High-Tech Biology Kits for the Next Generation of Scientists
The BioBits Project was started by a group of synthetic biology researchers at Northwestern University, the Massachusetts Institute of Technology, and the Wyss Institute at Harvard University, who wanted to help students learn biology by doing biology. Their aim was to enable students to perform a range of simple, hands-on biological experiments without the need for specialized lab equipment and at a fraction of the cost of current standard experimental designs. To achieve their goal, the researchers have developed educational biology kits with a range of molecular experiments that can be performed using a system of freeze-dried, cell-free reactions, each coupled to a signal that students can easily detect with their sense of sight, smell, or touch. The first kit they developed, BioBits Bright, was designed to engage the sense of sight. Expanding on BioBits Bright, BioBits Explorer includes experiments that engage the senses of smell and touch. One experiment, for example, uses a sensor that glows fluorescent in the presence of banana or kiwi DNA. Another experiment creates a compound that smells like bananas. A third experiment results in a squishy hydrogel, which students can touch and manipulate. BioBits lab kits and accompanying curricula were developed to meet standards for K–12 STEM education. The research team plans to refine the kits’ design and create an open-source online database where teachers and students can share their results, as well as their ideas for modifying the kits and exploring different biological questions. An online video presents interviews of the project’s founders, experimental demos, and more.
Sound Rebound is an offbeat experience of color and sound that invites students to create ricochets, bounces, or bumps to investigate seeing and hearing. The app, designed for iOS devices, invites users to move objects around the screen’s “play field” to experiment with color and sound.
Now in its fourth decade, WGBH Boston’s NOVAtelevision series remains committed to in-depth science programming in the form of one-hour documentaries and long-form miniseries—from the latest breakthroughs in technology to the deepest mysteries of the natural world. In addition to the weekly television broadcasts, NOVA extends its award-winning science reporting both online and in classrooms.
Made for iOS 12 by Designmate, Brainapse is an engaging and informative learning app that uses augmented reality (AR) to help students explore the anatomy, structure, and functions of the human skull and brain and explains the evolution of the human brain and its way of working.