Welcome to Molecules@gnu-darwin.org
This site is under constant constructionThe molecule of the day is: Bleach
Bleach is a common household item, and a powerful chemical agent, which ordinary people have learned to use with great care every day. Not only is it highly toxic, but it is quite caustic, and it able to produce burns on the skin and destroy many materials that it touches. Bleach derives these properties from the fact that its sodium hypochlorite is a strong oxidizing agent, which is able to break the bonds which connect dye and pigment molecules to the fibers in our clothing. Sodium hypochlorite is shown at right. The dye and pigment molecules are released into solution, and the cloth loses its color. It is bleached. One imagines that people find their own interesting uses for this product, but it is notably a great way to keep your white clothing and linens clean, germ free, and bright. It is a wonder that such a useful and powerful chemical is found so cheaply and readily available to just about everyone. Power to the people!
other names: 227453-69-2 56172-57-7 7681-52-9 8007-59-8 AD Gel Antiformin B-K liquid CCRIS 708 Carrel-dakin solution Caswell No. 776 Chlorinated water (sodium hypochlorite) Chloros Chlorox Cloralex Cloropool Clorox Clorox liquid bleach Dakin's solution Dakins solution Deosan Deosan Green Label Steriliser Dispatch EINECS 231-668-3 EPA Pesticide Chemical Code 014703 HSDB 748 Hospital Milton Household bleach Hyclorite Hypochlorite sodium Hypochlorous acid, sodium salt Hyposan and Voxsan Hypure Hypure N Javel water Javelle water Javex Klorocin Milton Milton Crystals Modified dakin's solution Neo-cleaner Neoseptal CL Parozone Purin B SODIUM HYPOCHLORITE Sodium hypochlorite (NaClO) Sodium hypochlorite (NaOCl) Sodium hypochlorite [Hypochloride salts] Sodium hypochlorite [USAN:JAN] Sodium hypochlorite
related molecule names:
Added Molscript graphics and MOD desktop image to the right sidebar. The theme is infinite carbon chain. The code is in infrastructure. The other main molecular graphics programs in use at this time are RasMol, Rester3D, PyMOL, and PovChem. The viewer is xzgv, and ImageMagick for touch up; mainly mogrify and convert. Please feel free to send any questions along.
updated Thu Sep 11 22:33:51 EDT 2008
We continue to get encouragment to provide coordinate files with improved geometry, although this is a computationally intensive task which is down the road still. Meanwhile, a few supurb 3-dimensional structures are already found in the archive, and two of them have been featured in the right sidebar today. If you rummage around in the MOD galleries, you are likely to find more 3D coordinate files, as well as some very interesting 2D representations! In our opinion, many of the most interesting molecules have planar geometry, so that the current files are quite useful. In due course, we plan to provide a comprehensive collection of coordinate files with good stereochemical geometry, all in the selfsame spirit of free and open source software and public access. We welcome any and all input.
updated Wed Sep 10 20:28:49 EDT 2008
Our new directory style was featured in a the right sidebar of the Jasmone MOD page today. Just click the directory link from the top page or in any of the recent galleries to view this new feature. These pages typically include links to the source databases, which often have chemical diagrams or useful additional information about the molecules. A smiley code is currently featured at the bottom of each page. Smile.
updated Thu Sep 4 22:28:57 EDT 2008
Added quick navigation links to the left side bar. The site has reached 111 GB, and a massive backup is underway. We are still just getting started.
updated Thu Sep 4 13:30:20 EDT 2008
Added developer links to the left side bar.
updated Wed Sep 3 12:05:13 EDT 2008
I have automated the process to make molecule galleries, which I am finding very useful to my research, so I thought that I would share the opportunity and take requests. It is quick and easy. I did a bisphenol search today, and as I expected, the search turned up a few stilbenes, which is the same molecular family as resveratrol. Strikingly, Bisphenol A is a noted teratogen, which shows that care must be taken when using such molecules during pregnancy, nursing, and development. Here is a link to the bisphenol gallery.
If you would find it useful, I am definitely interested in taking requests for molecule galleries. Just send me the name of your favorite molecule. As you may be able to tell, we have access for galleries to about 1% or 0.5 million structures, in the total archive thus far, but it is already quite useful. The automated jobs are underway to fill in the rest. The next milestone is the capability to index and make galleries for the remaining millions of molecules for which we have pdb files already, which would be 5-10% complete. Any comments or suggestions are also welcome.
updated Tue Sep 2 14:10:15 EDT 2008
A terminal screenshot has been added to the right sidebar, in order to show the kind of code that is being used to generate the Molecules directory indices. All inquiries and suggestions are welcome.
updated Fri Aug 29 14:39:14 EDT 2008
Reaction to our website has been quite positive and encouraging, but people are anxious to see structures with improved stereochemistry. We have received many suggestions about how to make that happen faster. For the time being, we are experiencing the best structure viewing results with RasMOL. Name extraction and structure file linking jobs are underway, which is an indication that we are still in a preliminary phase. Google spiders more almost everyday, and past experience indicates that the search capability will become very useful indeed! Here is some secret mumbo jumbo. I'm afraid that my Japanese or Korean is broken at best ;-}. Enjoy!
updated Wed Aug 27 21:38:32 EDT 2008
An RSS News Feed has been added to the right side bar.
updated Tue Aug 26 19:27:29 EDT 2008
Several new indices have been added to our sidebar, notably; current index by name, and gallery by name. These are large indices, but also vastly incomplete, and work is underway to improve them. A list of bloggers who have mentioned the site, with links in their blogs, is now in the front sidebar, although only one is known thus far. Due to the vastness of the scale, many of these things will be divided out and buried a little deeper eventually, but they can be showcased now, and they are a good survey.
updated Tue Aug 19 19:45:09 EDT 2008
Some facts: The Molecules website contains more than 4 million small molecule structure files in pdb format, and molecular graphics representations. About 50 million molecules are still in the pipe, and they are expected to appear here over the course of the next few weeks and months. The pdb format is readable by common FOSS molecule viewer software, such as RasMol and PyMOL. In due course, we plan to provide high quality structures via energy minimization refinement, and additional resources.
Molecules@gnu-darwin.org is founded in the spirit of free software, open source, and public access. It is hoped that access to these files will be a wonderful community resource for science education, research, and entertainment as well. We are looking for investment, funding, or sponsorship in order to expedite and expand this work, and lead the field, with an eye towards an advanced, complete, synthetic, structural, and informatical bioorganome. Meanwhile, the site is already an exceptional lab resource, and molecular catalog, providing the means and building blocks towards additional novel structures. We aim to be the best.
The structural biology, protein crystallography, and molecular graphics talent that is building the Molecules archive is available to work for you in a contract or consulting arrangement. Wide-ranging expertise is available. Molecules@gnu-darwin.org is built entirely with FOSS, free and open source software, GNU-Darwin OS, and it is under the aegis of The GNU-Darwin Distribution. Here is a link to the Distribution résumé. Our founder is an X-ray laboratory admin for the Department of Biophysics and Biophysical Chemistry of Johns Hopkins University School of Medicine. You can also read his CV. We would like to build a community around this website, and we are looking for volunteers and collaborators to help. Regarding any aspect of the work of this site, please feel free to contact us, firstname.lastname@example.org, with gdmolecules in the subject line. Cheers!