Ligament calcification Stock Photos and Images
Skeleton linear icons set. Bs, Anatomy, Skeletal, Joints, Skull, Ribcage, Spine line vector and concept signs. Osteology,X-ray,Cartilage outline Stock Vectorhttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/skeleton-linear-icons-set-bs-anatomy-skeletal-joints-skull-ribcage-spine-line-vector-and-concept-signs-osteologyx-raycartilage-outline-image547155828.htmlRF2PP52RG–Skeleton linear icons set. Bs, Anatomy, Skeletal, Joints, Skull, Ribcage, Spine line vector and concept signs. Osteology,X-ray,Cartilage outline
Tendinitis of the shoulder, X-ray Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/stock-photo-tendinitis-of-the-shoulder-x-ray-40085411.htmlRFC9619R–Tendinitis of the shoulder, X-ray
. Calcified tissues; proceedings. Bone; Collagen; Calcification. Fig. la. Series I. Rabbit no. 033; 23 days. Van Gieson. X57.5. Internal border of the articular margin of the femoral head. Epiphyseal congestion; the modification of the osseous plate is very marked. A pannus slides over the cartilage, at the same time as the latter is partially destroyed by the medullary pannus Fig. lb. Series I. Rabbit no. 033; 23 days. Van Gieson. X47.5. Cellular hyperplasia; congestion and edema of cruciate ligament. Erosion of the cartilage. Fig. 2a. Series II. Rabbit no. 103; 5 days. Hem.-Eosin. X12S. Knee Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/calcified-tissues-proceedings-bone-collagen-calcification-fig-la-series-i-rabbit-no-033-23-days-van-gieson-x575-internal-border-of-the-articular-margin-of-the-femoral-head-epiphyseal-congestion-the-modification-of-the-osseous-plate-is-very-marked-a-pannus-slides-over-the-cartilage-at-the-same-time-as-the-latter-is-partially-destroyed-by-the-medullary-pannus-fig-lb-series-i-rabbit-no-033-23-days-van-gieson-x475-cellular-hyperplasia-congestion-and-edema-of-cruciate-ligament-erosion-of-the-cartilage-fig-2a-series-ii-rabbit-no-103-5-days-hem-eosin-x12s-knee-image233693780.htmlRMRG5JPC–. Calcified tissues; proceedings. Bone; Collagen; Calcification. Fig. la. Series I. Rabbit no. 033; 23 days. Van Gieson. X57.5. Internal border of the articular margin of the femoral head. Epiphyseal congestion; the modification of the osseous plate is very marked. A pannus slides over the cartilage, at the same time as the latter is partially destroyed by the medullary pannus Fig. lb. Series I. Rabbit no. 033; 23 days. Van Gieson. X47.5. Cellular hyperplasia; congestion and edema of cruciate ligament. Erosion of the cartilage. Fig. 2a. Series II. Rabbit no. 103; 5 days. Hem.-Eosin. X12S. Knee
Elements of the comparative anatomy Elements of the comparative anatomy of vertebrates elementsofcompar00wied Year: 1886 FK FIG. 27.—PORTION OF THE VERTF.I:I:AL COLUMN OF A YOUNG DOGFISH caniculn). (After Cartier.) Q notochord ; Kn, outer, and A'//1, inner, zone of cartilage ; FK, the filim-enrti- lugiimus muss lying between these zones, which is undergoing calcification; Li, intorvcrtrliral ligament. by the tail-fin, which is therefore spoken of as protocercal or diphycercal (see Fig. 29). This condition is met with also in ninny Fishes of the Devonian strata, as well as in young stages of T Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/elements-of-the-comparative-anatomy-elements-of-the-comparative-anatomy-of-vertebrates-elementsofcompar00wied-year-1886-fk-fig-27portion-of-the-vertfiial-column-of-a-young-dogfish-caniculn-after-cartier-q-notochord-kn-outer-and-a1-inner-zone-of-cartilage-fk-the-filim-enrti-lugiimus-muss-lying-between-these-zones-which-is-undergoing-calcification-li-intorvcrtrliral-ligament-by-the-tail-fin-which-is-therefore-spoken-of-as-protocercal-or-diphycercal-see-fig-29-this-condition-is-met-with-also-in-ninny-fishes-of-the-devonian-strata-as-well-as-in-young-stages-of-t-image239576211.htmlRMRWNHW7–Elements of the comparative anatomy Elements of the comparative anatomy of vertebrates elementsofcompar00wied Year: 1886 FK FIG. 27.—PORTION OF THE VERTF.I:I:AL COLUMN OF A YOUNG DOGFISH caniculn). (After Cartier.) Q notochord ; Kn, outer, and A'//1, inner, zone of cartilage ; FK, the filim-enrti- lugiimus muss lying between these zones, which is undergoing calcification; Li, intorvcrtrliral ligament. by the tail-fin, which is therefore spoken of as protocercal or diphycercal (see Fig. 29). This condition is met with also in ninny Fishes of the Devonian strata, as well as in young stages of T
Skeleton linear icons set. Bs, Anatomy, Skeletal, Joints, Skull, Ribcage, Spine line vector and concept signs. Osteology,X-ray,Cartilage outline Stock Vectorhttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/skeleton-linear-icons-set-bs-anatomy-skeletal-joints-skull-ribcage-spine-line-vector-and-concept-signs-osteologyx-raycartilage-outline-image547044505.htmlRF2PP00RN–Skeleton linear icons set. Bs, Anatomy, Skeletal, Joints, Skull, Ribcage, Spine line vector and concept signs. Osteology,X-ray,Cartilage outline
Tendinitis of the shoulder, X-ray Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/stock-photo-tendinitis-of-the-shoulder-x-ray-40085410.htmlRFC9619P–Tendinitis of the shoulder, X-ray
![. Bulletin biologique de la France et de la Belgique. Biology; Natural history. SCIOBERETIA AUSl'RALIS. 395 Fig. 3. â Coquille embryonnaire (prodissoconque) au stade le plus jeune étudié (0""'"45). Z, ligament; d, dents embryonnaires. Fig. 4, 5, 6.â 3 stades embryonnaires observés par transparence après décalcification; le périostracum, qui subsiste, n'a pas été figuré. On observe à la charnière les plissements du manteau correspondant aux dents embryonnaires de la coquille, h, bouche ; mpp, muscle protracteur du pied ; wrp, muscle rétrac- teur ; ot, otocyste ; ve^ và Stock Photo](https://c8.alamy.com/comp/RGTCTR/bulletin-biologique-de-la-france-et-de-la-belgique-biology-natural-history-scioberetia-auslralis-395-fig-3-coquille-embryonnaire-prodissoconque-au-stade-le-plus-jeune-tudi-0quotquotquot45-z-ligament-d-dents-embryonnaires-fig-4-5-6-3-stades-embryonnaires-observs-par-transparence-aprs-dcalcification-le-priostracum-qui-subsiste-na-pas-t-figur-on-observe-la-charnire-les-plissements-du-manteau-correspondant-aux-dents-embryonnaires-de-la-coquille-h-bouche-mpp-muscle-protracteur-du-pied-wrp-muscle-rtrac-teur-ot-otocyste-ve-v-RGTCTR.jpg ". Bulletin biologique de la France et de la Belgique. Biology; Natural history. SCIOBERETIA AUSl'RALIS. 395 Fig. 3. â Coquille embryonnaire (prodissoconque) au stade le plus jeune étudié (0""'"45). Z, ligament; d, dents embryonnaires. Fig. 4, 5, 6.â 3 stades embryonnaires observés par transparence après décalcification; le périostracum, qui subsiste, n'a pas été figuré. On observe à la charnière les plissements du manteau correspondant aux dents embryonnaires de la coquille, h, bouche ; mpp, muscle protracteur du pied ; wrp, muscle rétrac- teur ; ot, otocyste ; ve^ và Stock Photo")
. Bulletin biologique de la France et de la Belgique. Biology; Natural history. SCIOBERETIA AUSl'RALIS. 395 Fig. 3. â Coquille embryonnaire (prodissoconque) au stade le plus jeune étudié (0""'"45). Z, ligament; d, dents embryonnaires. Fig. 4, 5, 6.â 3 stades embryonnaires observés par transparence après décalcification; le périostracum, qui subsiste, n'a pas été figuré. On observe à la charnière les plissements du manteau correspondant aux dents embryonnaires de la coquille, h, bouche ; mpp, muscle protracteur du pied ; wrp, muscle rétrac- teur ; ot, otocyste ; ve^ và Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/bulletin-biologique-de-la-france-et-de-la-belgique-biology-natural-history-scioberetia-auslralis-395-fig-3-coquille-embryonnaire-prodissoconque-au-stade-le-plus-jeune-tudi-0quotquotquot45-z-ligament-d-dents-embryonnaires-fig-4-5-6-3-stades-embryonnaires-observs-par-transparence-aprs-dcalcification-le-priostracum-qui-subsiste-na-pas-t-figur-on-observe-la-charnire-les-plissements-du-manteau-correspondant-aux-dents-embryonnaires-de-la-coquille-h-bouche-mpp-muscle-protracteur-du-pied-wrp-muscle-rtrac-teur-ot-otocyste-ve-v-image234106231.htmlRMRGTCTR–. Bulletin biologique de la France et de la Belgique. Biology; Natural history. SCIOBERETIA AUSl'RALIS. 395 Fig. 3. â Coquille embryonnaire (prodissoconque) au stade le plus jeune étudié (0""'"45). Z, ligament; d, dents embryonnaires. Fig. 4, 5, 6.â 3 stades embryonnaires observés par transparence après décalcification; le périostracum, qui subsiste, n'a pas été figuré. On observe à la charnière les plissements du manteau correspondant aux dents embryonnaires de la coquille, h, bouche ; mpp, muscle protracteur du pied ; wrp, muscle rétrac- teur ; ot, otocyste ; ve^ vÃ
![. Elements of the comparative anatomy of vertebrates. Anatomy, Comparative; Vertebrates -- Anatomy. FK FIG. 27.—PORTION OF THE VERTF.I:I:AL COLUMN OF A YOUNG DOGFISH caniculn). (After Cartier.) Q notochord ; Kn, outer, and A"//1, inner, zone of cartilage ; FK, the filim-enrti- lugiimus muss lying between these zones, which is undergoing calcification; Li, intorvcrtrliral ligament. by the tail-fin, which is therefore spoken of as protocercal or diphycercal (see Fig. 29). This condition is met with also in ninny Fishes of the Devonian strata, as well as in young stages of Teleostei. In the Stock Photo](https://c8.alamy.com/comp/RCPFGX/elements-of-the-comparative-anatomy-of-vertebrates-anatomy-comparative-vertebrates-anatomy-fk-fig-27portion-of-the-vertfiial-column-of-a-young-dogfish-caniculn-after-cartier-q-notochord-kn-outer-and-aquot1-inner-zone-of-cartilage-fk-the-filim-enrti-lugiimus-muss-lying-between-these-zones-which-is-undergoing-calcification-li-intorvcrtrliral-ligament-by-the-tail-fin-which-is-therefore-spoken-of-as-protocercal-or-diphycercal-see-fig-29-this-condition-is-met-with-also-in-ninny-fishes-of-the-devonian-strata-as-well-as-in-young-stages-of-teleostei-in-the-RCPFGX.jpg ". Elements of the comparative anatomy of vertebrates. Anatomy, Comparative; Vertebrates -- Anatomy. FK FIG. 27.—PORTION OF THE VERTF.I:I:AL COLUMN OF A YOUNG DOGFISH caniculn). (After Cartier.) Q notochord ; Kn, outer, and A"//1, inner, zone of cartilage ; FK, the filim-enrti- lugiimus muss lying between these zones, which is undergoing calcification; Li, intorvcrtrliral ligament. by the tail-fin, which is therefore spoken of as protocercal or diphycercal (see Fig. 29). This condition is met with also in ninny Fishes of the Devonian strata, as well as in young stages of Teleostei. In the Stock Photo")
. Elements of the comparative anatomy of vertebrates. Anatomy, Comparative; Vertebrates -- Anatomy. FK FIG. 27.—PORTION OF THE VERTF.I:I:AL COLUMN OF A YOUNG DOGFISH caniculn). (After Cartier.) Q notochord ; Kn, outer, and A"//1, inner, zone of cartilage ; FK, the filim-enrti- lugiimus muss lying between these zones, which is undergoing calcification; Li, intorvcrtrliral ligament. by the tail-fin, which is therefore spoken of as protocercal or diphycercal (see Fig. 29). This condition is met with also in ninny Fishes of the Devonian strata, as well as in young stages of Teleostei. In the Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/elements-of-the-comparative-anatomy-of-vertebrates-anatomy-comparative-vertebrates-anatomy-fk-fig-27portion-of-the-vertfiial-column-of-a-young-dogfish-caniculn-after-cartier-q-notochord-kn-outer-and-aquot1-inner-zone-of-cartilage-fk-the-filim-enrti-lugiimus-muss-lying-between-these-zones-which-is-undergoing-calcification-li-intorvcrtrliral-ligament-by-the-tail-fin-which-is-therefore-spoken-of-as-protocercal-or-diphycercal-see-fig-29-this-condition-is-met-with-also-in-ninny-fishes-of-the-devonian-strata-as-well-as-in-young-stages-of-teleostei-in-the-image231605834.htmlRMRCPFGX–. Elements of the comparative anatomy of vertebrates. Anatomy, Comparative; Vertebrates -- Anatomy. FK FIG. 27.—PORTION OF THE VERTF.I:I:AL COLUMN OF A YOUNG DOGFISH caniculn). (After Cartier.) Q notochord ; Kn, outer, and A"//1, inner, zone of cartilage ; FK, the filim-enrti- lugiimus muss lying between these zones, which is undergoing calcification; Li, intorvcrtrliral ligament. by the tail-fin, which is therefore spoken of as protocercal or diphycercal (see Fig. 29). This condition is met with also in ninny Fishes of the Devonian strata, as well as in young stages of Teleostei. In the
