Category:Osteoclast

**osteoclast**
	type of bone cell that breaks down bone tissue Tipik ayırt edici özellikleri gösteren bir osteoklastın ışık mikrografı : çok çekirdekli büyük bir hücre ve köpüklü bir sitozol.
	Upload media
	Wikipedia
Instance of	cell type;
Subclass of	macrophage; connective tissue cell;
Different from	osteoblast;
Authority file
	Q828410; GND ID: 4246713-5; Library of Congress authority ID: sh90003255; Bibliothèque nationale de France ID: 13185938s; BNCF Thesaurus ID: 37906; NL CR AUT ID: ph398374; J9U ID: 987007529893805171
	Reasonator; Scholia; Wikidocumentaries; PetScan; statistics; WikiMap; Locator tool; KML file; Search depicted;

Subcategories

This category has only the following subcategory.

V

Videos of osteoclasts (34 F)

Media in category "Osteoclast"

The following 77 files are in this category, out of 77 total.

Anatomy of the Osteoclast.jpg 3,862 × 2,296; 362 KB
Biological activities of foreign body giant cells.png 850 × 530; 287 KB
Bone and osteoclasts.tif 1,120 × 840; 2.69 MB
Bone degrading cells - Osteoclast precursors -- Smart-Servier.jpg 10,240 × 5,760; 1.48 MB
Bone degrading cells - Osteoclast precursors 1 -- Smart-Servier.png 1,389 × 1,466; 270 KB
Bone degrading cells - Osteoclast precursors 2 -- Smart-Servier.png 1,330 × 1,377; 264 KB
Bone degrading cells - Osteoclast precursors 3 -- Smart-Servier.png 1,458 × 1,394; 268 KB
Bone degrading cells - Osteoclast progenitors -- Smart-Servier.jpg 10,240 × 5,760; 1.33 MB
Bone degrading cells - Osteoclast progenitors 1 -- Smart-Servier.png 1,355 × 1,254; 186 KB
Bone degrading cells - Osteoclast progenitors 2 -- Smart-Servier.png 1,276 × 1,359; 190 KB
Bone degrading cells - Osteoclast progenitors 3 -- Smart-Servier.png 1,086 × 1,370; 177 KB
Bone degrading cells - Osteoclasts -- Smart-Servier.jpg 10,240 × 5,760; 1.38 MB
Bone degrading cells - Osteoclasts 1 -- Smart-Servier.png 1,304 × 1,090; 216 KB
Bone degrading cells - Osteoclasts 2 -- Smart-Servier.png 1,426 × 1,064; 227 KB
Bone degrading cells - Osteoclasts 3 -- Smart-Servier.png 1,186 × 1,119; 200 KB
Bone remodeling and modeling under physiological conditions, in osteoporosis, and during treatment with sclerostin inhibitors.png 620 × 566; 371 KB
Cèl·lules del teixit ossi.jpg 1,064 × 747; 88 KB
Differences in osteoblastogenesis and osteoclastogenesis.png 746 × 931; 197 KB
Different steps in the multinucleation process mainly based on findings in osteoclasts.png 850 × 1,850; 608 KB
Differential gene analyses reveal discrete transcriptomic signature of chondroclasts and osteoclasts.jpg 588 × 727; 299 KB
Differentiation of the osteoblasts to osteocytes. (A) Light Microscopy (LM) and (B–D) TEM.jpg 566 × 427; 113 KB
Fascial-bone stress model.jpg 2,281 × 1,338; 213 KB
From hematopoietic stem cells to mature osteoclasts.jpg 1,065 × 723; 114 KB
Graphical scheme of the periodontal ligament and alveolar bone under compressive forces.jpg 856 × 647; 347 KB
HDI effect on bone remodeling.png 3,000 × 1,099; 200 KB
Heterotopic ossification in lung, HE 1.JPG 1,920 × 1,280; 1.27 MB
Heterotopic ossification in lung, HE 5.JPG 1,924 × 1,284; 1.88 MB
Immunoregulation by osteoclasts.png 850 × 597; 285 KB
Influence of sclerostin on bone formation and resorption.jpg 4,331 × 2,236; 461 KB
Ins and outs of membrane transport proteins in osteoclasts.jpg 4,563 × 4,589; 964 KB
Key mediators of osteoblast-osteoclast interaction.png 3,545 × 2,126; 502 KB
Load Spatially Controls Resorption and Deposition.png 839 × 959; 803 KB
Loading Supports Osteoblast Differentiation and Suppresses Osteoclast Differentiation.png 1,639 × 528; 637 KB
Localization-of-TRAP-positive-chondroclasts-and-osteoclasts-and-LCM-capture-a-A-mouse.png 1,412 × 493; 1.08 MB
Mature ostéoclast.jpg 526 × 526; 62 KB
Metabolic determinants of the differentiation osteoclasts.jpg 1,772 × 1,034; 212 KB
Molecular determinants of the differentiation of macrophages and osteoclasts.jpg 1,772 × 1,062; 184 KB
Network analysis reveals the abundance of structured networks of metabolic pathways, ATP synthesis, and proteasome pathways in chondroclasts.png 1,459 × 1,377; 1.23 MB
Osteoblast and osteoclast differentiation and life cycle before apoptosis.png 3,205 × 3,634; 1.45 MB
Osteoclast formation.png 1,133 × 758; 276 KB
Osteoclast Maturation.png 2,999 × 5,025; 1.78 MB
Osteoclast sealing zone formation and proton transport.png 3,278 × 2,800; 866 KB
Osteoclast. Aging-associated alteration of autophagy.png 3,380 × 2,208; 427 KB
Osteoclast.jpg 481 × 257; 33 KB
Osteoclast1.jpg 1,386 × 1,050; 119 KB
Osteoclast1.PNG 993 × 747; 421 KB
Osteoclasti maturi.jpg 1,499 × 1,188; 1.61 MB
Osteoclasts and cancer cells.jpg 1,065 × 725; 108 KB
Osteoclasts mediate bone resorption and proper bone replacement by osteoblasts.png 850 × 573; 363 KB
Osteoclasts obtained from monocyte.jpg 3,255 × 2,421; 17.66 MB
Osteoimmunity in rheumatoid arthritis.jpg 2,008 × 1,229; 286 KB
RANK-RANKL-OPG system in bone remodeling.jpg 1,725 × 871; 127 KB
Schematic diagram of osteoblast–osteoclast communication by miR-125b.png 1,088 × 787; 519 KB
Schematic diagram of osteoimmunity.jpg 1,654 × 1,062; 207 KB
Schematic diagram of the differentiation of macrophages and osteoclasts in mice.jpg 1,535 × 1,715; 244 KB
Schematic diagram of the role of VEGF in the development of joint injuries in rheumatic diseases.png 2,985 × 1,614; 552 KB
Schematic of endochondral ossification and formation of primary and secondary ossification centers.jpg 760 × 1,078; 515 KB
Schematic presentation of the canonical Wnt-signaling pathway and of the effect of sclerostin on bone cells.png 616 × 419; 203 KB
Schematic representation of the histopathological features of multinucleated giant cell subtypes.png 3,441 × 3,072; 2.11 MB
Sclerostin are involved in the mechanism of osteoporosis.png 1,538 × 510; 451 KB
Snapshot of the dynamic processes in early endochondral bone formation. (A, B and E, F) TEM and (C, D) immunohistochemistry (IHC).jpg 2,508 × 2,833; 2.01 MB
Strategies of osteoclastogenesis and osteoblastogenesis.png 3,487 × 3,177; 740 KB
Structural view of the osteochondral boundary.png 3,233 × 1,509; 1.41 MB
Structure of the V-ATPase proton pump.jpg 3,162 × 2,840; 365 KB
The emerging role of BMP signaling during osteoclastogenesis and osteoblast-osteoclast coupling.jpg 1,935 × 1,013; 152 KB
The epiphyseal growth plate and the chondro-osseous junction.jpg 2,508 × 1,891; 1.49 MB
The highest abundance of peroxisomes was detected in osteoblast and osteoclast cells as examples for intramembranous and endochondral ossification.png 1,570 × 2,501; 4.43 MB
The mechanisms for bone repair in the spine.png 3,928 × 2,126; 1.4 MB
The molecular mechanism of the fusion of monocytesmacrophages into osteoclasts.jpg 2,008 × 1,262; 262 KB
The osteoclasts and macrophages in osteosarcoma.jpg 2,008 × 1,055; 254 KB
The role of autophagy in osteoclasts.png 3,100 × 1,780; 376 KB
The role of sclerostin in bone.png 896 × 768; 356 KB
Tissus osseux nl txt.png 547 × 493; 204 KB
Tissus osseux.png 547 × 493; 181 KB
TRAPosteoclastculture.jpg 753 × 564; 74 KB
Types and characteristics of multinucleated giant cells.png 1,944 × 2,106; 938 KB
Upper panel Trabecular surfaces (L2) of OVX rats treated with vehicle or Scl-Ab.png 620 × 477; 341 KB