All terms in HP
| Label | Id | Description |
|---|---|---|
| Violent behavior | HP_0008760 | |
| Thinning of Descemet membrane | HP_0031159 | [A reduction in the thickness of Descemet's membrane.] |
| Vitreomacular adhesion | HP_0031150 | [Perifoveal vitreous separation with remaining vitreomacular attachment and unperturbed foveal morphologic features. It is an OCT finding that is almost always the result of normal vitreous aging, which may lead to pathologic conditions.] |
| Carotid cavernous fistula | HP_0031157 | [An abnormal connection between a carotid artery and the cavernous sinus.] |
| Widened atrophic scar | HP_0031158 | [An atrophic scar (fibrous connective tissue resulting from incomplete healing of a wound) that has stretched (gotten wider), a manifestation of tissue fragility.] |
| Increased Arden ratio of electrooculogram | HP_0031155 | [An abnormal increase in the Arden ratio, which is the ratio between the light peak and the dark trough of the smoothed (physiologic) EOG record.] |
| Decreased platelet glycoprotein Ib | HP_0031156 | [Decreased platelet cell membrane concentration of glycoprotein Ib.] |
| Membranous vitreous appearance | HP_0031153 | [Vitreous humor of the eye displaying consisting of a vestigial gel in the retrolental space bounded by a convoluted membrane.] |
| Beaded vitreous appearance | HP_0031154 | [Vitreous humor of the eye displaying beaded bundles of irregular diameters.] |
| Vitreomacular traction | HP_0031151 | [Vitreomacular traction is characterized by anomalous posterior vitreous detachment accompanied by anatomic distortion of the fovea, which may include pseudocysts, macular schisis, cystoid macular edema, and subretinal fluid. Vitreomacular traction can be subclassified by the diameter of vitreous attachment to the macular surface as measured by OCT, with attachment of 1500 micrometers or less defined as focal and attachment of more than 1500 micrometers as broad.] |
| Full-thickness macular hole | HP_0031152 | [Full-thickness macular hole (FTMH) is defined as a foveal lesion with interruption of all retinal layers from the internal limiting membrane to the retinal pigment epithelium. Full-thickness macular hole is primary if caused by vitreous traction or secondary if directly the result of pathologic characteristics other than vitreomacular traction. Full-thickness macular hole is subclassified by size of the hole as determined by OCT and the presence or absence of vitreomacular traction.] |
| Impaired oral bolus formation | HP_0031146 | [An abnormality of swallowing characterized by reduced tongue coordination to form bolus after chewing. Food material spreads over the oral cavity instead of being concentrated into a bolus that is easily swallowed.] |
| stratum granulosum cell | CL_0000712 | |
| Coarsened hepatic echotexture | HP_0031144 | [The appearance of the liver in sonographic images is normally uniform. This term applies when there is an irregular or non-uniform appearance of the liver parenchyma in liver sonography.] |
| Abnormal liver sonography | HP_0031140 | [An abnormal appearance of the liver or any of its components on sonography (ultrasound).] |
| neurecto-epithelial cell | CL_0000710 | [Epithelial cells derived from neural plate and neural crest.] |
| columnar/cuboidal epithelial cell | CL_0000075 | |
| ecto-epithelial cell | CL_0002077 | [An epithelial cell derived from ectoderm.] |
| Starry sky appearance on hepatic sonography | HP_0031145 | [An abnormal echotexture visible in liver ultrasound manifesting as a diffuse hyperechoic liver echotexture with multiple, small hypoechoic lesions. The appearance is said to resemble a starry sky (multiple white spots on a dark background).] |
| Abnormal hepatic echogenicity | HP_0031142 | [Any deviation from the normal degree of echogenicity of the liver on sonography. Echogenicity refers to the ability of a tissue to reflect or transmit ultrasound waves in the context of surrounding tissues. Whenever there is an interface of structures with different echogenicities, a visible difference in contrast will be apparent on the screen. Based on echogenicity, a structure can be characterized as hyperechoic (white on the screen), hypoechoic (gray on the screen) and anechoic (black on the screen).] |