Here you can find curated resources to explore more about selected bioSTEM topics.
The DNA in your cells holds all the information that makes you you! Our BioIgnite students extracted DNA from plant cells, and you can repeat the experiment at home using these instructions. Or complete the experiment virtually and learn more about the procedure using this virtual lab.
There are tens of thousands of genes in the human genome. The Human Genome Project is an ambitious endeavor to learn more about all these genes by mapping the genome. Learn more using this interactive tutorial.
Genetics dictate your biology when you’re healthy, but when things go awry, genetics can also cause certain diseases. Learn about genetic diseases, ranging from sickle cell disease to Alzheimer’s disease, here.
Can’t get enough genetic engineering? See this extensive list of additional resources from the National Institutes of Health.
Researchers are developing ways to engineer cells and biomaterials to replace damaged and diseased tissues in the body. Learn more about this exciting field and examples of ongoing research funded by the National Institutes of Health here.
Potential drugs and therapies that are developed in the lab have to pass many tests before they become approved for general use. Learn more about the process of how a treatment is translated from “bench to bedside” in these interactive tutorials.
Interested in what it takes to become a biological engineer? Learn about what types of jobs are available, hear stories of inspiring biological engineers, and learn what paths you can take towards this career in this resource from the American Institute for Medical and Biological Engineering.
BioIgnite students learned that neurons send signals using action potentials that travel down the axon. If you want to get a deeper understanding of how the chemistry behind this works, check out this tutorial about action potentials and many others related to neuroscience.
BioIgnite students saw a sheep’s brain in a jar. Check out this neuroanatomy tutorial to see what the different parts of a sheep brain look like when dissected.