You will be required to construct a model of a plant OR animal cell (I will pick for you). All models must be made out of edible materials that will remain fresh at least 3 days
without refrigeration. Avoid using materials that have an unpleasant odor or that
may be considered offensive!
REMINDER : FOR PLANT CELLS COLOR IS IMPORTANT.
Each model must include all of the following organelles:
• Cell wall (if plant cell) • Ribosomes
• Cell membrane • Mitochondria
• Nucleus • Vacuoles
• Cytoplasm • Lysosomes (if animal cell)
• Endoplasmic Reticulum (smooth and rough) • Chloroplasts (if plant cell)
• Golgi Bodies
Grading:
Grades will be based on the following questions:
Ö Is your name on the project?
Ö Is the cell type identified? Tell if it is a plant or animal cell.
Ö Is the model a 3-D representation of a plant or animal cell?
Ö Are all the organelles included? (11 for plant and 10 for animal cells)
Ö Are the organelles correctly labeled?
Ö Is the chart filled out/ are all functions explains and a rationale given for the representation
Ö Are the relationships between the parts (if any) shown correctly? Are the
ribosomes on the endoplasmic reticulum? Is the endoplasmic reticulum
near the nucleus? If a plant cell, are the chloroplasts around the vacuole?
Ö Are the materials acceptable?
You may use the following materials, but they cannot count as part of the cell:
container, plastic wrap, paper, or toothpicks.
Non-Edible Cells
You can also choose to do a non-edible cell. The same organelles must be identified and the function must be explained. If you choose to do a non-edible cell it must be three-dimensional. If you choose a non-edible option no portion of the cell can be anything that might spoil.
· You may use Styrofoam to represent the cell and other materials to represent organelles (play-doh, pipe cleaners, etc.).
· You may also create a poster as long as the organelles are not just drawn on the poster, they need to stick out (3-d)
· You will be graded using a similar rubric as the edible cell.
Photos of examples of each type of model are available at slavichscience.blogspot.com.
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