TOXinvaders supports middle school science concepts pertaining to chemistry, environment and health. It can serve as an engaging classroom or homework activity for middle and high school students, as well as an entertaining learning activity for gaming aficionados of all ages. In the classroom environment, TOXinvaders works best as a supplement to NLM Tox Town, Environmental Health Student Portal, TOXMAP, and ChemIDplus web sites.
The game consists of four fast-paced levels, in which a launcher is used to annihilate toxic chemicals falling from the sky and earn protective shield points by capturing “good chemicals.” To move on to the next level, players must take a brief quiz about its chemicals in order to unlock the next one. These dynamically generated tests provide an excellent opportunity to learn more about environmental health and toxicology, either from the game’s chemical information sheet, or from NLM Web sites. Quiz questions and answers can also serve as a departure point for classroom discussions, as well as Tox Town, TOXMAP, and Environmental Health Student Portal activities and experiments.
Industries and businesses in the United States use tens of thousands of chemicals to make the products we depend on, such as pharmaceuticals, computers, paints, clothing, and automobiles. Although the majority of toxic chemicals are managed by industrial facilities to minimize releases of chemicals into the environment, releases do still occur.
It is your right to know what toxic chemicals are being used in your community, how they are managed, whether they are being released into the environment, the quantities of these releases, and whether such quantities are increasing or decreasing over time.
You may know that the National Library of Medicine (NLM) has a number of resources related to environmental health and toxicology, including the suite of databases which are included as a part of TOXNET. NLM also has a number of resources on these topics which are specifically designed for the K-12 audience and the teachers and parents who work with these students. NLM’s Division of Specialized Information Services (SIS) is pleased to announce the launch of three interactive, educational iOS apps for middle and high school students studying biology, chemistry and environmental health.
These FREE, readily accessible resources assist students with grasping concepts such as DNA base pairing, the Bohr model of the atom and environmental conservation. Two of the iOS apps, Bohr Thru and Base Chase, were developed in collaboration with a high school educator and are easily usable within the biology/chemistry classroom setting. The third game, Run4Green, is a fun and informative learning tool that reinforces concepts relating to environmental conservation and can be used as an engagement extension activity.
Each of the three iOS games is iPhone, iPad and iPod touch compatible, and can be freely downloaded (with no in-game purchases) by visiting the iTunes App Store. Bohr Thru is a Candy Crush style game which requires players to collect and organize protons, neutrons, and electrons in order to form the Bohr Model of the first 18 elements in the Periodic Table. Base Chase allows players to grab bases of DNA in order to complete unique DNA stands for a variety of animals. This game compliments the GeneEd website. Run4Green is especially designed for grades 5-8 and reinforces environmental topics such as greenhouse gas reduction, renewable energies, and green product purchases.
The Radiation Emergency Medical Management Team is proud to announce the first major redesign of its site since REMM was launched in 2007. The redesign includes a more modern banner, a new color palette and font style, and a new navigation system.
There are now six content groups on the new home page and an easy-to-use navigational menu has been added with sections for:
• Interactive Clinical Tools
• Diagnosis and Treatment
• Reference and Data
• Overview of REMM and
• Links to downloading the REMM app for various mobile devices
One of the most popular features, the Multimedia Library in carousel form, remains on the home page, with several categories of multimedia assets.
Many significant content updates have been added to the website, including: new references in several sections, updates to a number of pages, a new email update system, and more.
All prior URLs have been retained. Users who have previously visited REMM pages may need to refresh (reload) the page to see the new design.
REMM is included as one of the resources in the NTC modular course “Discovering TOXNET.”
1) If you don’t already have a free MyNCBI account, create one
2) At the bottom of the Filters window on your MyNCBI account page, click the “Manage filters” link
3) Click on LinkOut from the “Select Category” option
4) Type in HSDB and click on Search
5) Check the two boxes next to HSDB (filter and icon). This will save these options.
Run a search
1) While logged into your MyNCBI account
2) Run your search in PubMed
3) On the upper right side of the results page look for “Filter your results”
4) Click on the HSDB link. You are now viewing all citations with a link to the HSDB database
5) Click on a result
6) Click on the HSDB icon on the upper right. The link takes you to the HSDB record for chemical/s mentioned in the article.
Did you know that you can view our tutorials and recordings at any time that’s convenient for you? If you have a few extra minutes, check out one of our self-paced tutorials or recorded webinars to learn something new or brush up on one of your most-used resources. Here are a few you might take a look at:
LactMed is part of the suite of TOXNET databases and provides information on drugs and other chemicals to which breastfeeding mothers may be exposed. With the new TOXNET interface, it was also updated. Check out this updated video from the National Library of Medicine to learn more about LactMed.
Developed resources reported in this site are supported by the National Library of Medicine (NLM), National Institutes of Health (NIH) under cooperative agreement number UG4LM012344 with the University of Utah Spencer S. Eccles Health Sciences Library. The content is solely the responsibility of the authors and does not necessarily represent the official views of NIH.