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Do Now

Do Now . Complete the living vs. nonliving checklist Answer the following riddle: How many single-celled organisms does it take to the cross the road? (Hint!!!) Take a moment to draw a pyramid with one single celled organism at the top, then two, then four…. Do Now Answer .

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Do Now

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  1. Do Now Complete the living vs. nonliving checklist Answer the following riddle: How many single-celled organisms does it take to the cross the road? (Hint!!!) Take a moment to draw a pyramid with one single celled organism at the top, then two, then four….

  2. Do Now Answer 1. How many single-celled organisms does it take to cross the road? Answer: At least one to start. Despite having no brains or feet, one amoeba can become two, the two can divide and become four and so-fourth.

  3. Agenda • Diagramming an amoeba cell • No Brains, No Feet, No Problem! • Slime mold and academics, No way! • Writing

  4. Diagramming an amoeba

  5. What is an Amoeba? • Amoeba: Unicellular animal with pseudopods that lives in fresh or saltwater • Psuedopod: False feet which extend from the amoeba. Used for movement

  6. Types of amoebas • There are many kinds of amoebas (or amoebae), and they thrive in places where their food sources are abundant. • Often that means where there is vegetation, fungi, and yeast.  • Slime mold, of which there are over 900 different species, will survive as a unicellular organism when food is plentiful, but will adapt when and grow into a mass of amoebas when starving.

  7. Slime Molds: No Brains, No Feet, No Problem http://www.pbs.org/newshour/rundown/2012/04/the-sublime-slime-mold.html

  8. Slime Videos • Time lapse clips, so they don’t really travel that fast • However, this does represent how the slim mold moves in an organized way towards a goal. • Mold is very efficient in search for food.

  9. What does this mean for science?

  10. Write a paragraph in class as if you were in one of the following careers: • Network engineer, trying to figure out how to get better coverage from cell phone towers in remote parts of North America • An oncologist, seeking new healthy cells on which to experiment with potential cures for cancer, in a way that does not harm people or animals. • A mathematician, seeking a formula or algorithm, replicating information repeatedly to problem-solve was to reach the broadest audiences. (Hint: Research the phrase, “Sum Ergo Computo,” meaning, “I am, therefore I compute.”) • An environmentalist hoping to study manage the impact different kinds of slime may have on a habitats of endangered animals, or animals that need to adapt to find new sources of food. • A geographer, tracking the migration patterns of wildlife based on food sources, using slime mold as a model.

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