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symphysis menti even though a mid line joint has no fibro cartilage
hence it is considered to be a primary cartilagenous joint
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Symphysis joints in the human body occur where?
All but two of the symphyses lie in the vertebral (spinal) column, and all but one contain fibrocartilage as a constituent tissue. The short-lived suture between the two halves of the mandible is called the symphysis menti. That is one and the other is between the pubic bones.
Which joint enables you to move your arms free?
The human skeleton is the internal framework of the body. It is composed of 270 bones at birth[1][2][3] - this total decreases to 206 bones by adulthood after some bones have fused together. The bone mass in the skeleton reaches maximum density around age 30. The human skeleton can be divided into the axial skeleton and the appendicular skeleton. The axial skeleton is formed by the vertebral column, the rib cage and the skull. The appendicular skeleton, which is attached to the axial skeleton, is formed by the pectoral girdles, the pelvic girdle and the bones of the upper and lower limbs.The human skeleton serves six major functions; support, movement, protection, production of blood cells, storage of ions and endocrine regulation.The human skeleton is not as sexually dimorphic as that of many other primate species, but subtle differences between sexes in the morphology of the skull, dentition, long bones, and pelves exist. In general, female skeletal elements tend to be smaller and less robust than corresponding male elements within a given population. The pelvis in female skeletons is also different from that of males in order to facilitate child birth.Contents[hide] 1 Divisions 1.1 Axial skeleton1.2 Appendicular skeleton2 Functions 2.1 Support2.2 Movement2.3 Protection2.4 Blood cell production2.5 Storage2.6 Endocrine regulation3 Gender differences 3.1 Skull3.2 Dentition3.3 Long bones3.4 Pelvis4 Disorders 4.1 Osteoporosis5 ReferencesDivisionsAxial skeletonMain article: Axial skeleton The axial skeleton (80 bones) is formed by the vertebral column (32-34 bones; the number of the vertebrae differs from human to human as the lower 2 parts, sacral and coccygeal bone may vary in length), the rib cage (12 pairs of ribs and the sternum), and the skull (22 bones and 7 associated bones).The upright posture of humans is maintained by the axial skeleton, which transmits the weight from the head, the trunk, and the upper extremities down to the lower extremities at the hip joints. The bones of the spine are supported by many ligaments. The erectors spinae muscles are also supporting and are useful for balance.A human is able to survive with just the axial portion of their skeleton.Appendicular skeletonMain article: Appendicular skeleton The appendicular skeleton (126 bones) is formed by the pectoral girdles, the upper limbs, the pelvic girdle or pelvis, and the lower limbs. Their functions are to make locomotion possible and to protect the major organs of digestion, excretion and reproduction.FunctionsA human skeleton on exhibit at The Museum of Osteology, Oklahoma City, Oklahoma The skeleton serves six major functions; support, movement, protection, production of blood cells, storage of minerals and endocrine regulation.SupportThe skeleton provides the framework which supports the body and maintains its shape. The pelvis, associated ligaments and muscles provide a floor for the pelvic structures. Without the rib cages, costal cartilages, and intercostal muscles, the lungs would collapse. MovementThe joints between bones allow movement, some allowing a wider range of movement than others, e.g. the ball and socket joint allows a greater range of movement than the pivot joint at the neck. Movement is powered by skeletal muscles, which are attached to the skeleton at various sites on bones. Muscles, bones, and joints provide the principal mechanics for movement, all coordinated by the nervous system. ProtectionThe skeleton protects many vital organs: The skull protects the brain, the eyes, and the middle and inner ears.The vertebrae protect the spinal cord.The rib cage, spine, and sternum protect the lungs, heart and major blood vessels.The clavicle and scapula protect the shoulder.The ilium and spine protect the digestive and urogenital systems and the hip.The patella and the ulna protect the knee and the elbow respectively.The carpals and tarsals protect the wrist and ankle respectively.Blood cell productionThe skeleton is the site of haematopoiesis, the development of blood cells that takes place in the bone marrow. In children, haematopoiesis occurs primarily in the marrow of the long bones such as the femur and tibia. In adults, it occurs mainly in the pelvis, cranium, vertebrae, and sternum.[4] StorageThe bone matrix can store calcium and is involved in calcium metabolism, and bone marrow can store iron in ferritin and is involved in iron metabolism. However, bones are not entirely made of calcium, but a mixture of chondroitin sulfate and hydroxyapatite, the latter making up 70% of a bone. Hydroxyapatite is in turn composed of 39.8% of calcium, 41.4% of oxygen, 18.5% of phosphorus, and 0.2% of hydrogen by mass. Chondroitin sulfate is a sugar made up primarily of oxygen and carbon. Endocrine regulationBone cells release a hormone called osteocalcin, which contributes to the regulation of blood sugar (glucose) and fat deposition. Osteocalcin increases both the insulin secretion and sensitivity, in addition to boosting the number of insulin-producing cells and reducing stores of fat.[5] Gender differencesAnatomical differences between human males and females are highly pronounced in some soft tissue areas, but tend to be limited in the skeleton. The human skeleton is not as sexually dimorphic as that of many other primate species, but subtle differences between sexes in the morphology of the skull, dentition, long bones, and pelves (sing. pelvis) are exhibited across human populations. In general, female skeletal elements tend to be smaller and less robust than corresponding male elements within a given population. SkullA variety of gross morphological traits of the human skull demonstrate sexual dimorphism, such as the nuchal crest, mastoid processes, supraorbital margin, supraorbital ridge, and mental eminence.[6] DentitionHuman inter-sex dental dimorphism centers on the canines, but it is not nearly as pronounced as in the other great apes. Long bonesLong bones are generally larger in males than in females within a given population. Muscle attachment sites on long bones are often more robust in males than in females, reflecting a difference in overall muscle mass and development between sexes. Sexual dimorphism in the long bones is commonly characterized by morphometric or gross morphological analyses. PelvisHuman pelves exhibit greater sexual dimorphism than other bones, specifically in the size and shape of the pelvic cavity, ilia, greater sciatic notches, and the sub-pubic angle. The Phenice method is commonly used to determine the sex of an unidentified human skeleton by anthropologists with 96% to 100% accuracy in some populations.[7] DisordersSee also: Bone disease There are many classified skeletal disorders. One of the most common is osteoporosis. Also common is scoliosis, a side-to-side curve in the back or spine, often creating a pronounced "C" or "S" shape when viewed on an x-ray of the spine. This condition is most apparent during adolescence, and is most common with females.OsteoporosisMain article: Osteoporosis Osteoporosis is a disease of bone, which leads to an increased risk of fracture. In osteoporosis, the bone mineral density (BMD) is reduced, bone microarchitecture is disrupted, and the amount and variety of non-collagenous proteins in bone is altered. Osteoporosis is defined by the World Health Organization (WHO) in women as a bone mineral density 2.5 standard deviations below peak bone mass (20-year-old sex-matched healthy person average) as measured by DXA; the term "established osteoporosis" includes the presence of a fragility fracture.[8] Osteoporosis is most common in women after the menopause, when it is called postmenopausal osteoporosis, but may develop in men and premenopausal women in the presence of particular hormonal disorders and other chronic diseases or as a result of smoking and medications, specifically glucocorticoids, when the disease is craned steroid- or glucocorticoid-induced osteoporosis (SIOP or GIOP).Osteoporosis can be prevented with lifestyle advice and medication, and preventing falls in people with known or suspected osteoporosis is an established way to prevent fractures. Osteoporosis can also be prevented with having a good source of calcium and vitamin D. Osteoporosis can be treated with bisphosphonates and various other medical treatments.ReferencesLibrary resources about Skeletal systemResources in your libraryJump up ^ Miller, Larry (2007-12-09). "We're Born With 300 Bones. As Adults We Have 206". Ground Report.Jump up ^ "How many bones does the human body contain?". Ask.yahoo.com. 2001-08-08. Retrieved 2010-03-04.Jump up ^ Exploring our human bodies. San Diego Supercomputer Center EducationJump up ^ Fernández, KS; de Alarcón, PA (Dec 2013). "Development of the hematopoietic system and disorders of hematopoiesis that present during infancy and early childhood.". Pediatric clinics of North America 60 (6): 1273-89. PMID 24237971. Cite uses deprecated parameters (help)Jump up ^ Lee, Na Kyung; Sowa, Hideaki; Hinoi, Eiichi; Ferron, Mathieu; Ahn, Jong Deok; Confavreux, Cyrille; Dacquin, Romain; Mee, Patrick J.; McKee, Marc D.; Jung, Dae Young; Zhang, Zhiyou; Kim, Jason K.; Mauvais-Jarvis, Franck; Ducy, Patricia; Karsenty, Gerard (2007). "Endocrine Regulation of Energy Metabolism by the Skeleton". Cell 130 (3): 456-69. doi:10.1016/j.cell.2007.05.047. PMC 2013746. PMID 17693256.Jump up ^ Buikstra, J.E.; D.H. Ubelaker (1994). Standards for data collection from human skeletal remains. Arkansas Archaeological Survey. p. 208.Jump up ^ Phenice, T. W. (1969). "A newly developed visual method of sexing the os pubis". American Journal of Physical Anthropology 30 (2): 297-301. doi:10.1002/ajpa.1330300214. PMID 5772048.Jump up ^ Assessment of fracture risk and its application to screening for postmenopausal osteoporosis. Report of a WHO Study Group. Technical Report Series 843. World Health Organization. 1994. ISBN 92-4-120843-0. PMID 7941614. [page needed][show]vteHuman systems and organsTA 2-4:MSSkeletal systemBone CarpusCollar bone (clavicle)Thigh bone (femur)FibulaHumerusMandibleMetacarpusMetatarsusOssiclesPatellaPhalangesRadiusSkull (cranium)TarsusTibiaUlnaRibVertebraPelvisSternumCartilageJointsFibrous jointCartilaginous jointSynovial jointMuscular systemMuscleTendonDiaphragmTA 5-11:splanchnic/viscusmostlyThoracicRespiratory systemURT NoseNasopharynxLarynxLRT TracheaBronchusLungmostlyAbdominopelvicDigestive system+adnexaMouth Salivary glandTongueupper GIOropharynxLaryngopharynxEsophagusStomachlower GISmall intestineAppendixColonRectumAnusaccessoryLiverBiliary tractPancreasGU: Urinary systemKidneyUreterBladderUrethraGU: Reproductive systemFemale UterusVaginaVulvaOvaryPlacentaMale ScrotumPenisProstateTesticleSeminal vesicleEndocrine systemPituitaryPinealThyroidParathyroidAdrenalIslets of LangerhansTA 12-16Circulatory systemCardiovascular systemperipheralArteryVeinLymphatic vesselHeartLymphatic systemprimaryBone marrowThymussecondarySpleenLymph nodeCNS equivalentGlymphatic systemNervous systemBrainSpinal cordNerveSensory system EarEyeIntegumentary systemSkinSubcutaneous tissueBreast Mammary glandBlood(Non-TA)MyeloidMyeloid immune systemLymphoidLymphoid immune systemGeneral anatomy: systems and organs, regional anatomy, planes and lines, superficial axial anatomy, superficial anatomy of limbs[show]vteBones (TA A02, GA 2)AxialVertebral columnvertebrae (cervical, thoracic, lumbar)sacrumcoccyxThoracic skeletonsternumribSkullNeurocraniumoccipitalparietalfrontaltemporalsphenoidethmoidFacial bonesnasalmaxillalacrimalzygomaticpalatineinferior nasal conchaevomermandibleTHROAT: hyoid (greater cornu, lesser cornu, body)OssiclesmalleusincusstapesAppendicularUpperSHOULDER GIRDLE: claviclescapulaARM: humerusulnaradiusHAND: carpals (scaphoid, lunate bone, triquetral, pisiform, trapezium, trapezoid, capitate, hamate)metacarpalsphalanges (prox, int, dist)LowerPELVIS: pelvis (ilium, ischium, pubis)LEG: femurpatellafibulatibiaFOOT: tarsals (calcaneus, talus, navicular, cuneiform, cuboid)metatarsalsphalanges (prox, int, dist)M: BON/CARanat (c/f/k/f, u, t/p, l)/phys/devp/cellnoco/cong/tumr, sysi/epon, injrproc, drug (M5)[show]vteBones of head and neck: the facial skeleton of the skull (TA A02.1.08-15, GA 2.156-177)MaxillaSurfacesAnterior: fossae (Incisive fossa, Canine fossa)Infraorbital foramenAnterior nasal spineInfratemporal: Alveolar canalsMaxillary tuberosityOrbital: Infraorbital grooveInfraorbital canalNasal: Greater palatine canalProcessesZygomatic processFrontal process (Agger nasi, Anterior lacrimal crest)Alveolar processPalatine process (Incisive foramen, Incisive canals, Foramina of Scarpa, Incisive bone, Anterior nasal spine)OtherBody of maxillaMaxillary sinusZygomaticOrbital process (Zygomatico-orbital)Temporal process (Zygomaticotemporal)Lateral process (Zygomaticofacial)PalatineFossaePterygopalatine fossaPterygoid fossaPlatesHorizontal plate (Posterior nasal spine)Perpendicular plate (Greater palatine canal, Sphenopalatine foramen, Pyramidal process)ProcessesOrbitalSphenoidalMandibleBodyexternal surface (Symphysis menti, Lingual foramen, Mental protuberance, Mental foramen, Mandibular incisive canal)internal surface (Mental spine, Mylohyoid line, Sublingual fovea, Submandibular fovea)Alveolar part of mandibleRamusMylohyoid groove (Mandibular canal, Lingula)Mandibular foramenAngleCoronoid processMandibular notchCondyloid processPterygoid foveaMinor/noseNasal bone: Internasal sutureNasal foraminaInferior nasal concha: Ethmoidal processMaxillary processVomer: Vomer anteriorSynostosis vomerinaVomer posterior (Wing)Lacrimal: Posterior lacrimal crestLacrimal grooveLacrimal hamulusM: BON/CARanat (c/f/k/f, u, t/p, l)/phys/devp/cellnoco/cong/tumr, sysi/epon, injrproc, drug (M5)[show]vteBones of head and neck: the neurocranium of the skull (TA A02.1.01-07, GA 2.129-155)OccipitalSquamaexternalInion/External occipital protuberanceExternal occipital crestNuchal linesplanesOccipitalNuchalinternalCruciform eminenceInternal occipital protuberanceSagittal sulcusInternal occipital crestGroove for transverse sinusLateral partsCondyle Condyloid fossaCondylar canalHypoglossal canaljugularJugular processJugular tubercleBasilar partPharyngeal tubercleClivusOtherForamen magnum BasionOpisthionParietalParietal eminenceTemporal lineParietal foramenSagittal sulcusFrontalSquamaFrontal sutureFrontal eminenceexternalSuperciliary archesGlabellaforaminaSupraorbitalCecumZygomatic processinternalSagittal sulcusFrontal crestOrbital partEthmoidal notchFossa for lacrimal glandTrochlear foveaFrontal sinusFrontonasal ductTemporalSquamaArticular tubercleSuprameatal triangleMandibular fossaPetrotympanic fissureZygomatic processMastoid partMastoid foramenMastoid process (Mastoid cells)Mastoid notchOccipital grooveSigmoid sulcusMastoid antrum (Aditus)Petrous partCarotid canalFacial canal (Hiatus)Internal auditory meatusCochlear aqueductStylomastoid foramenfossaeSubarcuate fossaJugular fossacanaliculiInferior tympanicMastoidStyloid processPetrosquamous suture(note: ossicles in petrous part, but not part of temporal bone)Tympanic partSuprameatal spineSphenoidSurfacesSuperior surface: Sella turcica Dorsum sellaeTuberculum sellaeHypophysial fossaPosterior clinoid processesEthmoidal spineChiasmatic grooveMiddle clinoid processPetrosal processClivusLateral surface: Carotid grooveSphenoidal lingulaAnterior surface: Sphenoidal sinusesGreat wingsforaminaRotundumOvaleVesaliiSpinosumSpineInfratemporal crestSulcus for auditory tubeSmall wingsSuperior orbital fissureAnterior clinoid processOptic canalPterygoidprocessesfossaePterygoidScaphoidpterygoid platesLateralMedialPterygoid canalHamulusOtherBodySphenoidal conchaeEthmoidPlatesCribriform plate Crista galliOlfactory foraminaPerpendicular plateSurfacesLateral surface Orbital laminaUncinate processMedial surface Superior nasal conchaSuperior meatusMiddle nasal conchaMiddle meatusLabyrinthEthmoid sinusethmoidal foraminaPosteriorAnteriorM: BON/CARanat (c/f/k/f, u, t/p, l)/phys/devp/cellnoco/cong/tumr, sysi/epon, injrproc, drug (M5)[show]vteBones of head and neck: compound structures of skull (TA A02.1.00.002-052, GA 2.178-199)NeurocraniumCalvaria (Diploë)AsterionPterionStephanionInionBregmaLambdaFossae: anterior cranial fossamiddle cranial fossaposterior cranial fossacranial cavityBase of skullFontanelles: anteriorposteriorsphenoidalmastoidFacial skeletonNasionGonionBothdacryonzygomatic archtemporal fossainfratemporal fossapterygomaxillary fissurepterygopalatine fossaM: BON/CARanat (c/f/k/f, u, t/p, l)/phys/devp/cellnoco/cong/tumr, sysi/epon, injrproc, drug (M5)[show]vteBones of upper limbs (TA A02.4, GA 2.200-230)Pectoral girdle, clavicleconoid tubercletrapezoid linecostal tuberositysubclavian grooveScapulafossae (subscapular, supraspinatous, infraspinatous)notches (suprascapular, great scapular)glenoid cavitytubercles (infraglenoid, supraglenoid)spine of scapulaacromioncoracoid processborders (superior, lateral/axillary, medial/vertebral)angles (superior, inferior, lateral)Humerusupper extremity: necks (anatomical, surgical)tubercles (greater, lesser)intertubercular sulcusbody: radial sulcusdeltoid tuberositylower extremity: capitulumtrochleaepicondyles (lateral, medial)supracondylar ridges (lateral, medial)fossae (radial, coronoid, olecranon)Forearmradius: upper extremity (head, tuberosity)bodylower extremity (ulnar notch, styloid process, Lister's tubercle)ulna: upper extremity (tuberosity, olecranon, coronoid process, radial notch, trochlear notch)bodylower extremity (head, styloid process)Handcarpus: scaphoidlunatetriquetralpisiformtrapeziumtrapezoidcapitatehamate (hamulus)metacarpus: 1st metacarpal2nd3rd4th5thphalanges of the hand: proximalintermediatedistalM: BON/CARanat (c/f/k/f, u, t/p, l)/phys/devp/cellnoco/cong/tumr, sysi/epon, injrproc, drug (M5)[show]vteBones of torso (TA A02.2,3, GA 2.96-128)VertebraGeneral structuresbody of vertebravertebral arch (pedicle, lamina, vertebral notch)foramina (vertebral, intervertebral)processes (transverse, articular/zygapophysis, spinous)spinal canalCervical vertebraeUncinate process of vertebraTransverse foramenAnterior tubercleCarotid tuberclePosterior tubercleC1 (lateral mass, anterior arch, posterior arch)C2 (dens)C3, C4, C5, C6C7Thoracic vertebraeT1, T2, T3, T4, T5, T6, T7, T8, T9, T10, T11, T12costal facets (superior, inferior, transverse)Uncinate process of vertebraLumbar vertebraeL1, L2, L3, L4, L5processes (accessory, mammillary)SacrumBase: sacral promontoryala of sacrumLateral surface: sacral tuberositypelvic surface (anterior sacral foramina)Dorsal surface: posterior sacral foraminamedian sacral crestmedial sacral crestlateral sacral crestsacral canal (sacral hiatus)CoccyxCoccygeal cornuThoracic skeletonRibspecific ribs (1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12, True ribs, False ribs, Floating rib)parts (Angle, Tubercle, Costal groove, Neck, Head)SternumSuprasternal notchManubriumSternal angleBody of sternumXiphisternal jointXiphoid processThoracic cageSuperior thoracic apertureInferior thoracic apertureIntercostal spaceCostal marginInfrasternal angleM: BON/CARanat (c/f/k/f, u, t/p, l)/phys/devp/cellnoco/cong/tumr, sysi/epon, injrproc, drug (M5)[show]vteBones of lower limbs (TA A02.5.04-18, GA 2.242-277)Femurupper extremityhead foveaneckgreater trochanter trochanteric fossalesser trochanterintertrochanteric lineintertrochanteric crestquadrate tuberclebodylinea asperagluteal tuberosity / third trochanterpectineal linelower extremityadductor tuberclepatellar surfaceepicondyleslateralmedialcondyleslateralmedialintercondylar fossaCrusTibiaupper extremityGerdy's tuberclecondyleslateralmedialintercondylar eminence lateral/medial intercondylar tubercleposterior/anterior intercondylar areabodytuberositysoleal linelower extremitymedial malleolusfibular notchFibulaheadbodylateral malleolusOtherpatella apex of patellaFootTarsuscalcaneus sustentaculum talitrochlear processtalus bodyneckheadnavicularcuboidcuneiform medialintermediatelateralMetatarsus1st metatarsal2nd3rd4th5thOtherphalanges of the footM: BON/CARanat (c/f/k/f, u, t/p, l)/phys/devp/cellnoco/cong/tumr, sysi/epon, injrproc, drug (M5)[show]vteBones of pelvis / pelvic cavity (TA A02.5.01-03, GA 2.231-241)Generalsacrumcoccyxhip boneIliumbodyarcuate linewinggluteal linesposterioranteriorinferioriliac spinesanterior superioranterior inferiorposterior superiorposterior inferiorother:cresttuberositytuberclefossaIschiumbodyischial spinelesser sciatic notchsuperior ramustuberosity of the ischiuminferior ramusno substructuresPubisbodypubic crestsuperior ramuspubic tubercleobturator crestinferior ramuspectineal lineCompoundacetabulum acetabular notchiliopubic eminence / iliopectineal linelinea terminalisischiopubic ramus / pubic archobturator foramengreater sciatic foramen / greater sciatic notchlesser sciatic foramenlesser pelvis pelvic inletpelvic brimpelvic outletgreater pelvisM: BON/CARanat (c/f/k/f, u, t/p, l)/phys/devp/cellnoco/cong/tumr, sysi/epon, injrproc, drug (M5)Navigation menuPersonal toolsCreate accountLog inNamespacesArticleTalkVariantsViewsReadView sourceView historyMoreSearchNavigationMain pageContentsFeatured contentCurrent eventsRandom articleDonate to WikipediaWikimedia ShopInteractionHelpAbout WikipediaCommunity portalRecent changesContact pageToolsWhat links hereRelated changesUpload fileSpecial pagesPermanent linkPage informationWikidata itemCite this pagePrint/exportCreate a bookDownload as PDFPrintable versionLanguagesAfrikaansአማርኛالعربيةঅসমীয়াAzərbaycancaBân-lâm-gúБългарскиBosanskiCatalàČeštinaΕλληνικάEspañolEsperantoفارسیFrançaisGaeilge한국어ՀայերենIdoBahasa IndonesiaInterlinguaÍslenskaItalianoҚазақшаКыргызчаLatviešuLingálaBahasa Melayuမြန်မာဘာသာNederlandsनेपाल भाषाភាសាខ្មែរPolskiPortuguêsRomânăRuna SimiРусскийShqipSicilianuSlovenčinaSlovenščinaSoomaaligaکوردیSrpskohrvatski / 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Symphysis joints in the human body occur where?
All but two of the symphyses lie in the vertebral (spinal) column, and all but one contain fibrocartilage as a constituent tissue. The short-lived suture between the two halves of the mandible is called the symphysis menti. That is one and the other is between the pubic bones.
What is the birth name of Nena Menti?
Nena Menti's birth name is Eleni Zoe Menti.
When did Umberto Menti die?
Umberto Menti died in 2002.
When did Romeo Menti die?
Romeo Menti died in 1949.
When was Menti Nostrae created?
Menti Nostrae was created in 1950.
When was Nena Menti born?
Nena Menti was born in 1945.
When was Romeo Menti born?
Romeo Menti was born in 1919.
When was Umberto Menti born?
Umberto Menti was born on 1917-04-06.
When was Concerto delle menti created?
Concerto delle menti was created in 1973.
When was Stadio Romeo Menti opened?
Stadio Romeo Menti opened in 1984.
What is the location of Stadio Romeo Menti?
The location of Stadio Romeo Menti is Vicenza in Italy.
How do you say you lied in french?
you lied: tu as menti - you lied to me: tu m'as menti
