FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2317484511> ?p ?o ?g. }

• W2317484511 endingPage "566" @default.
• W2317484511 startingPage "523" @default.
• W2317484511 abstract "Apocrine sweat glands of human axillary skin of four cases removed at operations for osmidrosis axillae were observed with the electron microscope.1. The nucleus of the gland cell is shaped slightly flattened sphere and is enclosed with double layered porous nuclear envelope. The karyoplasm consists of compound helical strands, chromonemata. The nucleolus is made up of well developed nucleolonema which makes a tangled glomerulus. In the nucleolonema, beadlike chains of granules are arranged in a helical disposition.2. Spherical or ellipsoidal mitochondria possess outer and inner double membranes and matrix. Less developed inner double membranes (cristae mitochondriales) are situated at the periphery in a form of arch. As mitochondria enlarge, the inner double membranes are disappeared and the organelles may be converted into the secretory granules.3. Well developed GOLGI apparatus is seen at the supranuclear region. In this case, the GOLGI lamellae are only rarely observed, but grouped small vesicles and large vacuoles are recognized. Rough surfaced endoplasmic reticulum is generally less developed and small number of cisternae are closely applied to the mitochondria.4. Electron microscopically, two kinds of secretory granules are recognized. One of them is light granule probably derived from mitochondria and the other is dark, irregularly shaped granule. The latter granule may be formed within the GOLGI vacuole or smooth surfaced endoplasmic reticulum. The internal density of this granule is uneven and it may be assumed that this granule is of lipid nature containing iron and pigment. Some features suggesting the disintegration of dark granules prior to the extrusion were observed.5. Marked infoldings of basal plasma membrane are clearly observed. Moreover, beaded arrangement of small vesicles continues to the tip of infolding. It is considered that these structures may be intimately associated with the absorption and transport of water.6. On the free surface of the gland cell, many microvilli are observed. These are disappeared at the formation of apocrine secretory projecton, interior of which is quite clear and contains small number of vesicles.7. The myoepithelial cell is characterized by the presence of longitudinally oriented myofilaments. Grouped small vesicles were found immediately beneath the plasma memebrane facing the membrana propria." @default.
• W2317484511 created "2016-06-24" @default.
• W2317484511 creator A5020943315 @default.
• W2317484511 creator A5051675063 @default.
• W2317484511 creator A5057209717 @default.
• W2317484511 date "1959-01-01" @default.
• W2317484511 modified "2023-09-28" @default.
• W2317484511 title "Electron Microscope Studies on the Human Axillary Apocrine Sweat Glands" @default.
• W2317484511 cites W1502904746 @default.
• W2317484511 cites W1912367453 @default.
• W2317484511 cites W1964064622 @default.
• W2317484511 cites W1964129480 @default.
• W2317484511 cites W1965433286 @default.
• W2317484511 cites W1971637473 @default.
• W2317484511 cites W1975364953 @default.
• W2317484511 cites W1976274501 @default.
• W2317484511 cites W1985335884 @default.
• W2317484511 cites W2003249680 @default.
• W2317484511 cites W2008786898 @default.
• W2317484511 cites W2009916263 @default.
• W2317484511 cites W2011276235 @default.
• W2317484511 cites W2013012644 @default.
• W2317484511 cites W2014440113 @default.
• W2317484511 cites W2015094769 @default.
• W2317484511 cites W2016812732 @default.
• W2317484511 cites W2017644245 @default.
• W2317484511 cites W2020885551 @default.
• W2317484511 cites W2027896059 @default.
• W2317484511 cites W2036971088 @default.
• W2317484511 cites W2038011170 @default.
• W2317484511 cites W2039285196 @default.
• W2317484511 cites W2043008656 @default.
• W2317484511 cites W2043094456 @default.
• W2317484511 cites W2043382916 @default.
• W2317484511 cites W2043686597 @default.
• W2317484511 cites W2044490546 @default.
• W2317484511 cites W2051655452 @default.
• W2317484511 cites W2051748065 @default.
• W2317484511 cites W2054527072 @default.
• W2317484511 cites W2060707373 @default.
• W2317484511 cites W2072297857 @default.
• W2317484511 cites W2080413184 @default.
• W2317484511 cites W2086328360 @default.
• W2317484511 cites W2086910548 @default.
• W2317484511 cites W2088156479 @default.
• W2317484511 cites W2096087683 @default.
• W2317484511 cites W2102803890 @default.
• W2317484511 cites W2109218888 @default.
• W2317484511 cites W2109337734 @default.
• W2317484511 cites W2109755448 @default.
• W2317484511 cites W2113959582 @default.
• W2317484511 cites W2114868225 @default.
• W2317484511 cites W2140794668 @default.
• W2317484511 cites W2150907285 @default.
• W2317484511 cites W2167318276 @default.
• W2317484511 cites W2181484766 @default.
• W2317484511 cites W2280008210 @default.
• W2317484511 cites W2313130810 @default.
• W2317484511 cites W2317615377 @default.
• W2317484511 cites W2320991670 @default.
• W2317484511 cites W2328909694 @default.
• W2317484511 cites W2329381523 @default.
• W2317484511 cites W2331338421 @default.
• W2317484511 cites W2335580582 @default.
• W2317484511 cites W2396009498 @default.
• W2317484511 cites W2418479169 @default.
• W2317484511 cites W2465708090 @default.
• W2317484511 cites W2491728498 @default.
• W2317484511 cites W2523407888 @default.
• W2317484511 cites W2605992408 @default.
• W2317484511 cites W2987439364 @default.
• W2317484511 cites W3205169435 @default.
• W2317484511 cites W609768702 @default.
• W2317484511 cites W633689789 @default.
• W2317484511 cites W2014692337 @default.
• W2317484511 doi "https://doi.org/10.1679/aohc1950.16.523" @default.
• W2317484511 hasPublicationYear "1959" @default.
• W2317484511 type Work @default.
• W2317484511 sameAs 2317484511 @default.
• W2317484511 citedByCount "56" @default.
• W2317484511 crossrefType "journal-article" @default.
• W2317484511 hasAuthorship W2317484511A5020943315 @default.
• W2317484511 hasAuthorship W2317484511A5051675063 @default.
• W2317484511 hasAuthorship W2317484511A5057209717 @default.
• W2317484511 hasBestOaLocation W23174845111 @default.
• W2317484511 hasConcept C102568950 @default.
• W2317484511 hasConcept C105702510 @default.
• W2317484511 hasConcept C119062480 @default.
• W2317484511 hasConcept C120665830 @default.
• W2317484511 hasConcept C121332964 @default.
• W2317484511 hasConcept C12554922 @default.
• W2317484511 hasConcept C130316041 @default.
• W2317484511 hasConcept C150875184 @default.
• W2317484511 hasConcept C151730666 @default.
• W2317484511 hasConcept C158617107 @default.
• W2317484511 hasConcept C168240541 @default.
• W2317484511 hasConcept C185592680 @default.
• W2317484511 hasConcept C190062978 @default.

• next