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Peer reviewedStringer, C. B.; Andrews, P. – Science, 1988
Discusses how genetic data on present human population relationships and data from the Pleistocene fossil hominid record are being used to compare two contrasting models for the origin of modern humans. (TW)
Descriptors: Biological Influences, Evolution, Genetics, Heredity
Peer reviewedGoodspeed, James K. – Science and Children, 1985
Suggests activities designed to introduce elementary school students to the idea of inherited traits. Discusses dominant and recessive genes, genotypes and phenotypes, and such traits as attached earlobes, tongue-rolling, and widow's peak. (DH)
Descriptors: Biology, Elementary Education, Elementary School Science, Genetics
Peer reviewedJournet, Alan R. P. – Science Teacher, 1984
Describes the use of a Pac-Man model (called a Pactype) in teaching various genetics concepts. Indicates that students can learn to make predictions, analyze patterns of inheritance, and evaluate hypotheses before being introduced to the genetics vocabulary. (JN)
Descriptors: Biology, DNA, Genetics, Heredity
Peer reviewedBender, Lauretta – Annals of Dyslexia, 1987
Described are the history of the study of language disabilities, briefly outlining the work of Samuel Orton, Judson Herrick, Adolph Meyer, and Paul Schilder; Lauretta Bender's development of the Bender Visual Motor Gestalt Test; and the basic principles of language disorders, including familial patterns, maturation lag, plasticity, and nonfixated…
Descriptors: Child Development, Heredity, History, Individual Development
Peer reviewedKinnear, Judith F. – Journal of Biological Education, 1986
Focuses on genetic concepts that form key components of transmission genetics and illustrates how the domestic cat can be used in the teaching of these concepts. Offers examples of how laboratory experiences with the cat can enhance student learning of genetics. (ML)
Descriptors: Biology, Genetics, Heredity, Laboratory Animals
Murray, James D. – Scientific American, 1988
Discusses a single pattern formation mechanism that could underlie the wide variety of animal coat markings found in nature. Presents the results of a mathematical model for how these patterns may be generated in the course of embryonic development. (CW)
Descriptors: Animals, Biology, College Science, Embryology
Peer reviewedPearson, J. T.; Hughes, W. J. – Journal of Biological Education, 1986
Presents an overview of a genetics course including explanations of major concepts, principles, and sequencing methods. Describes the typical participating student's background and prior knowledge level. Appendices contain a list of terms and three concept maps. (ML)
Descriptors: Biology, Cognitive Development, Concept Teaching, Genetics
Peer reviewedHawkey, Roy – Journal of Biological Education, 1990
The porphyrias are a family of genetic disorders whose genetics and biochemistry are largely identified. Background information on these diseases are discussed including porphyrins, gene expression, population genetics, and historical significance. (CW)
Descriptors: Biochemistry, Biological Sciences, College Science, Diseases
Peer reviewedColeman, Persis C. – American Biology Teacher, 1989
Presented are arguments for the use of a case study approach for the teaching of human heredity. The design of case studies and related exercises is discussed. Five examples are given. A list of eight resources for case study samples is included. (CW)
Descriptors: Biological Sciences, Biology, Case Studies, College Science
Peer reviewedGibb, Charles; Holliday, Judith – British Journal of Special Education, 1992
This article summarizes the major cognitive, behavioral, and language characteristics of the Fragile X syndrome and considers their educational implications. This common heritable cause of mental disability has implications for teaching style, curriculum, family counseling, and speech therapy. (DB)
Descriptors: Behavior Patterns, Curriculum Development, Elementary Secondary Education, Family Counseling
Peer reviewedHolden, Constance – Science, 1987
Reports on the findings of several studies into the genetic similarities of twins. Focuses on the relationships between personality and behavioral genetics and argues that genetic similarity seems to be a better predictor than environmental factors. Discusses psychopathology, cognitive abilities, and personality. (TW)
Descriptors: Biology, Genetics, Habit Formation, Heredity
Peer reviewedBierzychudek, Paulette; Reiness, C. Gary – Bioscience, 1992
Describes a course entitled "DNA and Evolution" in which students develop an appreciation for what science is and how it is practiced as well as an understanding of how some of the most central ideas in biology were developed and tested. Discusses the design of the course, the lecture and discussion topics, and the results and their…
Descriptors: Biology, Course Content, Course Descriptions, Discussion (Teaching Technique)


