Genetics 1Refers to the honey bee Genome Project; the Double Helix; Gene Pools, and Wing Venation.
Genetics 2explains the Cell Nucleus; the Chromosome; DNA - the double helix; and the Gene.
Genetics 3refers to the Genotype and Phenotype; the Chromosome Structure; Alleles; and Dominant and Recessive Genes.
Genetics 4is about Crossing Over; and Meiosis.
Genetics 5describes the Reproduction of the honey bee; Sex Alleles; and Pepperpot Brood.
Genetics 6explains the Genetics of the Drone, the Genetics of the Queen and Workers; and Genetic Diversity in the Colony.
Next page: Genetics 1.
Genetics 13 gives some explanation of SNPs and their use in the discovery of the evolution of Apis mellifera.
Genetics 8gives some information on Genetics and Pheromones.
Genetics 9explains how the polypeptide melittin was used to provide evidence on the genetic relationship between
Apis mellifera mellifera and the other three honey bee species.
Genetics 10looks at the geographical distribution of the four honey bee species.
Genetics 11looks at the 4 Groups of Apis mellifera as identified by Prof. F Ruttner.
Genetics 12examines the structure of mtDNA and how it is used in bee genetics.
Genetics of the honey bee
In the following pages (shown in the drop-down menu above) some aspects of the genetics of the honey bee are explored.
Where possible references to original research articles are given.
Genetics 14summarizes the evidence for the origins of the black bee.
Genetics 7 looks at Genetics and Hygenic Behaviour
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