Magic Bullets: Chemistry vs. Cancer

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    The Gene Factor:
    Cracking the Code: A Similuation

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    Introduction
    Decoded Messages
    For more activities and information at other Web sites...
    Relevant National Science Education Standards
    Relevant New Jersey State Science Education Standards

    Introduction

    Students will enjoy this "game" of finding the code. Each of the hidden (coded) statements is taken from this module. The decoded messages appear below along with an extra clue that tells students where to look in the module for information. The coded messages were produced using the Wingding font in Microsoft Word 97. Several clues are given on the student page to help students and to decrease the time involved for this activity.

    The activity is intended to give students a small insight into the process of determining genetic structure and function. What are each of the “units” and how are they sequenced? And why is each unit important?

    You may print the student page with all the coded messages and assign individual students or teams of students to a lettered message or you might print the statements and cut the page up so that teams see only their assigned message. It will be helpful, however, if students can compare results with each other as they work. This does, in fact, simulate the collaboration that takes place in the scientific community. An interesting added step might be to ask the class to construct the entire code, similar to the Human Genome Project. Ask each team to give each letter of the alphabet and its symbol. From this exercise students can determine all lower case letters except j and q.

    Decoded Messages

    1. Exposure to UV radiation causes skin ageing and skin cancer.

        Exposure to UV radiation causes skin aging and skin cancer.
        Extra Clue: the sun

    2. Surgery, radiation and chemotherapy are primary cancer treatments.

        Surgery, radiation and chemotherapy are primary cancer treatments.
        Extra Clue: choose your weapons

    3. Compounds in fruits and vegetables that fight cancer are called phytochemicals.

        Compounds in fruits and vegetables that fight cancer are called phytochemicals.
        Extra Clue: food

    4. Gertrude Elion and George Hitchings earned Nobel Prizes in 1988.

        Gertrude Elion and George Hitchings earned Nobel Prizes in 1988.
        Extra Clue: 6-MP

    5. Smoking is the leading cause of lung cancer in the United States.

        Smoking is the leading cause of lung cancer in the United States.
        Extra Clue: nicotine

    6. Cancer cells undergo cell division more rapidly than normal cells.

        Cancer cells undergo cell division more rapidly than normal cells.
        Extra Clue: mitosis

    7. The anti-cancer drug cisplatin was discovered serendipitously.

        The anti-cancer drug cisplatin was discovered serendipitously.
        Extra Clue: platinum

    8. The drug Taxol was first isolated from the bark of the Pacific yew tree.

        The drug Taxol was first isolated from the bark of the Pacific yew tree.
        Extra Clue: barking up a tree

    9. Breast cancer and prostate cancer can be treated with sex hormones.

        Breast cancer and prostate cancer can be treated with sex hormones.
        Extra Clue: estrogen

    10. Scientists know that mutations in specific genes can cause cancer.

        Scientists know that mutations in specific genes can cause cancer.
        Extra Clue: faded genes

    For more activities and information at other Web sites...

      Atlas of Genetics and Cytogenetics in Oncology and Haematology — contains a database of genes, from the Groupe Français de Cytogénétique Oncologique, INFOBIOGEN, and the University Hospital of Poitiers.

      DNA Sequencing Module — a class project investigating the link between genes and tobacco addiction, from the High School Human Genome Program, University of Washington.

      Genes and Disease — learn specifics about the connections between DNA and health, from the National Institutes of Health.

      Introduction to Chromosomes — from the Genetics Science Learning Center at the University of Utah.

      Search for the Sequence — an interactive game simulating the hunt for DNA sequences, from The Tech Museum of Innovation in San Jose, California.

    Relevant National Science Education Standards

      Science as Inquiry — The activity is inquiry-based.

      Life Science — The activity illustrates the method by which the sequence of genes is found.

      Science and Technology — The activity is a simulation of modern gene analysis technology.

    Relevant New Jersey State Science Education Standards

      5.1 The activity is a simulation of modern gene analysis technology.

     

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