Adrenal gland – Strong granular cytoplasmic SDHA staining of epithelial cells
Aorta, media
Appendix, mucosa – Strong granular cytoplasmic SDHA staining of all epithelial cells
Appendix, muscular wall – Weak granular cytoplasmic SDHA staining of smooth muscle cells
Bone marrow – Granular cytoplasmic SDHA staining is only faint, if at all visible
Breast – Moderate to strong granular cytoplasmic SDHA staining of epithelial cells
Bronchus, mucosa – Marked granular cytoplasmic SDHA staining of epithelial cells, predominately in the sub-apical compartment
Bronchus, mucosa
Cerebellum (white matter)
Cerebellum, cortex (molecular layer, Purkinje cell layer, granule cell layer) – Rather weak granular cytoplasmic SDHA staining of cells
Cerebrum, grey matter – Rather weak granular cytoplasmic SDHA staining of cells
Cerebrum, white matter – Rather weak granular cytoplasmic SDHA staining of cells
Colon descendens, mucosa – Moderate granular cytoplasmic SDHA staining of all epithelial cells
Colon descendens, muscular wall – Weak to moderate granular cytoplasmic SDHA staining of smooth muscle cells
Duodenum, Brunner gland – Weak to moderate SDHA staining of Brunner gland cells
Duodenum, mucosa – Strong granular cytoplasmic SDHA staining in all epithelial cells. The staining predominates in the sub-apical compartment and it is stronger in villi than in crypts
Epididymis – Cauda = Moderate to strong granular cytoplasmic SDHA staining of epithelial cells, predominately in the sub-apical compartment. Corpus = Granular cytoplasmic SDHA cell staining is only weak in epithelial cells
Esophagus, squamous epithelium – Moderate granular cytoplasmic SDHA staining, predominantly of basal and suprabasal squamous epithelial cells
Fallopian tube, mucosa – Weak granular cytoplasmic SDHA staining of epithelial cells
Fat
Gallbladder, epithelium – Weak to moderate granular cytoplasmic SDHA staining of epithelial cells, predominately in the sub-apical compartment
Heart muscle – Strong granular cytoplasmic SDHA staining
Ileum, mucosa – Strong granular cytoplasmic SDHA staining in all epithelial cells. The staining predominates in the sub-apical compartment and it is stronger in villi than in crypts
Kidney, cortex – Intense granular cytoplasmic SDHA staining of tubuli while staining is faint in glomeruli
Kidney, medulla – Intense granular cytoplasmic SDHA staining of collecting ducts
Liver – Strong granular cytoplasmic SDHA staining of cells, especially in hepatocytes
Lung
Lymph node – Weak to moderate granular cytoplasmic SDHA staining of lymphocytes
Ovary, corpus luteum – Moderate granular cytoplasmic SDHA staining of corpus luteum cells
Ovary, stroma – Moderate to strong granular cytoplasmic SDHA staining of stromal cells
Pancreas – Granular cytoplasmic SDHA staining of all epithelial cells. It is weakest in islet cells and strongest in some small excretory ducts
Parathyroid gland – Weak to strong granular cytoplasmic SDHA staining of epithelial cells. Marked heterogeneity between cells and cell groups
Parotid gland – Granular cytoplasmic SDHA staining is strong in excretory ducts and only faint in glandular cells
Pituitary gland – Strong granular cytoplasmic SDHA staining of epithelial cells
Pituitary gland, posterior lobe – Moderate granular cytoplasmic SDHA staining of pituicytes and fibres
Placenta (amnion) – Weak to moderate-strong granular cytoplasmic SDHA staining of amnion cells
Placenta (chorion) – Moderate granular cytoplasmic SDHA staining of chorion cells
Placenta, early – Weak granular cytoplasmic SDHA staining of throphoblast cells
Placenta, mature – Weak granular cytoplasmic SDHA staining of throphoblast cells
Prostate – Rather weak granular cytoplasmic SDHA staining – somewhat stronger in epithelial than in stromal cells
Rectum, mucosa – Strong granular cytoplasmic SDHA staining of all epithelial cells
Seminal vesicle – Strong granular cytoplasmic SDHA staining in most epithelial cells
Sinus paranasales – Marked granular cytoplasmic SDHA staining of respiratory epithelial cells, predominately in the sub-apical compartment
Skin – Weak to moderate granular cytoplasmic SDHA staining, predominantly of basal and suprabasal squamous epithelial cells
Spleen – Weak to moderate granular cytoplasmic SDHA staining of a fraction of inflammatory cells
Stomach, antrum – A granular cytoplasmic SDHA staining occurs in all cells but it is strongest in stomach glands, especially in parietal cells
Stomach, antrum – A granular cytoplasmic SDHA staining occurs in all cells but it is strongest in stomach glands
Testis – Granular cytoplasmic SDHA staining is strongest in maturing germ cells
Thymus – Weak to moderate granular cytoplasmic SDHA staining of lymphocytes
Thymus
Thyroid gland – Weak granular cytoplasmic SDHA staining of epithelial cells
Tongue, muscle – Moderate to strong granular cytoplasmic SDHA staining
Tonsil – Weak to moderate granular cytoplasmic SDHA staining of squamous epithelial cells and of lymphocytes
Urinary bladder, muscular wall – Weak to moderate granular cytoplasmic SDHA staining of smooth muscle cells
Urinary bladder, urothelium – Weak granular cytoplasmic SDHA staining of urothelial cells (all layers)
Uterus, ectocervix – Weak to moderate granular cytoplasmic SDHA staining, largely limited to suprabasal squamous epithelial cells
Uterus, endocervix – Moderate granular cytoplasmic SDHA staining of epithelial cells
Uterus, endometrium (pregnancy)
Uterus, endometrium (proliferation) – Moderate granular cytoplasmic SDHA staining of epithelial cells. SDHA staining is less intense in stromal cells
Uterus, endometrium (secretion) – Strong granular cytoplasmic SDHA staining of epithelial cells. SDHA staining is less intense in stromal cells
Uterus, myometrium – Weak to moderate granular cytoplasmic SDHA staining of muscle cells