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Chromatin

The nucleus of this cell demonstrates a large amount of heterochromatin which is mostly peripherally distributed.  In some cases the pattern of heterochromatin can be used to identify cells, such as in this plasma cell.  8000x

Nucleus <p>The nucleus of this cell demonstrates a large amount of heterochromatin which is mostly peripherally distributed.  In some cases the pattern of heterochromatin can be used to identify cells, such as in this plasma cell.  8000x</p>

Nucleus

The nucleus of this cell demonstrates a large amount of heterochromatin which is mostly peripherally distributed.  In some cases the pattern of heterochromatin can be used to identify cells, such as in this plasma cell.  8000x

 - Euchromatin <p>The nucleus of this cell demonstrates a large amount of heterochromatin which is mostly peripherally distributed.  In some cases the pattern of heterochromatin can be used to identify cells, such as in this plasma cell.  8000x</p>

- Euchromatin

The nucleus of this cell demonstrates a large amount of heterochromatin which is mostly peripherally distributed.  In some cases the pattern of heterochromatin can be used to identify cells, such as in this plasma cell.  8000x

 - Heterochromatin <p>The nucleus of this cell demonstrates a large amount of heterochromatin which is mostly peripherally distributed.  In some cases the pattern of heterochromatin can be used to identify cells, such as in this plasma cell.  8000x</p>

- Heterochromatin

The nucleus of this cell demonstrates a large amount of heterochromatin which is mostly peripherally distributed.  In some cases the pattern of heterochromatin can be used to identify cells, such as in this plasma cell.  8000x

RER <p>The nucleus of this cell demonstrates a large amount of heterochromatin which is mostly peripherally distributed.  In some cases the pattern of heterochromatin can be used to identify cells, such as in this plasma cell.  8000x</p>

RER

The nucleus of this cell demonstrates a large amount of heterochromatin which is mostly peripherally distributed.  In some cases the pattern of heterochromatin can be used to identify cells, such as in this plasma cell.  8000x

Mitochrondria <p>The nucleus of this cell demonstrates a large amount of heterochromatin which is mostly peripherally distributed.  In some cases the pattern of heterochromatin can be used to identify cells, such as in this plasma cell.  8000x</p>

Mitochrondria

The nucleus of this cell demonstrates a large amount of heterochromatin which is mostly peripherally distributed.  In some cases the pattern of heterochromatin can be used to identify cells, such as in this plasma cell.  8000x

Golgi apparatus <p>The nucleus of this cell demonstrates a large amount of heterochromatin which is mostly peripherally distributed.  In some cases the pattern of heterochromatin can be used to identify cells, such as in this plasma cell.  8000x</p>

Golgi apparatus

The nucleus of this cell demonstrates a large amount of heterochromatin which is mostly peripherally distributed.  In some cases the pattern of heterochromatin can be used to identify cells, such as in this plasma cell.  8000x