Presented is a sample hybridoma assay which can be used in a research or classroom laboratory setting for instructional purposes. Described are experimental methods, materials, and observations made during this activity. (CW)

Discusses displays/facilities to bring nature into schools. These include: hallway cases, cages, and aquaria (backed by bulletin boards to reinforce reading/spelling skills) holding carnivorous plants, reptiles, saltwater/freshwater fish and mammals. An outdoor learning center, farm (including 200 ducks, sheep, and cows) and weather station are…

Describes laboratory activities which encourage students to develop and test hypotheses related to the effects of changing environmental factors on plant growth. Uniform (fair) testing and careful observation and measurement, supplemented by graphing, are emphasized as important in reaching valid conclusions. (JM)

Emphasizes the importance of imagination in scientific discovery and science education and identifies three processes which increase the richness of the visualization experience: relaxing, concentrating, and seeing. Suggests topics for guided experiences and example models for earth/space, life, and physical sciences. (DC)

Offers suggestions for designing outdoor activities to provide students with opportunities for exploring, observing, and discovering. Outlines several science activities for each of the following topics: trees, rocks, soil, insects, wild flowers, grasses, lichens, and clouds. (DS)

Presented is a brief review of the historical importance and knowledge of pneumonia which emphasizes the importance of type transformation. The results of a survey of textbook coverage of this topic are given. The significance of type transformations are discussed. (CW)

Presented are five ideas for A-level biology experiments using a laboratory computer interface. Topics investigated include photosynthesis, yeast growth, animal movements, pulse rates, and oxygen consumption and production by organisms. Includes instructions specific to the BBC computer system. (CW)

Described are science activities in which students concentrate on their senses and make discoveries with their eyes, ears, noses, mouths, and hands. Suggested experiments include activities involving cooking, tasting, observing, floating and sinking objects, making rain, and stringed musical instruments. (RT)

Describes an underwater expedition which will allow students to participate in activities without being physically present. Provides a list of participating museums and examples of activities from curriculum materials which include a poster, bathymetric map, and 25 lessons. (RT)

Presents an identification method which uses the process of elimination to identify pollination systems. Provides the polyclave key, methodology for using the key, a sample worksheet, and abbreviation codes for pollination systems. (MVL)

Describes a study in which students were required to write for five minutes after class on topics that interested them during the lecture. Reports a significant effect on achievement in a vertebrate biology class. Notes that no difference in attitude was found. (MVL)

Explains an activity that allows students to visualize antigen-antibody type reactions and learn about antibodies and antigens without performing blood typing tests. Provides directions for students and a comparison chart of a blood typing simulation with procedure which is based on the reactions of certain ionic solutions when mixed. (RT)

Describes a multidisciplinary unit which uses 12 varieties of apples. Explains activities for observing, predicting decay, art and science, the process of fermentation, and group and individual projects. Information on description of apples and labeled diagrams are included. (RT)

Biotechnology has arrived in the supermarket in the form of genetically engineered enzymes. Presents an activity in which students explore the presence of protease enzymes in laundry detergents. (MDH)

Presents an activity in which models help students visualize both the DNA process and transcription. After constructing DNA, RNA messenger, and RNA transfer molecules; students model cells, protein synthesis, codons, and RNA movement. (MDH)