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| | |  | | | |  | | For the price of a few boxes of toothpicks, you can guide your students in an investigation of enzyme reaction rates. This hands-on activity gives students a graphic understanding of enzyme reactions and the vocabulary words used to describe them. Use this dry-lab activity to accompany AP® Biology Lab 2. See the link below for more. Read the complete article >> | |
|  | | Carolina™ prepared microscope slides are an essential part of many life science curricula. With proper care, they’ll remain in good condition and last for years. What is proper care? Click the link below to learn everything you need to know about caring for prepared microscope slides, including how to handle, store, and repair them.
Read the complete article >> | |
|  | | The frog is the classic dissection specimen for middle and high school students. Studying the frog’s internal anatomy not only allows students to explore representative vertebrate anatomy, but also topics such as evolution, species classification, and ecology. For a step-by-step guide to examining the frog’s internal anatomy, see the link below. Read the complete activity >> | |
|  | | This new monthly column puts Carolina in the spotlight with news and other items of interest. This month, we’re taking a look at Carolina’s history and product development philosophy. Learn more about where we’ve been and what we’re thinking about by visiting the link below. Read the complete article >> | | |  | | | | | Teacher Tip: Make Your Own Artificial Blood | | Submitted by Susan A. Bender, Jim Hill High School, Jackson, MS
| Forensics teachers take note. Here’s how to make realistic artificial blood for blood spatter labs: - Pour one liter of water into a suitable container.
- Add 8 oz red food coloring and one 16-oz bottle of Karo® Light Corn Syrup.
- Mix thoroughly.
You must use Karo® Light Corn Syrup; imitations don’t work. For more realistic color, add a pinch of Congo red indicator powder. If you want to examine the artificial blood under a microscope, add a tablespoon of dry yeast. The spheres that form around the yeast granules look just like erythrocytes.  | | | | | | | | Streaming Video | | |  | | Our own staff product experts, biologists, chemists--and a few special guests--share techniques, product profiles, and more via streaming video.
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