Digital Histology
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Golgi apparatus

An electron micrograph of an active fibroblast shows a large Golgi apparatus with its associated vesicles.  This cell also shows large accumulations of RER, a feature consistent with a prominent Golgi apparatus.  Newly synthesized proteins in the RER are transported to the Golgi by way of transport vesicles.  12,000x

Golgi apparatus <p>An electron micrograph of an active fibroblast shows a large Golgi apparatus with its associated vesicles.  This cell also shows large accumulations of RER, a feature consistent with a prominent Golgi apparatus.  Newly synthesized proteins in the RER are transported to the Golgi by way of transport vesicles.  12,000x</p>

Golgi apparatus

An electron micrograph of an active fibroblast shows a large Golgi apparatus with its associated vesicles.  This cell also shows large accumulations of RER, a feature consistent with a prominent Golgi apparatus.  Newly synthesized proteins in the RER are transported to the Golgi by way of transport vesicles.  12,000x
RER <p>An electron micrograph of an active fibroblast shows a large Golgi apparatus with its associated vesicles.  This cell also shows large accumulations of RER, a feature consistent with a prominent Golgi apparatus.  Newly synthesized proteins in the RER are transported to the Golgi by way of transport vesicles.  12,000x</p>

RER

An electron micrograph of an active fibroblast shows a large Golgi apparatus with its associated vesicles.  This cell also shows large accumulations of RER, a feature consistent with a prominent Golgi apparatus.  Newly synthesized proteins in the RER are transported to the Golgi by way of transport vesicles.  12,000x
Nucleus <p>An electron micrograph of an active fibroblast shows a large Golgi apparatus with its associated vesicles.  This cell also shows large accumulations of RER, a feature consistent with a prominent Golgi apparatus.  Newly synthesized proteins in the RER are transported to the Golgi by way of transport vesicles.  12,000x</p>

Nucleus

An electron micrograph of an active fibroblast shows a large Golgi apparatus with its associated vesicles.  This cell also shows large accumulations of RER, a feature consistent with a prominent Golgi apparatus.  Newly synthesized proteins in the RER are transported to the Golgi by way of transport vesicles.  12,000x
Mitochondria <p>An electron micrograph of an active fibroblast shows a large Golgi apparatus with its associated vesicles.  This cell also shows large accumulations of RER, a feature consistent with a prominent Golgi apparatus.  Newly synthesized proteins in the RER are transported to the Golgi by way of transport vesicles.  12,000x</p>

Mitochondria

An electron micrograph of an active fibroblast shows a large Golgi apparatus with its associated vesicles.  This cell also shows large accumulations of RER, a feature consistent with a prominent Golgi apparatus.  Newly synthesized proteins in the RER are transported to the Golgi by way of transport vesicles.  12,000x
Plasma membrane <p>An electron micrograph of an active fibroblast shows a large Golgi apparatus with its associated vesicles.  This cell also shows large accumulations of RER, a feature consistent with a prominent Golgi apparatus.  Newly synthesized proteins in the RER are transported to the Golgi by way of transport vesicles.  12,000x</p>

Plasma membrane

An electron micrograph of an active fibroblast shows a large Golgi apparatus with its associated vesicles.  This cell also shows large accumulations of RER, a feature consistent with a prominent Golgi apparatus.  Newly synthesized proteins in the RER are transported to the Golgi by way of transport vesicles.  12,000x
Main SlideGolgi apparatusRERNucleusMitochondriaPlasma membrane