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All terms in HCAO

Label Id Description
spinal cord white commissure UBERON_0007838
R1 photoreceptor cell CL_0000687
visible light photoreceptor cell CL_0000488 [A photoreceptor cell that detects visible light.]
cerebrospinal fluid secreting cell CL_0000686 [A columnar/cuboidal epithelial cell that secretes cerebrospinal fluid.]
nephrogenic zone cell CL_0009019 [A kidney cortical cell that is part of the nephrogenic zone.]
kidney cortical cell CL_0002681
obsolete meristematic cell CL_0000685 [Obsolete. Use PO:0004010 from Plant Ontology instead. A cell synthesizing protoplasm and producing new cells by division and with only a primary cell wall.]
lymphocyte of large intestine lamina propria CL_0009018 [A lymphocyte that resides in the lamina propria of the large intestine.]
littoral cell of liver CL_0000684
mesothelial cell CL_0000077 [A flattened epithelial cell of mesenchymal origin that lines the serous cavity.]
intestinal crypt stem cell of small intestine CL_0009017 [An intestinal stem cell that is located in the small intestine crypt of Liberkuhn. These stem cells reside at the bottom of crypts in the small intestine and are highly proliferative. They either differentiate into transit amplifying cells or self-renew to form new stem cells.]
intestinal crypt stem cell CL_0002250 [A cell that is found in a zone occupying the bottom region of the crypt; provide the source of most of the cell types of the intestinal epithelium; proliferate by mitotic division; differentiates into columnar or goblet cells.]
dorsal pallidum UBERON_0006516 [The predominant portion of the globus pallidus in the striatopallidal system, which is defined by connectivity and neurochemical staining. The dorsal pallidum is distinguished from the ventral pallidum by a boundary that is partially defined by the anterior commissure. The remainder of the boundary is indistinct in sections stained for Nissl substance ( Heimer-1995 ).]
intestinal crypt stem cell of large intestine CL_0009016 [An intestinal stem cell that is located in the large intestine crypt of Liberkuhn. These stem cells reside at the bottom of crypts in the large intestine and are highly proliferative. They either differentiate into transit amplifying cells or self-renew to form new stem cells.]
bundle of His UBERON_0002353 [A part of the His-Purkinje system that transmits signals from the AV node to the cardiac Purkinje fibers[GO].]
kidney calyx UBERON_0006517 [Recesses of the kidney pelvis which divides into two wide, cup-shaped major renal calices, with each major calix subdivided into 7 to 14 minor calices. Urine empties into a minor calix from collecting tubules, then passes through the major calix, renal pelvis, and ureter to enter the urinary bladder. (From Moore, Clinically Oriented Anatomy, 3d ed, p211).]
Peyer's patch follicular dendritic cell CL_0009015 [A follicular dendritic cell located in the Peyer's patch. These cells from a meshwork in which Peyer's patch B cells reside.]
follicular dendritic cell CL_0000442 [A cell with extensive dendritic processes found in the B cell areas (primary follicles and germinal centers) of lymphoid tissue. They are unrelated to the dendritic cell associated with T cells. Follicular dendritic cells have Fc receptors and C3b receptors, but unlike other dendritic cells, they do not process or present antigen in a way that allows recognition by T cells. Instead, they hold antigen in the form of immune complexes on their surfaces for long periods and can present antigen to B cells during an immune response.]
regular connective tissue UBERON_0007845 [Connective tissue, which consists of fibroblasts, the intercellular matrix of which contains a regular network of collagen and elastic fiber bundles. Examples: bone (tissue), cartilage (tissue), dense regular connective tissue.]
Peyer's patch lymphocyte CL_0009014 [A lymphocyte that is part of a Peyer's patch. These cells have a major role in driving the immune response to antigens sampled from the intestinal lumen, and in regulating the formation of follicle-associated epithelium and M cells in Peyer's patches by converting intestitial enterocytes into M cells.]