At the Center for Biomedical Education at the City University of New York, nutrition is integrated into the chemistry-biochemistry sequence of a six-year B.S.-M.D. program. Students perform an actual analysis of a sample of their own food, learning basic techniques and concepts, and also carry on experiments with rats on other diets. (Editor/LBH)

After discussing the objectives and challenges of mathematics courses for preservice elementary teachers, and their instructional implications, the author describes an experimental laboratory-based course. Achievement of those taking this course is compared with achievement in a lecture course. (SD)

Science activities and laboratory techniques suggested by contributors for use in the middle school are provided. (CP)

Education students studying Early Childhood Education at the University of Alberta learn about principles underlying open education. Through self-experiencing an alternative way of organizing children's learning experiences, they can develop their own philosophy of education. (Author/RK)

This is account of a foreign language curriculum developed by the Norwalk Public School System in Connecticut. It emphasizes bilingual interchanges between students of various ethnic backgrounds and a classroom setting that uses tape equipment to personalize basic linguistic concepts. (Editor/RK)

The Ohio State program includes instructional objectives for all of the clinical clerkships, a specialized collection of learning resources to assist the students in the mastery of the clerkship objectives, mini-learning resource centers (LRC) located close to patient care areas, and an evaluation system for student assessment. (LBH)

Suggests ways in which hens' egg vitelline membranes can be used to demonstrate cell traction effects. Reviews procedures for using and culturing the membranes and identifies topic areas for student projects. (ML)

Outlines a simple method which shows the relation between work done in accelerating a mass and the resulting velocity of the mass. Equipment used includes a rubber ball, ramp of lumber, graph-chart, stopwatch, and hand calculator. (DH)

Reviews three experiments which can be used to introduce microscale techniques. Highlights the benefits and advantages of having undergraduate students prepare and purify derivatives on the small scale. (ML)

Presents three demonstrations suitable for undergraduate chemistry classes. Focuses on experiments with calcium carbide, the induction by iron of the oxidation of iodide by dichromate, and the classical iodine clock reaction. (ML)

Presents a laboratory exercise that illustrates stoichiometry, limiting reagents, and proportionality. Highlights the safety and low cost factors of this exercise. Outlines procedures for the students. (ML)

Discusses the experiences of one student as she used her journal writing and the resources of a writing laboratory to adapt her expressive writing to the requirements of academic discourse. (RS)

Describes the implementation of a writing across the curriculum program at one university's writing center. Discusses solutions to counter the strains placed on the center by this additional program. (MM)

Describes a laboratory exercise in which a writer verbally directs a reader to assemble a seven-piece puzzle. Discusses how the exercise provides a test of communicative effectiveness, an illustration of the communication process, and an opportunity to examine assumptions that writers often make. (ARH)