Difference between revisions of "IPLab:Lab 6:Hashimoto's Thyroiditis"

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File:IPLab6Hashimoto1.jpg|This is a gross photograph of thyroid gland taken at autopsy. The gland is only slightly enlarged and has a firm texture.  
 
File:IPLab6Hashimoto1.jpg|This is a gross photograph of thyroid gland taken at autopsy. The gland is only slightly enlarged and has a firm texture.  
File:IPLab6Hashimoto2.jpg|This is a low-power photomicrograph of thyroid from this case. Note that the tissue is more cellular than one would expect and there does not appear to be normal colloid-filled blue spaces in this gland.
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File:IPLab6Hashimoto3.jpg|This is a low-power photomicrograph of thyroid from this case. Note the large number of blue-staining inflammatory cells in this tissue. These blue cells appear to be forming germinal centers. Some residual thyroid gland tissue can be seen in this section (arrows).  
File:IPLab6Hashimoto3.jpg|This is a higher-power photomicrograph of thyroid from this case. Note the large number of blue-staining inflammatory cells in this tissue. These cells appear to be forming germinal centers. Some residual thyroid gland tissue can be seen in this section (arrows).
 
File:IPLab6Hashimoto4.jpg|This is another view of thyroid gland filled with inflammatory cells forming germinal centers (arrows).  
 
 
File:IPLab6Hashimoto5.jpg|This is a higher-power photomicrograph of thyroid from this case showing the inflammatory cells and the residual thyroid tissue.  
 
File:IPLab6Hashimoto5.jpg|This is a higher-power photomicrograph of thyroid from this case showing the inflammatory cells and the residual thyroid tissue.  
File:IPLab6Hashimoto6.jpg|This is another higher-power photomicrograph of thyroid from this case showing the inflammatory cells and the residual thyroid tissue.
 
 
File:IPLab6Hashimoto7.jpg|This is a high-power photomicrograph showing the inflammatory cells infiltrating into the residual thyroid tissue (arrows).  
 
File:IPLab6Hashimoto7.jpg|This is a high-power photomicrograph showing the inflammatory cells infiltrating into the residual thyroid tissue (arrows).  
 
File:IPLab6Hashimoto8.jpg|This is a high-power photomicrograph showing the lymphocytes and plasma cells surrounding the thyroid gland epithelium.  
 
File:IPLab6Hashimoto8.jpg|This is a high-power photomicrograph showing the lymphocytes and plasma cells surrounding the thyroid gland epithelium.  
File:IPLab6Hashimoto9.jpg|This high-power photomicrograph shows more clearly the lymphocytes and plasma cells surrounding the thyroid gland epithelium. Large, eosinophilic, degenerating thyroid gland cells (Hurthle cells) can be seen in this section (arrows).
 
 
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Revision as of 23:26, 8 July 2020

Clinical Summary[edit]

This was a 49-year-old woman who complained of tiredness and difficulty concentrating. She had gained weight over the last year and despite warm weather, she felt chilled without a sweater. Family history was significant for hypothyroidism in her mother and older sister.

On physical examination she had an enlarged thyroid gland with a firm, bosselated texture. Serum TSH was markedly elevated and antithyroid peroxidase antibodies were positive. These results supported the clinical impression of hypothyroidism; also, the texture of her thyroid gland and a positive family history suggested an autoimmune etiological factor. She was referred to an endocrinologist; however, before beginning treatment she died suddenly from a ruptured berry aneurysm.

Images[edit]

Virtual Microscopy[edit]

Study Questions[edit]


Additional Resources[edit]

Reference[edit]

Journal Articles[edit]

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Related IPLab Cases[edit]

Bosselated means covered with rounded protuberances.

Autoimmune disorders involve an immune response directed at the host's own cells.

A berry aneurysm is a small saccular arterial aneurysm usually found at a vessel junction in the circle of Willis. These aneurysms frequently rupture, causing a subarachnoid hemorrhage.