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Nuclear pores

A high magnification electron micrograph demonstrates nuclear pores, which are normally located at points of interruption of the perinuclear heterochromatin. The apparent diaphragm spanning each pore results from the presence of proteins that form the pore complex.  50,000x

Nucleus <p>A high magnification electron micrograph demonstrates nuclear pores, which are normally located at points of interruption of the perinuclear heterochromatin. The apparent diaphragm spanning each pore results from the presence of proteins that form the pore complex.  50,000x</p>

Nucleus

A high magnification electron micrograph demonstrates nuclear pores, which are normally located at points of interruption of the perinuclear heterochromatin. The apparent diaphragm spanning each pore results from the presence of proteins that form the pore complex.  50,000x
- Nuclear pores <p>A high magnification electron micrograph demonstrates nuclear pores, which are normally located at points of interruption of the perinuclear heterochromatin. The apparent diaphragm spanning each pore results from the presence of proteins that form the pore complex.  50,000x</p>

- Nuclear pores

A high magnification electron micrograph demonstrates nuclear pores, which are normally located at points of interruption of the perinuclear heterochromatin. The apparent diaphragm spanning each pore results from the presence of proteins that form the pore complex.  50,000x
- Nuclear envelope <p>A high magnification electron micrograph demonstrates nuclear pores, which are normally located at points of interruption of the perinuclear heterochromatin. The apparent diaphragm spanning each pore results from the presence of proteins that form the pore complex.  50,000x</p>

- Nuclear envelope

A high magnification electron micrograph demonstrates nuclear pores, which are normally located at points of interruption of the perinuclear heterochromatin. The apparent diaphragm spanning each pore results from the presence of proteins that form the pore complex.  50,000x
- Perinuclear chromatin <p>A high magnification electron micrograph demonstrates nuclear pores, which are normally located at points of interruption of the perinuclear heterochromatin. The apparent diaphragm spanning each pore results from the presence of proteins that form the pore complex.  50,000x</p>

- Perinuclear chromatin

A high magnification electron micrograph demonstrates nuclear pores, which are normally located at points of interruption of the perinuclear heterochromatin. The apparent diaphragm spanning each pore results from the presence of proteins that form the pore complex.  50,000x
RER <p>A high magnification electron micrograph demonstrates nuclear pores, which are normally located at points of interruption of the perinuclear heterochromatin. The apparent diaphragm spanning each pore results from the presence of proteins that form the pore complex.  50,000x</p>

RER

A high magnification electron micrograph demonstrates nuclear pores, which are normally located at points of interruption of the perinuclear heterochromatin. The apparent diaphragm spanning each pore results from the presence of proteins that form the pore complex.  50,000x
Main SlideNucleus - Nuclear pores - Nuclear envelope - Perinuclear chromatinRER