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Nuclear pores

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

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

Nucleus

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

- Nuclear pores

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

- Nuclear envelope

A high magnification electron micrograph demonstrates nuclear pores.  Pores are normally located at points of interruption of perinuclear heterochromatin.  The illusion of a diaphragm spanning each pore results from the presence of proteins forming a pore complex.  50,000x
- Heterochromatin <p>A high magnification electron micrograph demonstrates nuclear pores.  Pores are normally located at points of interruption of perinuclear heterochromatin.  The illusion of a diaphragm spanning each pore results from the presence of proteins forming a pore complex.  50,000x</p>

- Heterochromatin

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

RER

A high magnification electron micrograph demonstrates nuclear pores.  Pores are normally located at points of interruption of perinuclear heterochromatin.  The illusion of a diaphragm spanning each pore results from the presence of proteins forming a pore complex.  50,000x
Main SlideNucleus - Nuclear pores - Nuclear envelope - HeterochromatinRER