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Micrograph of a cross section of the human pons within the brain stem
Low magnification image of the basal pons illustrating pontine nuclei surrounded by bundles of transverse and longitudinal fibres
Disability awareness and educational equity: This image has been optimised for red-green colour blind observers who are often unable to differentiate the colours in histological slides, using methods described by Professors Landini and Perryer here.
Low magnification image of the basal pons illustrating pontine nuclei surrounded by bundles of transverse and longitudinal fibres
Disability awareness and educational equity: This image has been optimised for red-green colour blind observers who are often unable to differentiate the colours in histological slides, using methods described by Professors Landini and Perryer here.
Low magnification image of the tegmental area of the pons
Disability awareness and educational equity: This image has been optimised for red-green colour blind observers who are often unable to differentiate the colours in histological slides, using methods described by Professors Landini and Perryer here.
Low magnification image of the basal pons illustrating pontine nuclei surrounded by bundles of transverse and longitudinal fibres
Disability awareness and educational equity: This image has been optimised for red-green colour blind observers who are often unable to differentiate the colours in histological slides, using methods described by Professors Landini and Perryer here.
Micrograph of the basal pons illustrating the neuronal cell bodies of pontine nuclei
Disability awareness and educational equity: This image has been optimised for red-green colour blind observers who are often unable to differentiate the colours in histological slides, using methods described by Professors Landini and Perryer here.
Micrograph of the basal pons illustrating the neuronal cell bodies of pontine nuclei surrounded by bundles of transverse and longitudinal fibres
Disability awareness and educational equity: This image has been optimised for red-green colour blind observers who are often unable to differentiate the colours in histological slides, using methods described by Professors Landini and Perryer here.
High magnification image of the basal pons showing the neuronal cell bodies of pontine nuclei surrounded by bundles of transverse and longitudinal fibres
Disability awareness and educational equity: This image has been optimised for red-green colour blind observers who are often unable to differentiate the colours in histological slides, using methods described by Professors Landini and Perryer here.
High magnification image of the basal pons showing the neuronal cell bodies of pontine nuclei
Disability awareness and educational equity: This image has been optimised for red-green colour blind observers who are often unable to differentiate the colours in histological slides, using methods described by Professors Landini and Perryer here.
High magnification image of the tegmental area of the pons showing the periventricular area and ependymal lining the 4th ventricle
Disability awareness and educational equity: This image has been optimised for red-green colour blind observers who are often unable to differentiate the colours in histological slides, using methods described by Professors Landini and Perryer here.
Funding for the Slide Bank was generously provided by