Science is based on the idea of trying something, learning, and trying again. It's about iteration and not being afraid of failure, as even an experiment that doesn't go as expected still offers valuable knowledge.
That's the beauty of a virtual lab simulation, too: it's a safe, risk-free space where learners can experiment without fear of failure and where they're encouraged to learn at their own pace. Plus, virtual labs provide classrooms with a means to explore highly technical lab techniques without the need for access to physical laboratory space, tools, and materials.
For World Laboratory Day (April 23), we're highlighting six virtual lab simulations that enable learners to practice essential lab methods and skills in biology, chemistry, genetics, and medicine. These labs are made to push the boundaries of virtual experimentation and exploration. Try them out!
In this virtual lab, learners study stomata, the tiny openings in leaves, and conduct two experiments to see how light and temperature affect photosynthesis. By observing plant structures up close, they discover how stomata help plants to make their own food and adapt to their environment.
In this virtual lab, learners discover how a spectrophotometer is used to determine the absorbance and concentration of a solution.
This protocol simulation allows us to address fundamental questions about photosynthesis and cellular respiration. It makes use of a colorimetric pH indicator to assess levels of photosynthesis and cellular respiration to gather qualitative data.
For a shorter simulation that focuses only on the qualitative analysis, see Qualitative Analysis of Photosynthesis.
This simulation allows learners to practice using micropipettes in a virtual laboratory environment. Practicing this fundamental skill virtually gives learners a head start when they eventually step into a real lab!
In this simulation, learners investigate the principles of osmosis and discover how maintaining osmotic balance with saline IV fluids is essential for cellular homeostasis and patient safety.
In this virtual lab, learners perform a polymerase chain reaction (PCR) to amplify an individual’s GENE X, determining whether they have two copies of the full-length gene or the mutated version of the gene. This lab is designed at an introductory level and emphasizes the reagents and steps necessary for PCR. Prior knowledge of DNA structure, micropipetting, and gel electrophoresis is helpful.
Learn more about LabXchange's virtual lab simulations and explore all of the simulations in our library!
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