

Anton Supercomputer

260 views • 23 slides

Determine protein structure from amino acid sequence. Ray Luo UC Berkeley EECS

?. Determine protein structure from amino acid sequence. Ray Luo UC Berkeley EECS. Polypeptide: amino acid sequence. Folded protein: 3D structure. Information flows from DNA to RNA to polypeptide string to folded protein.

267 views • 8 slides

Determine protein structure from amino acid sequence. Ray Luo UC Berkeley EECS

?. Determine protein structure from amino acid sequence. Ray Luo UC Berkeley EECS. Polypeptide: amino acid sequence. Folded protein: 3D structure. Information flows from DNA to RNA to polypeptide string to folded protein.

84 views • 8 slides

DNA encodes messenger RNA

DNA encodes messenger RNA. DNA = Information transcription mRNA = Message translation Protein sequence = Assembly folding Folded protein = Function. Ribosome. mRNA encodes proteins. DNA = Information transcription mRNA = Message

170 views • 5 slides