BioTechniquesVol. 51, No. 3 WebWatchOpen AccessWebWatchKevin AhernKevin AhernSearch for more papers by this authorPublished Online:3 Apr 2018https://doi.org/10.2144/000113730AboutSectionsPDF/EPUB ToolsAdd to favoritesDownload CitationsTrack Citations ShareShare onFacebookTwitterLinkedInRedditEmail Getting PersonalThe advent of rapid, relatively inexpensive genomic sequencing methods has catalyzed the arrival of the personal genome era—and with it, a number of accompanying issues of privacy, data storage, and clinical import. Tracking popular insight on this important topic is The Personal Genome web site. Stewarded by Personal Genome Project Executive Director Jason Bobe, the blog features documentary videos, essays, and other provocative thoughts offering important perspectives of the use of genomic information. Archives date back to 2003.[http://thepersonalgenome.com]Rose ParadeThe delight of gardeners and the symbol of lovers, roses are an integral part of our culture and have long had the attention of plant breeders worldwide. This diversity of species is well-cataloged at www.EveryRose.com, which documents over 7500 varieties with 2700 accompanying photos. Visitors can search the online database to identify roses by a number of criteria, including color, classification, flower shape, size, habitat, fragrance, and more. A companion database links searchers with suppliers. They can use the site to locate rose gardens, read creative writing about roses, and locate clubs, as well.[www.everyrose.com]The “Hot Cocoa” rose (2001 T. Carruth, Russet floribunda).© 2004 Trevor Inkpen, www.everyrose.com.Stimulating SimulationChemistry lends itself well to the use of computer simulations to illustrate basic concepts. The Chemistry Education Research Group, led by professor Tom Greenbowe of Iowa State University's Department of Chemistry, has assembled an impressive array of downloadable simulations covering all manner of general chemistry principles. Topic areas include product prediction, kinetics, stoichiometry, acid-base equilibria, solutions, thermochemistry, gas laws, and electrochemistry. Animations, tutorials, and simulations are abundant; users will want to update their Flash and other browser plug-ins, as they are needed in force.[www.chem.iastate.edu/group/Greenbowe/sections/projectfolder/simDownload/index4.html]Stress Address“Coping with plant environmental stress is the foundation of sustainable agriculture,” proclaims the byline of the informative Plantstress site. With a substantial catalog of news and related articles, these folks are in a prime position to make such a statement. Focused on agricultural methods and the green revolution, the site lists a number of abiotic stresses endured by plants—including drought, salinity, oxidative, heat, cold, water-logging, mineral deficiency, and mineral toxicity—along with techniques for mitigation. Contributions are from a number of worldwide experts, and news on the opening page is timely. Other sections of the site connect researchers with methods, presentations, references, and even each other.[www.plantstress.com]Deceptive AdvertisingmiRNAs perform critical post-translational regulation of at least one third of mammalian genes, and the sequence specificity of the interaction of miRNAs and their target genes is both a boon and a bane for regulation. Aiming to identify other potential miRNA-affected genes is the focus of a novel database known as Patrocles. Assembled using data from publicly accessible databases and scientific literature, Patrocles maps potential genes/probes with genomic coordinates relevant to the appropriate species (human, chimpanzee, rat, dog, cow, or chicken). Over 10,000 putative DNA sequence polymorphisms (DSPs) that might influence miRNA-mediated regulation have been identified for humans alone.[www.patrocles.org]Flower PowerWith the evolution of angiosperms and their flowers came beautiful displays, instruments of economic importance (think fruit production and seed dispersal), and evolving insect species to service them. Indeed, the coevolution of insects and flowers is a well-studied biological phenomenon. Understanding the biochemistry that gave rise to flowers is important from the perspectives of botany, commerce, food production, and molecular evolution. It also provides a focus for the Floral Genome Project, hosted by Penn State University. At the project's web site, visitors can download cDNA library data from over 20 species of angiosperms from which the most flower diversity is found. They can also request clones, access methods, view chronologically organized publications, and undertake sophisticated sequence searches.[http://fgp.bio.psu.edu]FiguresReferencesRelatedDetails Vol. 51, No. 3 Follow us on social media for the latest updates Metrics Downloaded 85 times History Published online 3 April 2018 Published in print September 2011 Information© 2011 Author(s)PDF download