Digital Histology
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Golgi apparatus

The plasma cells in this image display a prominent pale staining area next to their nuclei. This region, referred to as a “negative Golgi”, results from the displacement of the abundant, basophilically-stained rough endoplasmic reticulum around it. Plasma cells secrete antibodies. 1000x

Plasma cells <p>The plasma cells in this image display a prominent pale staining area next to their nuclei. This region, referred to as a “negative Golgi”, results from the displacement of the abundant, basophilically-stained rough endoplasmic reticulum around it. Plasma cells secrete antibodies. 1000x</p>

Plasma cells

The plasma cells in this image display a prominent pale staining area next to their nuclei. This region, referred to as a “negative Golgi”, results from the displacement of the abundant, basophilically-stained rough endoplasmic reticulum around it. Plasma cells secrete antibodies. 1000x
Negative Golgi <p>The plasma cells in this image display a prominent pale staining area next to their nuclei. This region, referred to as a “negative Golgi”, results from the displacement of the abundant, basophilically-stained rough endoplasmic reticulum around it. Plasma cells secrete antibodies. 1000x</p>

Negative Golgi

The plasma cells in this image display a prominent pale staining area next to their nuclei. This region, referred to as a “negative Golgi”, results from the displacement of the abundant, basophilically-stained rough endoplasmic reticulum around it. Plasma cells secrete antibodies. 1000x
RER <p>The plasma cells in this image display a prominent pale staining area next to their nuclei. This region, referred to as a “negative Golgi”, results from the displacement of the abundant, basophilically-stained rough endoplasmic reticulum around it. Plasma cells secrete antibodies. 1000x</p>

RER

The plasma cells in this image display a prominent pale staining area next to their nuclei. This region, referred to as a “negative Golgi”, results from the displacement of the abundant, basophilically-stained rough endoplasmic reticulum around it. Plasma cells secrete antibodies. 1000x
Nuclei <p>The plasma cells in this image display a prominent pale staining area next to their nuclei. This region, referred to as a “negative Golgi”, results from the displacement of the abundant, basophilically-stained rough endoplasmic reticulum around it. Plasma cells secrete antibodies. 1000x</p>

Nuclei

The plasma cells in this image display a prominent pale staining area next to their nuclei. This region, referred to as a “negative Golgi”, results from the displacement of the abundant, basophilically-stained rough endoplasmic reticulum around it. Plasma cells secrete antibodies. 1000x
Eosinophil <p>The plasma cells in this image display a prominent pale staining area next to their nuclei. This region, referred to as a “negative Golgi”, results from the displacement of the abundant, basophilically-stained rough endoplasmic reticulum around it. Plasma cells secrete antibodies. 1000x</p>

Eosinophil

The plasma cells in this image display a prominent pale staining area next to their nuclei. This region, referred to as a “negative Golgi”, results from the displacement of the abundant, basophilically-stained rough endoplasmic reticulum around it. Plasma cells secrete antibodies. 1000x
Mast cell <p>The plasma cells in this image display a prominent pale staining area next to their nuclei. This region, referred to as a “negative Golgi”, results from the displacement of the abundant, basophilically-stained rough endoplasmic reticulum around it. Plasma cells secrete antibodies. 1000x</p>

Mast cell

The plasma cells in this image display a prominent pale staining area next to their nuclei. This region, referred to as a “negative Golgi”, results from the displacement of the abundant, basophilically-stained rough endoplasmic reticulum around it. Plasma cells secrete antibodies. 1000x
Main SlidePlasma cellsNegative GolgiRERNucleiEosinophilMast cell