Lab Field Trips

In this lab students will: Collect quantitative data using a spectrophotometer. Prepare dilutions using micropipettes. Determine the wavelength of maximum absorbance for a specific dye. Determine solution concentrations. Analyze data by constructing graphs. Apply data and graphs to find an unknown value. Calculate the concentration of food dye in sports drink using Beer’s Law (AP,…

In this lab, students will:: Explore the 4 forces of flight Experiment with Newton’s laws of motion Design, build and launch compressed air rockets Engage in the engineering design process to improve the flight of your rocket

In this lab, students will: Explore DNA’s structure, role, and relationship to proteins. Set up a restriction digest of DNA from a “crime scene.” Compare suspect DNA to crime scene DNA by performing gel electrophoresis. Upon advance request, AP students may use PCR analysis in place of restriction digests to analyze their DNA. Explore how…

In this lab, students will: Transform bacteria using a plasmid containing a jellyfish gene. Discover how bacteria transfer genetic material. Predict results of transformation under specific conditions. Discuss how and why genes are regulated. Compare predictions to observations of non-transformed and transformed bacteria. Learn about plasmids and how bacteria transfer genetic material.

In this lab, students will: Explore the structure and role of DNA Discover the origins and uses of restriction endonucleases (enzymes) Prepare restriction digests Analyze digested DNA fragments using gel electrophoresis Apply data to construct and verify plasmid maps

In this lab, students will: Discuss Honey bees and their role in pollination Explore the honey bee life cycle Observe dead honey bees using a microscope Design, build, and test a pollination device

In this lab, students will: Learn about the electromagnetic spectrum and how we see color Explore light, color, and diffraction by building a spectroscope Design and build a kaleidoscope Investigating how light can play tricks on our eyes

In this lab, students will: Create a mixture and make observations about its properties as its state of matter changes Learn techniques to micropipette and measure small quantities of liquids Discover and identify elements in the hemlock ecosystem, including producers, consumers, and decomposers Perform gel electrophoresis to compare DNA from known pests to an unknown…

Effect of Chemicals on Plant Cells In this lab, students will: Learn about the electromagnetic spectrum and how we see color Discover how a spectrophotometer detects absorbance of light Discuss parts of the plant cell, including the function of the vacuole Analyze data by constructing graphs Form a conclusion based on experimental results Build a…

In this lab students will: Create a mixture and make observations about its properties to determine if a chemical reaction has occurred. Learn techniques to micropipette and measure small quantities of liquids Discuss the effects of resource availability on the hemlock ecosystem Discover and identify interactions (competitive, predatory, and mutually beneficial) between organisms in the…

In this lab, students will: Discover/review the location and the role of DNA in our bodies Perform gel electrophoresis to compare DNA from suspects to DNA found at the crime scene Explore how genetic signatures are used in forensics and other applications Discuss how environmental and genetic factors influence organisms {{ vc_btn: title=Make+a+Reservation+HERE&style=outline&shape=square&color=violet&align=center&link=url%3Ahttps%253A%252F%252Fscienceweb.clemson.edu%252Fcusoc%252Fmake-a-reservation%252F%7Ctarget%3A_blank }}{{ vc_btn:…

Please use the calendar below to access our availability calendar. One lab can accommodate up to 32 participants. If you have a group of over 64 participants, please let us know at culsoc@clemson.edu. We have a large group scheduled we can share with you!

Fees are as follows for one laboratory experience:* One laboratory field trip (up to 16 participants): $200 One laboratory field trip (17-32 participants): $300 Two concurrent laboratory field trips (33-48 participants): $500 Two concurrent laboratory field trips (49-64 participants): $600 *Discount available for groups over 100 students. *Because the Your DNA and Traits lab involves…

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Tours and Activities To make the most of your trip to Clemson University, consider visiting one of these locations after your lab. Please make your own arrangements in advance by following the information provided on their websites. Bob & Betsy Campbell Museum of Natural History – https://www.clemson.edu/science/departments/biosci/research/museum/index.html Clemson University Herbarium – https://www.clemson.edu/science/departments/biosci/research/herbarium/index.html South Carolina Botanical…

If you can’t come to Clemson, the Clemson University Science Outreach Center labs can come to you. After reviewing the information below, please contact us to discuss your needs. Review laboratory descriptions. The labs that best translate to classroom settings are Fun with Mutants and a modified version of our DNA Fingerprinting/Crime Scene. These labs…