Screenshots

Click on images to see them full-size.

Small molecules

	Acetic acid using CPK colors and spacefilled atoms.
	A shaded rendering of caffeine, with some measurements shown (distance, angle, dihedral).
	Display of bounding box and axes of coordinates space. Note the transparency of the yellow halo around selected atoms.
	The electrostatic potential of allene mapped onto a translucent surface. (submitted by Nick Greeves)
	Two translucent planes (pMesh) illustrating symmetry planes for water molecule. (prepared by Bob Hanson)

Macromolecules

	A few residues with backbone in blue and vdw dots surface.
	Hemoglobin with backbone trace colored by chain and spacefilled hemes.
	Crystal structure of an H/ACA box RNP from Pyrococcus furiosus (PDB CODE: 2HVY) Cbf5p    Gar1    Nop10    L7AE    RNA A nucleotide of the RNA helix is flipped out into the active site formed by the protein complex. (submitted by Wayne Decatur)
	Biotin (cpk color, spacefilled) inside its binding pocket in a streptavidin subunit (cyan translucent surface) and capped by a portion of the neighbour streptavidin subunit (yellow translucent surface). (submitted by Angel Herráez)
	A fragment of transcription factor TFIIIA forming three consecutive zinc finger motifs (cartoons), bound to a stretch of DNA (spacefilled). (submitted by Angel Herráez)
	Highlighting two salt bridges in hemoglobin tetramer (hemo group as sticks at bottom-right). (submitted by Angel Herráez)
	Eubacterial 70S Ribosome from Thermus thermophilus (PDB CODES: 1jgo and 1giy) On the right is the small subunit and on the left is the large subunit. In between the subunits: mRNA A-site tRNA P-site tRNA E-site tRNA (submitted by Wayne Decatur)
	Illustrates the variable translucency, in preparation for Jmol 11.2. (prepared by Bob Hanson)

Crystallography

	Display of quartz crystal structure, filling 2x2x2 unit cells. The unit cell boundbox is drawn and the unit cell data are shown on upper left. (prepared by Bob Hanson)
	Network of aluminate-silicate tetrahedra and the volume available for absorption. (submitted by Alan Hewat)

Orbitals

	The 4f-orbitals (submitted by Nick Greeves)
	Cartoon p-orbitals of benzene together with the corresponding translucent molecular orbital. (submitted by Nick Greeves)

Reactions, vibrations, etc.

	An SN2 reaction animation with the distance measured between the chlorine and carbon atoms
	Vibration animation of benzene with vectors shown as yellow arrows and list of vibration frequencies.
	Periodic table showing atomic, van der Waals and ionic radii for all elements with their unique colors. (submitted by Angel Herráez)

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