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Lander, E. & Green, P. Construction of multilocus genetic linkage maps in humans.
Bees don't have the brain structure, called the hippocampus, thought to store the spatial memories underlying mental maps in humans.
The spatial theory was originally championed by O'Keefe and Nadel, who were influenced by E.C. Tolman's theories about "cognitive maps" in humans and animals.
The availability of such large-scale SNP data sets clearly makes it possible to provide detailed selection maps in humans and other organisms.
Recent contributions include fine-scale recombination maps in humans [ 1], regions linked to Schizophrenia that might be missed by genome-wide association studies [ 2], and insights into the relationship between cystic fibrosis and fertility [ 3].
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& Brewer, A.A. Visual field maps in human cortex.
Our results add to current knowledge on the number and precise localization of multiple tonotopic maps in human auditory cortex.
We then report on measured 3D aberration maps in human skin biopsies and mouse brain slices.
In 2000, Garway-Heath et al. [ 27] reported one of the most complete structure-function maps in human eyes.
A considerable number of recent high resolution imaging studies that describe tonotopic maps in human and non-human primates provide a more complete but also a more complex view of the tonotopic organisation in primates than previous schemes.
The recombination maps in human and chimpanzee reveal low number of overlapping hotspots [ 49, 50]; the reason for that is not clear, but it is possible that selection can shape these rates across the genome during evolution.
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