Tom Goddard
February 22, 2012
Movie showing molecules that bind to HIV RNA for the 2012 Biophysical Society meeting to be projected on a planetarium dome.
January 2013. New narration by Jim Weiss, new music by Nine Inch Nails, and updated credits at end of movie.
Opening scene RNA wiggling. Clips P. | Fly over CD8 T-cell [1]. Clips P, D. | SIV virion with spikes between two cells. Clips P. | Core particle. Clips P. | HIV RNA dimer. Clips P, P2. | Ribosome size comparison (3u5b, 3u5d) [2]. Clips P, |
Ribosome RNA decorated with 75 different proteins. (3u5c, 3u5e). Clips P, | HIV RNA decorated with ~1000 copies of nucleocapsid protein. Clips P, | Close-up of nucleocapsid binding (1a1t). Clips P. | Dimerization kissing hairpin (2d1b). Clips P. | Extended dimerization (2d1a) promoted by NC. Clips P. |
tRNA primer (1fir) and reverse transcriptase (3v6d). Clips P. | DNA-RNA hybrid with RNA cleaved segments that fly away. Clips P. | Form and fly along duplex DNA. Clips P. | Circularized DNA with strand swap coloring. [5] Clips P. |
Integrase binding (3os1). Clips P. | Nuclear pore (EMDB 1097), pre-integation complex must pass through. Clips P. | Chromatin with HIV integrated as 50 nucleosomes (1zbb). Clips P. | TAT binding (2w2h) at TAR RNA (2kx5) site recruits P-TEFb (3mi9) to get full length transcript. [3] Clips P. | Rev (3lph) binding to RNA (1etf) and CRM (3gjx) to export unspliced RNA from nucleus. Clips P. | Credits. Clips P. |