Genetics education and G Guide - Resources and Review

Educational resource for teachers and students interested in the origins of classical genetics, introductory data analysis, elementary plant science, and the history and literature of science.
Virtual FlyLab allows users to play the role of a research geneticist. It is an educational application for learning the principles of genetic inheritance.
A distributed Internet project containing information about phylogeny and biodiversity. The project is designed to contain information about the phylogenetic relationships and characteristics of organisms, to illustrate the diversity and unity of living organisms, and to link biological information available on the Internet in the form of a phylogenetic navigator. The project aims to provide a map to biological information to be used by researchers, teachers and students.
Set of annotated links to online courses, course descriptions, tutorials, assignments, tests and other materials used in the teaching of zoology.
Extensive glossary of terms commonly found in the field of genetics. Includes a guide to pronunciation, written definitions, auditory explanations from scientists, and links to related terms within the glossary.
Set of annotated links to online courses, course descriptions, tutorials, assignments, tests and other materials used in the teaching of biology and botany.
Browsable dictionary of terms in the field of genetic medicine, arranged alphabetically. Includes detailed definitions of autoradiography, somatic cell gene therapy, and transgenic organism.
Educational resource aimed at teachers, pupils and students. Topics covered include biochemistry, cell biology, developmental biology, human biology, mendelian genetics, immunology and molecular biology.
Introductory biology course. Includes chapters on chemistry, large molecules, cell biology, enzyme biochemistry, photosynthesis, genetics, DNA and immunology.
An animated, interactive primer on DNA and heredity, with information aimed at individuals lacking a scientific background. Topics covered include Classical Genetics presenting basic material about inheritance and variability, Molecules of Genetics describing RNA, protein structure and DNA mutation, Gene Regulation covering gene splicing and transposition, Genetic Manipulation outlining laboratory techniques used for gene analysis and gene therapy, and Genomic Biology explaining the concept of genome mapping.
Offers definitions of individual terms, with a selection of related terms and definitions. Includes an alphabetical list of individual entries and a search facility. Newly added terms are highlighted.
Collection of labelled diagrams illustrating key processes of biotechnology for the purposes of biology teaching and learning. Includes diagrams and explanations of the structure of DNA, DNA replication, protein synthesis, control of gene expression, chemical bonds, plant cells, chromosome mutation, meiosis, mitosis, recessive and dominant inheritance, viruses and cell processes.
Full text of On the Origin of Species by Means of Natural Selection, or the Preservation of Favoured Races in the Struggle for Life.
Nb = 13