- Chromosome Karyotyping-
Students will be able to demonstrate a microtechnique for reliable chromosomal
analysis of leucocytes obtained from peripheral blood.
- Constant
Craving- In this lesson, students investigate the ways that various
addictive drugs interact with the human nervous system.
- Constructing A Dichotomous
Key- To construct and use dichotomous keys.
- Enzymes-
The activity will demonstrate enzyme activity and how changes in the
physical conditions affects their performance. Students will work with
active enzymes and explore the boundaries of their activity.
- Molecular Shuffle-
To observe how a selectively permeable membrane works.
- Natural and Synthetic
Fiber- To identify wool, cotton, linen, and silk with the aid of
a microscope.
- Putting
Toxicogenomics to the Test- In this lesson, students evaluate the
pros and cons of a new approach to food, chemical, and drug testing
which utilizes "DNA chips" to test the toxicity of chemical compounds.
- Photosynthesis,
Respiration, and the ATP-ADP Cycle- The objective of this activity
will be to demonstrate the three processes of photosynthesis, respiration,
and the molecular interaction between ADP and ATP and the process by
which they lose and gain phosphates in the process of energy conversion.
- The Chemistry of
Water- To discuss the phenomenological properties of water.
- The Coding of Protein
Molecules By D.N.A.- Use paper models to demonstrate how DNA controls
protein synthesis.
- The Role of Enzymes-
To explore the role of enzymes in chemical reactions. To determine what
kinds of cells contain more catalase than others.
- What's the Matter?-
Introduction to the properties of matter.
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