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Pars intermedia

The interface of pars nervosa and pars intermedia shows remnants of Rathke’s pouch. In this section, the colloid of the cysts was lost in tissue processing.  Basophils of the pars intermedia, lying adjacent to the cysts, are adrenocorticotropes.  Visible in the pars nervosa are thin, unmyelinated hypothalamic axons, which end in variously-sized Herring bodies.  1000x

Pars intermedia <p>The interface of pars nervosa and pars intermedia shows remnants of Rathke’s pouch. In this section, the colloid of the cysts was lost in tissue processing.  Basophils of the pars intermedia, lying adjacent to the cysts, are adrenocorticotropes.  Visible in the pars nervosa are thin, unmyelinated hypothalamic axons, which end in variously-sized Herring bodies.  1000x</p>

Pars intermedia

The interface of pars nervosa and pars intermedia shows remnants of Rathke’s pouch. In this section, the colloid of the cysts was lost in tissue processing.  Basophils of the pars intermedia, lying adjacent to the cysts, are adrenocorticotropes.  Visible in the pars nervosa are thin, unmyelinated hypothalamic axons, which end in variously-sized Herring bodies.  1000x

 - Basophils of the pars intermedia <p>The interface of pars nervosa and pars intermedia shows remnants of Rathke’s pouch. In this section, the colloid of the cysts was lost in tissue processing.  Basophils of the pars intermedia, lying adjacent to the cysts, are adrenocorticotropes.  Visible in the pars nervosa are thin, unmyelinated hypothalamic axons, which end in variously-sized Herring bodies.  1000x</p>

- Basophils of the pars intermedia

The interface of pars nervosa and pars intermedia shows remnants of Rathke’s pouch. In this section, the colloid of the cysts was lost in tissue processing.  Basophils of the pars intermedia, lying adjacent to the cysts, are adrenocorticotropes.  Visible in the pars nervosa are thin, unmyelinated hypothalamic axons, which end in variously-sized Herring bodies.  1000x

Cystic remnants of Rathke's pouch <p>The interface of pars nervosa and pars intermedia shows remnants of Rathke’s pouch. In this section, the colloid of the cysts was lost in tissue processing.  Basophils of the pars intermedia, lying adjacent to the cysts, are adrenocorticotropes.  Visible in the pars nervosa are thin, unmyelinated hypothalamic axons, which end in variously-sized Herring bodies.  1000x</p>

Cystic remnants of Rathke's pouch

The interface of pars nervosa and pars intermedia shows remnants of Rathke’s pouch. In this section, the colloid of the cysts was lost in tissue processing.  Basophils of the pars intermedia, lying adjacent to the cysts, are adrenocorticotropes.  Visible in the pars nervosa are thin, unmyelinated hypothalamic axons, which end in variously-sized Herring bodies.  1000x

Pars nervosa <p>The interface of pars nervosa and pars intermedia shows remnants of Rathke’s pouch. In this section, the colloid of the cysts was lost in tissue processing.  Basophils of the pars intermedia, lying adjacent to the cysts, are adrenocorticotropes.  Visible in the pars nervosa are thin, unmyelinated hypothalamic axons, which end in variously-sized Herring bodies.  1000x</p>

Pars nervosa

The interface of pars nervosa and pars intermedia shows remnants of Rathke’s pouch. In this section, the colloid of the cysts was lost in tissue processing.  Basophils of the pars intermedia, lying adjacent to the cysts, are adrenocorticotropes.  Visible in the pars nervosa are thin, unmyelinated hypothalamic axons, which end in variously-sized Herring bodies.  1000x

 - Axons <p>The interface of pars nervosa and pars intermedia shows remnants of Rathke’s pouch. In this section, the colloid of the cysts was lost in tissue processing.  Basophils of the pars intermedia, lying adjacent to the cysts, are adrenocorticotropes.  Visible in the pars nervosa are thin, unmyelinated hypothalamic axons, which end in variously-sized Herring bodies.  1000x</p>

- Axons

The interface of pars nervosa and pars intermedia shows remnants of Rathke’s pouch. In this section, the colloid of the cysts was lost in tissue processing.  Basophils of the pars intermedia, lying adjacent to the cysts, are adrenocorticotropes.  Visible in the pars nervosa are thin, unmyelinated hypothalamic axons, which end in variously-sized Herring bodies.  1000x

 - Herring bodies <p>The interface of pars nervosa and pars intermedia shows remnants of Rathke’s pouch. In this section, the colloid of the cysts was lost in tissue processing.  Basophils of the pars intermedia, lying adjacent to the cysts, are adrenocorticotropes.  Visible in the pars nervosa are thin, unmyelinated hypothalamic axons, which end in variously-sized Herring bodies.  1000x</p>

- Herring bodies

The interface of pars nervosa and pars intermedia shows remnants of Rathke’s pouch. In this section, the colloid of the cysts was lost in tissue processing.  Basophils of the pars intermedia, lying adjacent to the cysts, are adrenocorticotropes.  Visible in the pars nervosa are thin, unmyelinated hypothalamic axons, which end in variously-sized Herring bodies.  1000x

Capillaries <p>The interface of pars nervosa and pars intermedia shows remnants of Rathke’s pouch. In this section, the colloid of the cysts was lost in tissue processing.  Basophils of the pars intermedia, lying adjacent to the cysts, are adrenocorticotropes.  Visible in the pars nervosa are thin, unmyelinated hypothalamic axons, which end in variously-sized Herring bodies.  1000x</p>

Capillaries

The interface of pars nervosa and pars intermedia shows remnants of Rathke’s pouch. In this section, the colloid of the cysts was lost in tissue processing.  Basophils of the pars intermedia, lying adjacent to the cysts, are adrenocorticotropes.  Visible in the pars nervosa are thin, unmyelinated hypothalamic axons, which end in variously-sized Herring bodies.  1000x