Digital Histology
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Chromatin

These images contrast the appearance of chromatin at the electron microscopic level. Euchromatin appears electron lucent (left panel) because it is dispersed and, therefore, binds less metal. In contrast, highly condensed chromatin binds metals at high density, which produces a darker image, as seen in the right panel. Gland cells (l), 5000x; Fibroblast (r), 7000x

Euchromatic nuclei <p>These images contrast the appearance of chromatin at the electron microscopic level. Euchromatin appears electron lucent (left panel) because it is dispersed and, therefore, binds less metal. In contrast, highly condensed chromatin binds metals at high density, which produces a darker image, as seen in the right panel. Gland cells (l), 5000x; Fibroblast (r), 7000x</p>

Euchromatic nuclei

These images contrast the appearance of chromatin at the electron microscopic level. Euchromatin appears electron lucent (left panel) because it is dispersed and, therefore, binds less metal. In contrast, highly condensed chromatin binds metals at high density, which produces a darker image, as seen in the right panel. Gland cells (l), 5000x; Fibroblast (r), 7000x
Heterochromatic nucleus <p>These images contrast the appearance of chromatin at the electron microscopic level. Euchromatin appears electron lucent (left panel) because it is dispersed and, therefore, binds less metal. In contrast, highly condensed chromatin binds metals at high density, which produces a darker image, as seen in the right panel. Gland cells (l), 5000x; Fibroblast (r), 7000x</p>

Heterochromatic nucleus

These images contrast the appearance of chromatin at the electron microscopic level. Euchromatin appears electron lucent (left panel) because it is dispersed and, therefore, binds less metal. In contrast, highly condensed chromatin binds metals at high density, which produces a darker image, as seen in the right panel. Gland cells (l), 5000x; Fibroblast (r), 7000x
Euchromatin <p>These images contrast the appearance of chromatin at the electron microscopic level. Euchromatin appears electron lucent (left panel) because it is dispersed and, therefore, binds less metal. In contrast, highly condensed chromatin binds metals at high density, which produces a darker image, as seen in the right panel. Gland cells (l), 5000x; Fibroblast (r), 7000x</p>

Euchromatin

These images contrast the appearance of chromatin at the electron microscopic level. Euchromatin appears electron lucent (left panel) because it is dispersed and, therefore, binds less metal. In contrast, highly condensed chromatin binds metals at high density, which produces a darker image, as seen in the right panel. Gland cells (l), 5000x; Fibroblast (r), 7000x
Heterochromatin <p>These images contrast the appearance of chromatin at the electron microscopic level. Euchromatin appears electron lucent (left panel) because it is dispersed and, therefore, binds less metal. In contrast, highly condensed chromatin binds metals at high density, which produces a darker image, as seen in the right panel. Gland cells (l), 5000x; Fibroblast (r), 7000x</p>

Heterochromatin

These images contrast the appearance of chromatin at the electron microscopic level. Euchromatin appears electron lucent (left panel) because it is dispersed and, therefore, binds less metal. In contrast, highly condensed chromatin binds metals at high density, which produces a darker image, as seen in the right panel. Gland cells (l), 5000x; Fibroblast (r), 7000x
Nucleoli <p>These images contrast the appearance of chromatin at the electron microscopic level. Euchromatin appears electron lucent (left panel) because it is dispersed and, therefore, binds less metal. In contrast, highly condensed chromatin binds metals at high density, which produces a darker image, as seen in the right panel. Gland cells (l), 5000x; Fibroblast (r), 7000x</p>

Nucleoli

These images contrast the appearance of chromatin at the electron microscopic level. Euchromatin appears electron lucent (left panel) because it is dispersed and, therefore, binds less metal. In contrast, highly condensed chromatin binds metals at high density, which produces a darker image, as seen in the right panel. Gland cells (l), 5000x; Fibroblast (r), 7000x
Main SlideEuchromatic nucleiHeterochromatic nucleusEuchromatinHeterochromatinNucleoli