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Medical Illustration of Rib Cage with Colored True Ribs on white background Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/medical-illustration-of-rib-cage-with-colored-true-ribs-on-white-background-image488428550.htmlRF2KAHRGP–Medical Illustration of Rib Cage with Colored True Ribs on white background
A manual of anatomy . de. The superior margin is attachedor fused to the manubrium forming an angle at the junction that isusually apDreciable to the touch. This is the sternal angle {angiilussterni). The lateral portions of this margin complete the facet forthe second costal cartilage. The inferior margin is convex and its 36 OSTEOLOGY middle part is connected to the xyphoid process. Lateral to thisthe sixth and seventh costal cartilages are attached. Each lateralmargin is thick and irregular presenting facets at the extremitiesof the ridges that accommodate the third, fourth and fifth costal Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/a-manual-of-anatomy-de-the-superior-margin-is-attachedor-fused-to-the-manubrium-forming-an-angle-at-the-junction-that-isusually-apdreciable-to-the-touch-this-is-the-sternal-angle-angiilussterni-the-lateral-portions-of-this-margin-complete-the-facet-forthe-second-costal-cartilage-the-inferior-margin-is-convex-and-its-36-osteology-middle-part-is-connected-to-the-xyphoid-process-lateral-to-thisthe-sixth-and-seventh-costal-cartilages-are-attached-each-lateralmargin-is-thick-and-irregular-presenting-facets-at-the-extremitiesof-the-ridges-that-accommodate-the-third-fourth-and-fifth-costal-image343394929.htmlRM2AXJYMH–A manual of anatomy . de. The superior margin is attachedor fused to the manubrium forming an angle at the junction that isusually apDreciable to the touch. This is the sternal angle {angiilussterni). The lateral portions of this margin complete the facet forthe second costal cartilage. The inferior margin is convex and its 36 OSTEOLOGY middle part is connected to the xyphoid process. Lateral to thisthe sixth and seventh costal cartilages are attached. Each lateralmargin is thick and irregular presenting facets at the extremitiesof the ridges that accommodate the third, fourth and fifth costal
Rib cage Stock Vectorhttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/rib-cage-image445189116.htmlRF2GT8378–Rib cage
PARROT ANATOMY, DRAWING Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/stock-photo-parrot-anatomy-drawing-49260364.htmlRMCT402M–PARROT ANATOMY, DRAWING
. Cunningham's Text-book of anatomy. Anatomy. 198 OSTEOLOGY. of fibro-cartilage which is interposed between it and the clavicular facet on the upper and lateral angle of the manubrium sterni. It is also supported by a small part of the medial end of the cartilage of the first rib. Its articular surface, usually broader from above downwards than from side to side, displays an antero-posterior convexity, whilst tending to be slightly concave in a vertical direction. The edge around the articular area, which serves for the attachment of the capsule of the Sternal articular SURFACE Acromial articu Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/cunninghams-text-book-of-anatomy-anatomy-198-osteology-of-fibro-cartilage-which-is-interposed-between-it-and-the-clavicular-facet-on-the-upper-and-lateral-angle-of-the-manubrium-sterni-it-is-also-supported-by-a-small-part-of-the-medial-end-of-the-cartilage-of-the-first-rib-its-articular-surface-usually-broader-from-above-downwards-than-from-side-to-side-displays-an-antero-posterior-convexity-whilst-tending-to-be-slightly-concave-in-a-vertical-direction-the-edge-around-the-articular-area-which-serves-for-the-attachment-of-the-capsule-of-the-sternal-articular-surface-acromial-articu-image216346661.htmlRMPFYCAD–. Cunningham's Text-book of anatomy. Anatomy. 198 OSTEOLOGY. of fibro-cartilage which is interposed between it and the clavicular facet on the upper and lateral angle of the manubrium sterni. It is also supported by a small part of the medial end of the cartilage of the first rib. Its articular surface, usually broader from above downwards than from side to side, displays an antero-posterior convexity, whilst tending to be slightly concave in a vertical direction. The edge around the articular area, which serves for the attachment of the capsule of the Sternal articular SURFACE Acromial articu
Medical Illustration of Rib Cage with Colored Floating Ribs on white background Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/medical-illustration-of-rib-cage-with-colored-floating-ribs-on-white-background-image488428672.htmlRF2KAHRN4–Medical Illustration of Rib Cage with Colored Floating Ribs on white background
. Medical diagnosis for the student and practitioner. f the stomach are sheltered viscera, thoughactually subdiaphragmatic and abdominal. The Lungs.—The lungs occupy nearly all of the upper chest, theirapices extending usually to the level of the seventh cervical spine behind and1 to 13^ inches above the clavicle in front. The right apex is slightly higherthan the left, and their resonance may be elicited over the whole of thesupraclavicular and suprascapular regions. The anterior borders of the twolungs meet at the sternal angle and, in contact, pass vertically downward tothe level of the fou Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/medical-diagnosis-for-the-student-and-practitioner-f-the-stomach-are-sheltered-viscera-thoughactually-subdiaphragmatic-and-abdominal-the-lungsthe-lungs-occupy-nearly-all-of-the-upper-chest-theirapices-extending-usually-to-the-level-of-the-seventh-cervical-spine-behind-and1-to-13-inches-above-the-clavicle-in-front-the-right-apex-is-slightly-higherthan-the-left-and-their-resonance-may-be-elicited-over-the-whole-of-thesupraclavicular-and-suprascapular-regions-the-anterior-borders-of-the-twolungs-meet-at-the-sternal-angle-and-in-contact-pass-vertically-downward-tothe-level-of-the-fou-image336905605.htmlRM2AG3AF1–. Medical diagnosis for the student and practitioner. f the stomach are sheltered viscera, thoughactually subdiaphragmatic and abdominal. The Lungs.—The lungs occupy nearly all of the upper chest, theirapices extending usually to the level of the seventh cervical spine behind and1 to 13^ inches above the clavicle in front. The right apex is slightly higherthan the left, and their resonance may be elicited over the whole of thesupraclavicular and suprascapular regions. The anterior borders of the twolungs meet at the sternal angle and, in contact, pass vertically downward tothe level of the fou
. A text-book of agricultural zoology. Zoology, Economic. THE SKELETON AND ANATOMY OF BIKDS. 341 except the first and last pair. There is a large hreast-bone or sternum (14). In flying birds this sternum has a deep sternal ridge or keel, to which are attached the powerful muscles which move the wings. The pectoral arch (fig. 177) consists of a pair of scapulae (Sc), clavicles (/), and coracoid bones (Co). The scapula is an elongated simple bone; the coracoids are distinct and very strong, and articulate with the upper angle of the sternum ; the clavicles form the V-shaped bone popularly called Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/a-text-book-of-agricultural-zoology-zoology-economic-the-skeleton-and-anatomy-of-bikds-341-except-the-first-and-last-pair-there-is-a-large-hreast-bone-or-sternum-14-in-flying-birds-this-sternum-has-a-deep-sternal-ridge-or-keel-to-which-are-attached-the-powerful-muscles-which-move-the-wings-the-pectoral-arch-fig-177-consists-of-a-pair-of-scapulae-sc-clavicles-and-coracoid-bones-co-the-scapula-is-an-elongated-simple-bone-the-coracoids-are-distinct-and-very-strong-and-articulate-with-the-upper-angle-of-the-sternum-the-clavicles-form-the-v-shaped-bone-popularly-called-image216446825.htmlRMPG403N–. A text-book of agricultural zoology. Zoology, Economic. THE SKELETON AND ANATOMY OF BIKDS. 341 except the first and last pair. There is a large hreast-bone or sternum (14). In flying birds this sternum has a deep sternal ridge or keel, to which are attached the powerful muscles which move the wings. The pectoral arch (fig. 177) consists of a pair of scapulae (Sc), clavicles (/), and coracoid bones (Co). The scapula is an elongated simple bone; the coracoids are distinct and very strong, and articulate with the upper angle of the sternum ; the clavicles form the V-shaped bone popularly called
Medical Illustration of Rib Cage,Front and Isolated Back View of Black Background Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/medical-illustration-of-rib-cagefront-and-isolated-back-view-of-black-background-image488428405.htmlRF2KAHRBH–Medical Illustration of Rib Cage,Front and Isolated Back View of Black Background
The medical examination for life insurance and its associated clinical methods : with chapters on the insurance of substandard lives and accident insurance . ole of the supraclavicular and suprascapular regions. riorly, the two lungs pass downward and come into contacl at thelevel of the sternal angle (angult ; they then pass verti< ally downward, in contact, until the fourth rib hed; at this point the left lung award, forming the left border of the 2i6 THE MEDICAL EXAMINATION FOR LIFE INSURANCE. Liver, spleen,stomach, andkidneys. superficial cardiac area. The right lung passes downward to Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/the-medical-examination-for-life-insurance-and-its-associated-clinical-methods-with-chapters-on-the-insurance-of-substandard-lives-and-accident-insurance-ole-of-the-supraclavicular-and-suprascapular-regions-riorly-the-two-lungs-pass-downward-and-come-into-contacl-at-thelevel-of-the-sternal-angle-angult-they-then-pass-vertilt-ally-downward-in-contact-until-the-fourth-rib-hed-at-this-point-the-left-lung-award-forming-the-left-border-of-the-2i6-the-medical-examination-for-life-insurance-liver-spleenstomach-andkidneys-superficial-cardiac-area-the-right-lung-passes-downward-to-image340109926.htmlRM2AN99K2–The medical examination for life insurance and its associated clinical methods : with chapters on the insurance of substandard lives and accident insurance . ole of the supraclavicular and suprascapular regions. riorly, the two lungs pass downward and come into contacl at thelevel of the sternal angle (angult ; they then pass verti< ally downward, in contact, until the fourth rib hed; at this point the left lung award, forming the left border of the 2i6 THE MEDICAL EXAMINATION FOR LIFE INSURANCE. Liver, spleen,stomach, andkidneys. superficial cardiac area. The right lung passes downward to
Medical Illustration of Rib Cage with Colored False Ribs on white background Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/medical-illustration-of-rib-cage-with-colored-false-ribs-on-white-background-image488428665.htmlRF2KAHRMW–Medical Illustration of Rib Cage with Colored False Ribs on white background
A manual of examinations : upon anatomy, physiology, surgery, practice of medicine, chemistry, obstetrics, materia medica, pharmacy and therapeutics, especially designed for students of medicine, to which is added a medical formulary . — It is some-what triangular. What is attached to the posterior angle of the sternal end?—Theinter-clavicular ligament. With what is the tubercle at the posterior part near the humeralend connected ? — It is connected by a strong ligament to the coracoidprocess of the scapula.^ What is the form of the scapular end of the clavicle ? — It is flatand broad. What mu Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/a-manual-of-examinations-upon-anatomy-physiology-surgery-practice-of-medicine-chemistry-obstetrics-materia-medica-pharmacy-and-therapeutics-especially-designed-for-students-of-medicine-to-which-is-added-a-medical-formulary-it-is-some-what-triangular-what-is-attached-to-the-posterior-angle-of-the-sternal-endtheinter-clavicular-ligament-with-what-is-the-tubercle-at-the-posterior-part-near-the-humeralend-connected-it-is-connected-by-a-strong-ligament-to-the-coracoidprocess-of-the-scapula-what-is-the-form-of-the-scapular-end-of-the-clavicle-it-is-flatand-broad-what-mu-image340167223.htmlRM2ANBXNB–A manual of examinations : upon anatomy, physiology, surgery, practice of medicine, chemistry, obstetrics, materia medica, pharmacy and therapeutics, especially designed for students of medicine, to which is added a medical formulary . — It is some-what triangular. What is attached to the posterior angle of the sternal end?—Theinter-clavicular ligament. With what is the tubercle at the posterior part near the humeralend connected ? — It is connected by a strong ligament to the coracoidprocess of the scapula.^ What is the form of the scapular end of the clavicle ? — It is flatand broad. What mu
Medical Illustration of Sternocostal Joint Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/medical-illustration-of-sternocostal-joint-image488320829.htmlRF2KACX5H–Medical Illustration of Sternocostal Joint
A manual of anatomy . al ligament. The lateral sternal lines are two lines at the right and left bordersof the sternum. The parasternal lines are two vertical lines midway between themidsternal and midclavicular lines. Some place these lines midwaybetween the lateral sternal and the midclavicular lines. The midaxillary lines (two) are drawn from the apex of the axilla(armpit) with the arms extended at a right angle to the body. The scapular lines (two) are drawn vertically through the inferiorangle of each scapula. The midvertebral line (one) is drawn along the spinous processesof the thoracic Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/a-manual-of-anatomy-al-ligament-the-lateral-sternal-lines-are-two-lines-at-the-right-and-left-bordersof-the-sternum-the-parasternal-lines-are-two-vertical-lines-midway-between-themidsternal-and-midclavicular-lines-some-place-these-lines-midwaybetween-the-lateral-sternal-and-the-midclavicular-lines-the-midaxillary-lines-two-are-drawn-from-the-apex-of-the-axillaarmpit-with-the-arms-extended-at-a-right-angle-to-the-body-the-scapular-lines-two-are-drawn-vertically-through-the-inferiorangle-of-each-scapula-the-midvertebral-line-one-is-drawn-along-the-spinous-processesof-the-thoracic-image343356855.htmlRM2AXH74R–A manual of anatomy . al ligament. The lateral sternal lines are two lines at the right and left bordersof the sternum. The parasternal lines are two vertical lines midway between themidsternal and midclavicular lines. Some place these lines midwaybetween the lateral sternal and the midclavicular lines. The midaxillary lines (two) are drawn from the apex of the axilla(armpit) with the arms extended at a right angle to the body. The scapular lines (two) are drawn vertically through the inferiorangle of each scapula. The midvertebral line (one) is drawn along the spinous processesof the thoracic
medically accurate illustration of Great Vessels of Superior Mediastinum Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/medically-accurate-illustration-of-great-vessels-of-superior-mediastinum-image488428684.htmlRF2KAHRNG–medically accurate illustration of Great Vessels of Superior Mediastinum
. Smithsonian miscellaneous collections. suture is deeply im-pressed. Epipleurite i of the abdomen is situated in front of thehypopleurite closely attached to the scutellum of the postnotum. Mctasternuui.—The metasternum is represented as a rectangularcontinuous plate divided by remainders of a median line. It is illus-trated in figure 18. The anterior margin is medially produced intoan angle which extends far between the mesocoxae. This angle andthe thickened anterior margin may correspond to the presternum ofother segments. The anterior lateral angles (a) are modified to re-ceive the sternal Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/smithsonian-miscellaneous-collections-suture-is-deeply-im-pressed-epipleurite-i-of-the-abdomen-is-situated-in-front-of-thehypopleurite-closely-attached-to-the-scutellum-of-the-postnotum-mctasternuuithe-metasternum-is-represented-as-a-rectangularcontinuous-plate-divided-by-remainders-of-a-median-line-it-is-illus-trated-in-figure-18-the-anterior-margin-is-medially-produced-intoan-angle-which-extends-far-between-the-mesocoxae-this-angle-andthe-thickened-anterior-margin-may-correspond-to-the-presternum-ofother-segments-the-anterior-lateral-angles-a-are-modified-to-re-ceive-the-sternal-image336896683.htmlRM2AG2Y4B–. Smithsonian miscellaneous collections. suture is deeply im-pressed. Epipleurite i of the abdomen is situated in front of thehypopleurite closely attached to the scutellum of the postnotum. Mctasternuui.—The metasternum is represented as a rectangularcontinuous plate divided by remainders of a median line. It is illus-trated in figure 18. The anterior margin is medially produced intoan angle which extends far between the mesocoxae. This angle andthe thickened anterior margin may correspond to the presternum ofother segments. The anterior lateral angles (a) are modified to re-ceive the sternal
Heart and Major Blood Vessels Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/heart-and-major-blood-vessels-image490198065.htmlRF2KDECHN–Heart and Major Blood Vessels
The signs of internal disease, with a brief consideration of the principal symptoms thereof . tion by the act of breathing. In such eases the lower sternal re-gion and intercostal angle is distinctly excavated and retracts duringinspiration. Enlarged tonsils, whooping cough and many respiratoryaffections are assigned as caiises. The Barrel Chest. This deformity i? also called the emphysema-tous chest. It may occur as early as the tenth year, but is generallyseen only in adult life. The chest becomes rounded and barrel-shaped,the intercostal spaces are widened, the neck is short and the backbow Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/the-signs-of-internal-disease-with-a-brief-consideration-of-the-principal-symptoms-thereof-tion-by-the-act-of-breathing-in-such-eases-the-lower-sternal-re-gion-and-intercostal-angle-is-distinctly-excavated-and-retracts-duringinspiration-enlarged-tonsils-whooping-cough-and-many-respiratoryaffections-are-assigned-as-caiises-the-barrel-chest-this-deformity-i-also-called-the-emphysema-tous-chest-it-may-occur-as-early-as-the-tenth-year-but-is-generallyseen-only-in-adult-life-the-chest-becomes-rounded-and-barrel-shapedthe-intercostal-spaces-are-widened-the-neck-is-short-and-the-backbow-image340075458.htmlRM2AN7NM2–The signs of internal disease, with a brief consideration of the principal symptoms thereof . tion by the act of breathing. In such eases the lower sternal re-gion and intercostal angle is distinctly excavated and retracts duringinspiration. Enlarged tonsils, whooping cough and many respiratoryaffections are assigned as caiises. The Barrel Chest. This deformity i? also called the emphysema-tous chest. It may occur as early as the tenth year, but is generallyseen only in adult life. The chest becomes rounded and barrel-shaped,the intercostal spaces are widened, the neck is short and the backbow
Anterior view of Heart Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/anterior-view-of-heart-image491875274.htmlRF2KG6RX2–Anterior view of Heart
Lymphatic Drainage of Heart Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/lymphatic-drainage-of-heart-image501581020.htmlRF2M40YKT–Lymphatic Drainage of Heart
. Medical diagnosis for the student and practitioner. s) at the right sternal border is acute in the case of the normalheart, a right angle in the case of the extreme type of drop heart, with the accumulationof fluid the angle is rendered obtuse by decided dulness or flatness, on light percussion, andso demonstrable in many instances. The position of the angle is shifted to the right, butas the effusion distends the sac an acute angle is formed decided dulness or flatness ex-tends far beyond the sternum to the right. The secondary resumption of the acute anglemay not be demonstrable by percuss Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/medical-diagnosis-for-the-student-and-practitioner-s-at-the-right-sternal-border-is-acute-in-the-case-of-the-normalheart-a-right-angle-in-the-case-of-the-extreme-type-of-drop-heart-with-the-accumulationof-fluid-the-angle-is-rendered-obtuse-by-decided-dulness-or-flatness-on-light-percussion-andso-demonstrable-in-many-instances-the-position-of-the-angle-is-shifted-to-the-right-butas-the-effusion-distends-the-sac-an-acute-angle-is-formed-decided-dulness-or-flatness-ex-tends-far-beyond-the-sternum-to-the-right-the-secondary-resumption-of-the-acute-anglemay-not-be-demonstrable-by-percuss-image336799211.htmlRM2AFXER7–. Medical diagnosis for the student and practitioner. s) at the right sternal border is acute in the case of the normalheart, a right angle in the case of the extreme type of drop heart, with the accumulationof fluid the angle is rendered obtuse by decided dulness or flatness, on light percussion, andso demonstrable in many instances. The position of the angle is shifted to the right, butas the effusion distends the sac an acute angle is formed decided dulness or flatness ex-tends far beyond the sternum to the right. The secondary resumption of the acute anglemay not be demonstrable by percuss
Coronary Artery Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/coronary-artery-image501581088.htmlRF2M40YP8–Coronary Artery
A system of surgery : pathological, diagnostic, therapeutic, and operative . ularly up.When the bone gives way external to the coraco-acromial ligaments, the outerfragment is sometimes turned round at a right angle with the inner. The accident is generally caused by indirect violence, as a fall upon the shoulder,in which the sternal extremity of the bone is impelled by the weight of the body,at the same time that the acromial end is thrust forcibly in the opposite directionby the object struck against. INot unfrequently, however, it occurs from directinjury, as a blow or fall. I remember an in Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/a-system-of-surgery-pathological-diagnostic-therapeutic-and-operative-ularly-upwhen-the-bone-gives-way-external-to-the-coraco-acromial-ligaments-the-outerfragment-is-sometimes-turned-round-at-a-right-angle-with-the-inner-the-accident-is-generally-caused-by-indirect-violence-as-a-fall-upon-the-shoulderin-which-the-sternal-extremity-of-the-bone-is-impelled-by-the-weight-of-the-bodyat-the-same-time-that-the-acromial-end-is-thrust-forcibly-in-the-opposite-directionby-the-object-struck-against-inot-unfrequently-however-it-occurs-from-directinjury-as-a-blow-or-fall-i-remember-an-in-image339955148.htmlRM2AN2878–A system of surgery : pathological, diagnostic, therapeutic, and operative . ularly up.When the bone gives way external to the coraco-acromial ligaments, the outerfragment is sometimes turned round at a right angle with the inner. The accident is generally caused by indirect violence, as a fall upon the shoulder,in which the sternal extremity of the bone is impelled by the weight of the body,at the same time that the acromial end is thrust forcibly in the opposite directionby the object struck against. INot unfrequently, however, it occurs from directinjury, as a blow or fall. I remember an in
Innervation of Heart Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/innervation-of-heart-image501581093.htmlRF2M40YPD–Innervation of Heart
Medical and surgical therapy . adii teres, and flexor carpi radialis; the flexor muscles of the fingersand thumb and the thenar muscles were more slightly affected. Fig. 57 shows the probable localisation of the lesion in view ofthe course taken by the bullet and the clinical signs. Case II.—Rifle bullet wound: point of entry just above the middlepart of the right clavicle (fracture), three fingers breadths to theright of the sternal head of the sterno-cleido-mastoid; point ofexit, behind through the middle of the infraspinous fossa at threefingers breadths above the inferior angle of the scap Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/medical-and-surgical-therapy-adii-teres-and-flexor-carpi-radialis-the-flexor-muscles-of-the-fingersand-thumb-and-the-thenar-muscles-were-more-slightly-affected-fig-57-shows-the-probable-localisation-of-the-lesion-in-view-ofthe-course-taken-by-the-bullet-and-the-clinical-signs-case-iirifle-bullet-wound-point-of-entry-just-above-the-middlepart-of-the-right-clavicle-fracture-three-fingers-breadths-to-theright-of-the-sternal-head-of-the-sterno-cleido-mastoid-point-ofexit-behind-through-the-middle-of-the-infraspinous-fossa-at-threefingers-breadths-above-the-inferior-angle-of-the-scap-image339382139.htmlRM2AM45AK–Medical and surgical therapy . adii teres, and flexor carpi radialis; the flexor muscles of the fingersand thumb and the thenar muscles were more slightly affected. Fig. 57 shows the probable localisation of the lesion in view ofthe course taken by the bullet and the clinical signs. Case II.—Rifle bullet wound: point of entry just above the middlepart of the right clavicle (fracture), three fingers breadths to theright of the sternal head of the sterno-cleido-mastoid; point ofexit, behind through the middle of the infraspinous fossa at threefingers breadths above the inferior angle of the scap
Ventricles of Heart Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/ventricles-of-heart-image501581078.htmlRF2M40YNX–Ventricles of Heart
Superficial Muscles of Neck Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/superficial-muscles-of-neck-image488428531.htmlRF2KAHRG3–Superficial Muscles of Neck
A history of the British sessile-eyed Crustacea . es andthe last segment of the tail is very remarkable; thelatter is destitute of the epimeral coxae, and the ring iscontinued beneath, terminating abruptly on either sidein a rounded lobe ; so that the central portion of thebody underneath is unprotected. The posterior pair ofappendages are articulated to the anterior border of theinferior (sternal ?) part of the ring, a little within the ex-ternal lateral angle, by a well-marked ball-and-socket joint,so that at first sight it appears as though these appendageswere derived from the penultimate Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/a-history-of-the-british-sessile-eyed-crustacea-es-andthe-last-segment-of-the-tail-is-very-remarkable-thelatter-is-destitute-of-the-epimeral-coxae-and-the-ring-iscontinued-beneath-terminating-abruptly-on-either-sidein-a-rounded-lobe-so-that-the-central-portion-of-thebody-underneath-is-unprotected-the-posterior-pair-ofappendages-are-articulated-to-the-anterior-border-of-theinferior-sternal-part-of-the-ring-a-little-within-the-ex-ternal-lateral-angle-by-a-well-marked-ball-and-socket-jointso-that-at-first-sight-it-appears-as-though-these-appendageswere-derived-from-the-penultimate-image338370726.htmlRM2AJE38P–A history of the British sessile-eyed Crustacea . es andthe last segment of the tail is very remarkable; thelatter is destitute of the epimeral coxae, and the ring iscontinued beneath, terminating abruptly on either sidein a rounded lobe ; so that the central portion of thebody underneath is unprotected. The posterior pair ofappendages are articulated to the anterior border of theinferior (sternal ?) part of the ring, a little within the ex-ternal lateral angle, by a well-marked ball-and-socket joint,so that at first sight it appears as though these appendageswere derived from the penultimate
. Medical and surgical therapy. thumb and the thenar muscles were more slightly affected. Fig. 57 shows the probable localisation of the lesion in view ofthe course taken by the bullet and the clinical signs. Case II.—Rifle bullet wound: point of entry just above the middlepart of the right clavicle (fracture), three fingers breadths to theright of the sternal head of the sterno-cleido-mastoid; point ofexit, behind through the middle of the infraspinous fossa at threefingers breadths above the inferior angle of the scapula. Imme-diate paralysis. Total paralysis of the musculo-spiral, circumfle Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/medical-and-surgical-therapy-thumb-and-the-thenar-muscles-were-more-slightly-affected-fig-57-shows-the-probable-localisation-of-the-lesion-in-view-ofthe-course-taken-by-the-bullet-and-the-clinical-signs-case-iirifle-bullet-wound-point-of-entry-just-above-the-middlepart-of-the-right-clavicle-fracture-three-fingers-breadths-to-theright-of-the-sternal-head-of-the-sterno-cleido-mastoid-point-ofexit-behind-through-the-middle-of-the-infraspinous-fossa-at-threefingers-breadths-above-the-inferior-angle-of-the-scapula-imme-diate-paralysis-total-paralysis-of-the-musculo-spiral-circumfle-image337036836.htmlRM2AG99WT–. Medical and surgical therapy. thumb and the thenar muscles were more slightly affected. Fig. 57 shows the probable localisation of the lesion in view ofthe course taken by the bullet and the clinical signs. Case II.—Rifle bullet wound: point of entry just above the middlepart of the right clavicle (fracture), three fingers breadths to theright of the sternal head of the sterno-cleido-mastoid; point ofexit, behind through the middle of the infraspinous fossa at threefingers breadths above the inferior angle of the scapula. Imme-diate paralysis. Total paralysis of the musculo-spiral, circumfle
Diseases of the chest and the principles of physical diagnosis . t the 5th costal space.Crosses the 6th and 7th intercostal space Crosses at the 5th costal space,(mid-clavicular line). Turns out at the 6th costal space. Crosses the 6th and 7th costal space.Reaches 8th rib in axillary line. Reaches the 8th in the axillary line. Reaches 10th rib in scapular line. Reaches the lower border of 10th dorsal Reaches upper border of the 10th dorsal vertebrae in scapular line,vertebra. Louis angle^ (the junction of the manubrium with the gladiolus)marks the sternal attachment of the second rib. It is op Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/diseases-of-the-chest-and-the-principles-of-physical-diagnosis-t-the-5th-costal-spacecrosses-the-6th-and-7th-intercostal-space-crosses-at-the-5th-costal-spacemid-clavicular-line-turns-out-at-the-6th-costal-space-crosses-the-6th-and-7th-costal-spacereaches-8th-rib-in-axillary-line-reaches-the-8th-in-the-axillary-line-reaches-10th-rib-in-scapular-line-reaches-the-lower-border-of-10th-dorsal-reaches-upper-border-of-the-10th-dorsal-vertebrae-in-scapular-linevertebra-louis-angle-the-junction-of-the-manubrium-with-the-gladiolusmarks-the-sternal-attachment-of-the-second-rib-it-is-op-image342661499.htmlRM2AWDG6K–Diseases of the chest and the principles of physical diagnosis . t the 5th costal space.Crosses the 6th and 7th intercostal space Crosses at the 5th costal space,(mid-clavicular line). Turns out at the 6th costal space. Crosses the 6th and 7th costal space.Reaches 8th rib in axillary line. Reaches the 8th in the axillary line. Reaches 10th rib in scapular line. Reaches the lower border of 10th dorsal Reaches upper border of the 10th dorsal vertebrae in scapular line,vertebra. Louis angle^ (the junction of the manubrium with the gladiolus)marks the sternal attachment of the second rib. It is op
. Smithsonian miscellaneous collections. converted mostly into sclerotic strands tobrace the pull of the mesothoracic ventral muscles {60, 8y, 88) on thesternal plates of the prothorax. The following thirteen muscles (118 to 130) are muscles of themetacoxa and the hind wing. 776. Tergal promotor of the coxa (figs. 34, 38 A).—Lies immedi-ately behind the tergo-sternal (fig. 34, 113). Arises dorsally on lateralarea of scutum (fig. 38 A) ; inserted ventrally on apodemal disc ofanterior angle of coxa (fig. 38 D, F, 118). iiQ. First tergal remotor of the coxa (figs. 34, 38 A).—A largemuscle arising Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/smithsonian-miscellaneous-collections-converted-mostly-into-sclerotic-strands-tobrace-the-pull-of-the-mesothoracic-ventral-muscles-60-8y-88-on-thesternal-plates-of-the-prothorax-the-following-thirteen-muscles-118-to-130-are-muscles-of-themetacoxa-and-the-hind-wing-776-tergal-promotor-of-the-coxa-figs-34-38-alies-immedi-ately-behind-the-tergo-sternal-fig-34-113-arises-dorsally-on-lateralarea-of-scutum-fig-38-a-inserted-ventrally-on-apodemal-disc-ofanterior-angle-of-coxa-fig-38-d-f-118-iiq-first-tergal-remotor-of-the-coxa-figs-34-38-aa-largemuscle-arising-image336922008.htmlRM2AG43CT–. Smithsonian miscellaneous collections. converted mostly into sclerotic strands tobrace the pull of the mesothoracic ventral muscles {60, 8y, 88) on thesternal plates of the prothorax. The following thirteen muscles (118 to 130) are muscles of themetacoxa and the hind wing. 776. Tergal promotor of the coxa (figs. 34, 38 A).—Lies immedi-ately behind the tergo-sternal (fig. 34, 113). Arises dorsally on lateralarea of scutum (fig. 38 A) ; inserted ventrally on apodemal disc ofanterior angle of coxa (fig. 38 D, F, 118). iiQ. First tergal remotor of the coxa (figs. 34, 38 A).—A largemuscle arising
. Radiography, x-ray therapeutics and radium therapy . ppears very early,before any other hone; according to Beclard, as early as the thirtieth day.The centre for the sternal end makes its appearance about the eighteenth ortwentieth year, and unites with the rest of the bone about the twenty-fifthyear. The Scapula.—Development takes place by seven centres: one for thebody, two for the coracoid process, two for the acromion, one for the pos-terior border, and one for the inferior angle. Ossification of the body of thescapula commences about the second month of foetal life by the formation ofan Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/radiography-x-ray-therapeutics-and-radium-therapy-ppears-very-earlybefore-any-other-hone-according-to-beclard-as-early-as-the-thirtieth-daythe-centre-for-the-sternal-end-makes-its-appearance-about-the-eighteenth-ortwentieth-year-and-unites-with-the-rest-of-the-bone-about-the-twenty-fifthyear-the-scapuladevelopment-takes-place-by-seven-centres-one-for-thebody-two-for-the-coracoid-process-two-for-the-acromion-one-for-the-pos-terior-border-and-one-for-the-inferior-angle-ossification-of-the-body-of-thescapula-commences-about-the-second-month-of-foetal-life-by-the-formation-ofan-image375992579.htmlRM2CRKXAB–. Radiography, x-ray therapeutics and radium therapy . ppears very early,before any other hone; according to Beclard, as early as the thirtieth day.The centre for the sternal end makes its appearance about the eighteenth ortwentieth year, and unites with the rest of the bone about the twenty-fifthyear. The Scapula.—Development takes place by seven centres: one for thebody, two for the coracoid process, two for the acromion, one for the pos-terior border, and one for the inferior angle. Ossification of the body of thescapula commences about the second month of foetal life by the formation ofan
. Radiography, x-ray therapeutics and radium therapy . ppears very early,before any other hone; according to Bcclard, as early as the thirtieth day.The centre for the sternal end makes its appearance about the eighteenth ortwentieth year, and unites with the rest of the bone about the twenty-fifthyear. The Scapula.—Development takes place by seven centres: one for thebody, two for the coracoid process, two for the acromion, one for the pos-terior border, and one for the inferior angle. Ossification of the body of thescapula commences about the second month of foetal life by the formation ofan Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/radiography-x-ray-therapeutics-and-radium-therapy-ppears-very-earlybefore-any-other-hone-according-to-bcclard-as-early-as-the-thirtieth-daythe-centre-for-the-sternal-end-makes-its-appearance-about-the-eighteenth-ortwentieth-year-and-unites-with-the-rest-of-the-bone-about-the-twenty-fifthyear-the-scapuladevelopment-takes-place-by-seven-centres-one-for-thebody-two-for-the-coracoid-process-two-for-the-acromion-one-for-the-pos-terior-border-and-one-for-the-inferior-angle-ossification-of-the-body-of-thescapula-commences-about-the-second-month-of-foetal-life-by-the-formation-ofan-image376043475.htmlRM2CRP783–. Radiography, x-ray therapeutics and radium therapy . ppears very early,before any other hone; according to Bcclard, as early as the thirtieth day.The centre for the sternal end makes its appearance about the eighteenth ortwentieth year, and unites with the rest of the bone about the twenty-fifthyear. The Scapula.—Development takes place by seven centres: one for thebody, two for the coracoid process, two for the acromion, one for the pos-terior border, and one for the inferior angle. Ossification of the body of thescapula commences about the second month of foetal life by the formation ofan
. Radiography, X-ray therapeutics and radium therapy . ppears very early,before any other bone; according to Beclard, as early as the thirtieth day.The centre for the sternal end makes its appearance about the eighteenth ortwentieth year, and unites with the rest of the bone about the twenty-fifthyear. The Scapula.—Development takes place by seven centres: one for thebody, two for the coracoid process, two for the acromion, one for the pos-terior border, and one for the inferior angle. Ossification of the body of thescapula commences about the second month of fcetal life by the formation ofan Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/radiography-x-ray-therapeutics-and-radium-therapy-ppears-very-earlybefore-any-other-bone-according-to-beclard-as-early-as-the-thirtieth-daythe-centre-for-the-sternal-end-makes-its-appearance-about-the-eighteenth-ortwentieth-year-and-unites-with-the-rest-of-the-bone-about-the-twenty-fifthyear-the-scapuladevelopment-takes-place-by-seven-centres-one-for-thebody-two-for-the-coracoid-process-two-for-the-acromion-one-for-the-pos-terior-border-and-one-for-the-inferior-angle-ossification-of-the-body-of-thescapula-commences-about-the-second-month-of-fcetal-life-by-the-formation-ofan-image375965415.htmlRM2CRJKM7–. Radiography, X-ray therapeutics and radium therapy . ppears very early,before any other bone; according to Beclard, as early as the thirtieth day.The centre for the sternal end makes its appearance about the eighteenth ortwentieth year, and unites with the rest of the bone about the twenty-fifthyear. The Scapula.—Development takes place by seven centres: one for thebody, two for the coracoid process, two for the acromion, one for the pos-terior border, and one for the inferior angle. Ossification of the body of thescapula commences about the second month of fcetal life by the formation ofan
. Rhynchota ... thickly finely punctate, foveatelyimpressed on each side near anterior margin, obliquely foveatenear each lateral angle, centrally longitudinally carinate for almostits entire length, lateral margins reflexed ; face transverselystriate, narrowly, medially, longitudinally interrupted; meso-sternal tubercles broad, compressed, subprominent; rostrumreaching the intermediate coxae; posterior tibiae with a short spinenear base and a strong spiue beyond middle; tegmina a littlemore than twice as long as broad. Length escl. tegm. 11 ; exp. tegm. 24 to 25 millim. Hah. N. India {Brit. M Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/rhynchota-thickly-finely-punctate-foveatelyimpressed-on-each-side-near-anterior-margin-obliquely-foveatenear-each-lateral-angle-centrally-longitudinally-carinate-for-almostits-entire-length-lateral-margins-reflexed-face-transverselystriate-narrowly-medially-longitudinally-interrupted-meso-sternal-tubercles-broad-compressed-subprominent-rostrumreaching-the-intermediate-coxae-posterior-tibiae-with-a-short-spinenear-base-and-a-strong-spiue-beyond-middle-tegmina-a-littlemore-than-twice-as-long-as-broad-length-escl-tegm-11-exp-tegm-24-to-25-millim-hah-n-india-brit-m-image370502807.htmlRM2CENT33–. Rhynchota ... thickly finely punctate, foveatelyimpressed on each side near anterior margin, obliquely foveatenear each lateral angle, centrally longitudinally carinate for almostits entire length, lateral margins reflexed ; face transverselystriate, narrowly, medially, longitudinally interrupted; meso-sternal tubercles broad, compressed, subprominent; rostrumreaching the intermediate coxae; posterior tibiae with a short spinenear base and a strong spiue beyond middle; tegmina a littlemore than twice as long as broad. Length escl. tegm. 11 ; exp. tegm. 24 to 25 millim. Hah. N. India {Brit. M
. www.flickr.com/photos/internetarchivebookimages/tags/book... . * not appear very important, but the longer it isconsidered the more convincing, it seems to us, is theargument founded upon it. It is as follows : Our main argument is that Apus is %.bent Annelid.. FIG. 42.—Section of Limulus rotiindicauda to show the bend in the intestine withthe sinewy sternal plate in the angle to be compared with that of Apus Fig. 13,p. 56. b, brain ; ft, heart; /, openings of the hepatic ducts in the mid-gut; sp,the stetnal plate. From Bronns Klassen und Ordniingen des Thierrcichcs. In this way we explained Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/wwwflickrcomphotosinternetarchivebookimagestagsbook-not-appear-very-important-but-the-longer-it-isconsidered-the-more-convincing-it-seems-to-us-is-theargument-founded-upon-it-it-is-as-follows-our-main-argument-is-that-apus-is-bent-annelid-fig-42section-of-limulus-rotiindicauda-to-show-the-bend-in-the-intestine-withthe-sinewy-sternal-plate-in-the-angle-to-be-compared-with-that-of-apus-fig-13p-56-b-brain-ft-heart-openings-of-the-hepatic-ducts-in-the-mid-gut-spthe-stetnal-plate-from-bronns-klassen-und-ordniingen-des-thierrcichcs-in-this-way-we-explained-image369707637.htmlRM2CDDHT5–. www.flickr.com/photos/internetarchivebookimages/tags/book... . * not appear very important, but the longer it isconsidered the more convincing, it seems to us, is theargument founded upon it. It is as follows : Our main argument is that Apus is %.bent Annelid.. FIG. 42.—Section of Limulus rotiindicauda to show the bend in the intestine withthe sinewy sternal plate in the angle to be compared with that of Apus Fig. 13,p. 56. b, brain ; ft, heart; /, openings of the hepatic ducts in the mid-gut; sp,the stetnal plate. From Bronns Klassen und Ordniingen des Thierrcichcs. In this way we explained
. The anatomy of the domestic animals. Veterinary anatomy. THE SKELETON OF THE HORSE costarum). Except in the case of the first, the cartilage does not continue the direction of the rib, but forms with the latter an angle which is open in front, and increases from second to last. More or less extensive ossification is to be regarded as a normal occurrence, especially in the cartilages of the sternal ribs. Ventral border The Sternum The sternum of the horse is shaped somewhat like a canoe; it is compressed laterally, except in its posterior part, which is flattened dorso-ventrally. It is inclin Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/the-anatomy-of-the-domestic-animals-veterinary-anatomy-the-skeleton-of-the-horse-costarum-except-in-the-case-of-the-first-the-cartilage-does-not-continue-the-direction-of-the-rib-but-forms-with-the-latter-an-angle-which-is-open-in-front-and-increases-from-second-to-last-more-or-less-extensive-ossification-is-to-be-regarded-as-a-normal-occurrence-especially-in-the-cartilages-of-the-sternal-ribs-ventral-border-the-sternum-the-sternum-of-the-horse-is-shaped-somewhat-like-a-canoe-it-is-compressed-laterally-except-in-its-posterior-part-which-is-flattened-dorso-ventrally-it-is-inclin-image236815377.htmlRMRN7TC1–. The anatomy of the domestic animals. Veterinary anatomy. THE SKELETON OF THE HORSE costarum). Except in the case of the first, the cartilage does not continue the direction of the rib, but forms with the latter an angle which is open in front, and increases from second to last. More or less extensive ossification is to be regarded as a normal occurrence, especially in the cartilages of the sternal ribs. Ventral border The Sternum The sternum of the horse is shaped somewhat like a canoe; it is compressed laterally, except in its posterior part, which is flattened dorso-ventrally. It is inclin
![. An atlas of human anatomy for students and physicians. Anatomy. The manubrium (presternum) Sternal synchondrosis (manu- " brio-gladiolal articulation) Synchondrosis sternalis Articular facet for a rib Incisura costalis ,, The body of the sternum or gladiolus (mesosternum) Articular facet for a rib Incisura costalis Ensiform or xiphoid process (metasternum, xiphisternum) Processus xiphoideus -â¢Clavicular notch Incisura clavicularis Manubrium Manubrium sterni -Angle of the sternum1 Angulus sterni Body of the sternum or gladiolus Corpus sterni Articular facets for the ribs Incisure costal Stock Photo](https://c8.alamy.com/comp/RJYBKD/an-atlas-of-human-anatomy-for-students-and-physicians-anatomy-the-manubrium-presternum-sternal-synchondrosis-manu-quot-brio-gladiolal-articulation-synchondrosis-sternalis-articular-facet-for-a-rib-incisura-costalis-the-body-of-the-sternum-or-gladiolus-mesosternum-articular-facet-for-a-rib-incisura-costalis-ensiform-or-xiphoid-process-metasternum-xiphisternum-processus-xiphoideus-clavicular-notch-incisura-clavicularis-manubrium-manubrium-sterni-angle-of-the-sternum1-angulus-sterni-body-of-the-sternum-or-gladiolus-corpus-sterni-articular-facets-for-the-ribs-incisure-costal-RJYBKD.jpg ". An atlas of human anatomy for students and physicians. Anatomy. The manubrium (presternum) Sternal synchondrosis (manu- " brio-gladiolal articulation) Synchondrosis sternalis Articular facet for a rib Incisura costalis ,, The body of the sternum or gladiolus (mesosternum) Articular facet for a rib Incisura costalis Ensiform or xiphoid process (metasternum, xiphisternum) Processus xiphoideus -â¢Clavicular notch Incisura clavicularis Manubrium Manubrium sterni -Angle of the sternum1 Angulus sterni Body of the sternum or gladiolus Corpus sterni Articular facets for the ribs Incisure costal Stock Photo")
. An atlas of human anatomy for students and physicians. Anatomy. The manubrium (presternum) Sternal synchondrosis (manu- " brio-gladiolal articulation) Synchondrosis sternalis Articular facet for a rib Incisura costalis ,, The body of the sternum or gladiolus (mesosternum) Articular facet for a rib Incisura costalis Ensiform or xiphoid process (metasternum, xiphisternum) Processus xiphoideus -â¢Clavicular notch Incisura clavicularis Manubrium Manubrium sterni -Angle of the sternum1 Angulus sterni Body of the sternum or gladiolus Corpus sterni Articular facets for the ribs Incisure costal Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/an-atlas-of-human-anatomy-for-students-and-physicians-anatomy-the-manubrium-presternum-sternal-synchondrosis-manu-quot-brio-gladiolal-articulation-synchondrosis-sternalis-articular-facet-for-a-rib-incisura-costalis-the-body-of-the-sternum-or-gladiolus-mesosternum-articular-facet-for-a-rib-incisura-costalis-ensiform-or-xiphoid-process-metasternum-xiphisternum-processus-xiphoideus-clavicular-notch-incisura-clavicularis-manubrium-manubrium-sterni-angle-of-the-sternum1-angulus-sterni-body-of-the-sternum-or-gladiolus-corpus-sterni-articular-facets-for-the-ribs-incisure-costal-image235400465.htmlRMRJYBKD–. An atlas of human anatomy for students and physicians. Anatomy. The manubrium (presternum) Sternal synchondrosis (manu- " brio-gladiolal articulation) Synchondrosis sternalis Articular facet for a rib Incisura costalis ,, The body of the sternum or gladiolus (mesosternum) Articular facet for a rib Incisura costalis Ensiform or xiphoid process (metasternum, xiphisternum) Processus xiphoideus -â¢Clavicular notch Incisura clavicularis Manubrium Manubrium sterni -Angle of the sternum1 Angulus sterni Body of the sternum or gladiolus Corpus sterni Articular facets for the ribs Incisure costal
. The anatomy of the domestic animals. Veterinary anatomy. 48 THE SKELETON OF THE HORSE costarum). Except in the case of the first, the cartilage does not continue the chrection of the ril), but forms with the latter an angle which is open in front, and increases from second to last. More or less extensive ossification is to be regarded as a normal occurrence, especially in the cartilages of the sternal ribs. The Sternum The sternum of the horse is shaped somewhat like a canoe; it is compressed laterally, except in its posterior part, which is flatteneil dorso-ventrally. It is inclined oblique Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/the-anatomy-of-the-domestic-animals-veterinary-anatomy-48-the-skeleton-of-the-horse-costarum-except-in-the-case-of-the-first-the-cartilage-does-not-continue-the-chrection-of-the-ril-but-forms-with-the-latter-an-angle-which-is-open-in-front-and-increases-from-second-to-last-more-or-less-extensive-ossification-is-to-be-regarded-as-a-normal-occurrence-especially-in-the-cartilages-of-the-sternal-ribs-the-sternum-the-sternum-of-the-horse-is-shaped-somewhat-like-a-canoe-it-is-compressed-laterally-except-in-its-posterior-part-which-is-flatteneil-dorso-ventrally-it-is-inclined-oblique-image236815437.htmlRMRN7TE5–. The anatomy of the domestic animals. Veterinary anatomy. 48 THE SKELETON OF THE HORSE costarum). Except in the case of the first, the cartilage does not continue the chrection of the ril), but forms with the latter an angle which is open in front, and increases from second to last. More or less extensive ossification is to be regarded as a normal occurrence, especially in the cartilages of the sternal ribs. The Sternum The sternum of the horse is shaped somewhat like a canoe; it is compressed laterally, except in its posterior part, which is flatteneil dorso-ventrally. It is inclined oblique
. Cunningham's Text-book of anatomy. Anatomy. 198 OSTEOLOGY. of fibro-cartilage which is interposed between it and the clavicular facet on the upper and lateral angle of the manubrium sterni. It is also supported by a small part of the medial end of the cartilage of the first rib. Its articular surface, usually broader from above downwards than from side to side, displays an antero-posterior convexity, whilst tending to be slightly concave in a vertical direction. The edge around the articular area, which serves for the attachment of the capsule of the Sternal articular SURFACE Acromial articu Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/cunninghams-text-book-of-anatomy-anatomy-198-osteology-of-fibro-cartilage-which-is-interposed-between-it-and-the-clavicular-facet-on-the-upper-and-lateral-angle-of-the-manubrium-sterni-it-is-also-supported-by-a-small-part-of-the-medial-end-of-the-cartilage-of-the-first-rib-its-articular-surface-usually-broader-from-above-downwards-than-from-side-to-side-displays-an-antero-posterior-convexity-whilst-tending-to-be-slightly-concave-in-a-vertical-direction-the-edge-around-the-articular-area-which-serves-for-the-attachment-of-the-capsule-of-the-sternal-articular-surface-acromial-articu-image231857457.htmlRMRD60FD–. Cunningham's Text-book of anatomy. Anatomy. 198 OSTEOLOGY. of fibro-cartilage which is interposed between it and the clavicular facet on the upper and lateral angle of the manubrium sterni. It is also supported by a small part of the medial end of the cartilage of the first rib. Its articular surface, usually broader from above downwards than from side to side, displays an antero-posterior convexity, whilst tending to be slightly concave in a vertical direction. The edge around the articular area, which serves for the attachment of the capsule of the Sternal articular SURFACE Acromial articu
![. Monographs of North American rodentia [microform]. Rodentia; Paleontology; Rongeurs; Paléontologie. " j'%1 r 578 MONOORAPlia OF NORTH AMERICAN KODENTIA. and knobbed at the sternal extremity, where the cross-section would be decidedly triangular. The scapula is about 1.75 inches long by 0.90 broad at the widest part, and presents numerous well-marked features. The general contour is that of an inequilateral triangle with the postero-superior corner rounded off, and the anterior angle pro(?uced into a neck. The lower border, which is much the longest, is nearly straight; the jwsterior c Stock Photo](https://c8.alamy.com/comp/RJ64TN/monographs-of-north-american-rodentia-microform-rodentia-paleontology-rongeurs-palontologie-quot-j1-r-578-monooraplia-of-north-american-kodentia-and-knobbed-at-the-sternal-extremity-where-the-cross-section-would-be-decidedly-triangular-the-scapula-is-about-175-inches-long-by-090-broad-at-the-widest-part-and-presents-numerous-well-marked-features-the-general-contour-is-that-of-an-inequilateral-triangle-with-the-postero-superior-corner-rounded-off-and-the-anterior-angle-prouced-into-a-neck-the-lower-border-which-is-much-the-longest-is-nearly-straight-the-jwsterior-c-RJ64TN.jpg ". Monographs of North American rodentia [microform]. Rodentia; Paleontology; Rongeurs; Paléontologie. " j'%1 r 578 MONOORAPlia OF NORTH AMERICAN KODENTIA. and knobbed at the sternal extremity, where the cross-section would be decidedly triangular. The scapula is about 1.75 inches long by 0.90 broad at the widest part, and presents numerous well-marked features. The general contour is that of an inequilateral triangle with the postero-superior corner rounded off, and the anterior angle pro(?uced into a neck. The lower border, which is much the longest, is nearly straight; the jwsterior c Stock Photo")
. Monographs of North American rodentia [microform]. Rodentia; Paleontology; Rongeurs; Paléontologie. " j'%1 r 578 MONOORAPlia OF NORTH AMERICAN KODENTIA. and knobbed at the sternal extremity, where the cross-section would be decidedly triangular. The scapula is about 1.75 inches long by 0.90 broad at the widest part, and presents numerous well-marked features. The general contour is that of an inequilateral triangle with the postero-superior corner rounded off, and the anterior angle pro(?uced into a neck. The lower border, which is much the longest, is nearly straight; the jwsterior c Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/monographs-of-north-american-rodentia-microform-rodentia-paleontology-rongeurs-palontologie-quot-j1-r-578-monooraplia-of-north-american-kodentia-and-knobbed-at-the-sternal-extremity-where-the-cross-section-would-be-decidedly-triangular-the-scapula-is-about-175-inches-long-by-090-broad-at-the-widest-part-and-presents-numerous-well-marked-features-the-general-contour-is-that-of-an-inequilateral-triangle-with-the-postero-superior-corner-rounded-off-and-the-anterior-angle-prouced-into-a-neck-the-lower-border-which-is-much-the-longest-is-nearly-straight-the-jwsterior-c-image234934133.htmlRMRJ64TN–. Monographs of North American rodentia [microform]. Rodentia; Paleontology; Rongeurs; Paléontologie. " j'%1 r 578 MONOORAPlia OF NORTH AMERICAN KODENTIA. and knobbed at the sternal extremity, where the cross-section would be decidedly triangular. The scapula is about 1.75 inches long by 0.90 broad at the widest part, and presents numerous well-marked features. The general contour is that of an inequilateral triangle with the postero-superior corner rounded off, and the anterior angle pro(?uced into a neck. The lower border, which is much the longest, is nearly straight; the jwsterior c
![. The anatomy of the domestic animals . Veterinary anatomy. THE SKELETON OF THE HORSE Ventral border Costal"' cartilages"--.^ Cariniform cartilage Ribs costarum). Except in the case of the first, the cartilage does not continue the direction of the rib, but forms with the latter an angle which is open in front, and increases from second to last. More or less extensive ossification is to be regarded as a normal occurrence, especially in the cartilages of the sternal ribs. The Sternum The sternum of the horse is shaped somewhat like a canoe; it is compressed laterally, except in its p Stock Photo](https://c8.alamy.com/comp/RDYCCW/the-anatomy-of-the-domestic-animals-veterinary-anatomy-the-skeleton-of-the-horse-ventral-border-costalquot-cartilagesquot-cariniform-cartilage-ribs-costarum-except-in-the-case-of-the-first-the-cartilage-does-not-continue-the-direction-of-the-rib-but-forms-with-the-latter-an-angle-which-is-open-in-front-and-increases-from-second-to-last-more-or-less-extensive-ossification-is-to-be-regarded-as-a-normal-occurrence-especially-in-the-cartilages-of-the-sternal-ribs-the-sternum-the-sternum-of-the-horse-is-shaped-somewhat-like-a-canoe-it-is-compressed-laterally-except-in-its-p-RDYCCW.jpg ". The anatomy of the domestic animals . Veterinary anatomy. THE SKELETON OF THE HORSE Ventral border Costal"' cartilages"--.^ Cariniform cartilage Ribs costarum). Except in the case of the first, the cartilage does not continue the direction of the rib, but forms with the latter an angle which is open in front, and increases from second to last. More or less extensive ossification is to be regarded as a normal occurrence, especially in the cartilages of the sternal ribs. The Sternum The sternum of the horse is shaped somewhat like a canoe; it is compressed laterally, except in its p Stock Photo")
. The anatomy of the domestic animals . Veterinary anatomy. THE SKELETON OF THE HORSE Ventral border Costal"' cartilages"--.^ Cariniform cartilage Ribs costarum). Except in the case of the first, the cartilage does not continue the direction of the rib, but forms with the latter an angle which is open in front, and increases from second to last. More or less extensive ossification is to be regarded as a normal occurrence, especially in the cartilages of the sternal ribs. The Sternum The sternum of the horse is shaped somewhat like a canoe; it is compressed laterally, except in its p Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/the-anatomy-of-the-domestic-animals-veterinary-anatomy-the-skeleton-of-the-horse-ventral-border-costalquot-cartilagesquot-cariniform-cartilage-ribs-costarum-except-in-the-case-of-the-first-the-cartilage-does-not-continue-the-direction-of-the-rib-but-forms-with-the-latter-an-angle-which-is-open-in-front-and-increases-from-second-to-last-more-or-less-extensive-ossification-is-to-be-regarded-as-a-normal-occurrence-especially-in-the-cartilages-of-the-sternal-ribs-the-sternum-the-sternum-of-the-horse-is-shaped-somewhat-like-a-canoe-it-is-compressed-laterally-except-in-its-p-image232327785.htmlRMRDYCCW–. The anatomy of the domestic animals . Veterinary anatomy. THE SKELETON OF THE HORSE Ventral border Costal"' cartilages"--.^ Cariniform cartilage Ribs costarum). Except in the case of the first, the cartilage does not continue the direction of the rib, but forms with the latter an angle which is open in front, and increases from second to last. More or less extensive ossification is to be regarded as a normal occurrence, especially in the cartilages of the sternal ribs. The Sternum The sternum of the horse is shaped somewhat like a canoe; it is compressed laterally, except in its p
. The anatomy of the domestic animals. Veterinary anatomy. Aiileriur border. Sternal cxlremity Horse; Lat- Sternal extremitij of costal cartilage Fig. 2.3.—Right Eighth Rib and Cost.l Cartilage of impression where the brachial vein curves around it; above this there is commonly a small tul)ercle (Tubercuknn scaleni) which indicates the lower limit of the in- sertion of the scalenus muscle. The costal groove is absent. The head is large and has two facets of uneriual extent, which meet at an acute angle in front; the smaller one faces forward and articulates with the last cervical vertebra; th Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/the-anatomy-of-the-domestic-animals-veterinary-anatomy-aiileriur-border-sternal-cxlremity-horse-lat-sternal-extremitij-of-costal-cartilage-fig-23right-eighth-rib-and-costl-cartilage-of-impression-where-the-brachial-vein-curves-around-it-above-this-there-is-commonly-a-small-tulercle-tubercuknn-scaleni-which-indicates-the-lower-limit-of-the-in-sertion-of-the-scalenus-muscle-the-costal-groove-is-absent-the-head-is-large-and-has-two-facets-of-uneriual-extent-which-meet-at-an-acute-angle-in-front-the-smaller-one-faces-forward-and-articulates-with-the-last-cervical-vertebra-th-image236815471.htmlRMRN7TFB–. The anatomy of the domestic animals. Veterinary anatomy. Aiileriur border. Sternal cxlremity Horse; Lat- Sternal extremitij of costal cartilage Fig. 2.3.—Right Eighth Rib and Cost.l Cartilage of impression where the brachial vein curves around it; above this there is commonly a small tul)ercle (Tubercuknn scaleni) which indicates the lower limit of the in- sertion of the scalenus muscle. The costal groove is absent. The head is large and has two facets of uneriual extent, which meet at an acute angle in front; the smaller one faces forward and articulates with the last cervical vertebra; th
. Anatomy, descriptive and applied. Anatomy. THE RIBS 101 Non-articular pari of tubercle Angle I I 1^ Articular part of lulerclc. third, fourth, and fifth pieces are often formed from two centres placed laterally, the irregular union of which will serve to explain the occasional occurrence of the sternal fora- men (Fig. 126), or of the vertical sternal fissure, which occa- sionally intersects this part of the bone (Fig. 126), and which is further explained by the manner in which the cartilaginous matrix, in which ossification takes place, is formed. Union of the various centres of the gladiolu Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/anatomy-descriptive-and-applied-anatomy-the-ribs-101-non-articular-pari-of-tubercle-angle-i-i-1-articular-part-of-lulerclc-third-fourth-and-fifth-pieces-are-often-formed-from-two-centres-placed-laterally-the-irregular-union-of-which-will-serve-to-explain-the-occasional-occurrence-of-the-sternal-fora-men-fig-126-or-of-the-vertical-sternal-fissure-which-occa-sionally-intersects-this-part-of-the-bone-fig-126-and-which-is-further-explained-by-the-manner-in-which-the-cartilaginous-matrix-in-which-ossification-takes-place-is-formed-union-of-the-various-centres-of-the-gladiolu-image236801167.htmlRMRN768F–. Anatomy, descriptive and applied. Anatomy. THE RIBS 101 Non-articular pari of tubercle Angle I I 1^ Articular part of lulerclc. third, fourth, and fifth pieces are often formed from two centres placed laterally, the irregular union of which will serve to explain the occasional occurrence of the sternal fora- men (Fig. 126), or of the vertical sternal fissure, which occa- sionally intersects this part of the bone (Fig. 126), and which is further explained by the manner in which the cartilaginous matrix, in which ossification takes place, is formed. Union of the various centres of the gladiolu
. A text-book of agricultural zoology. Zoology, Economic. THE SKELETON AND ANATOMY OF BIKDS. 341 except the first and last pair. There is a large hreast-bone or sternum (14). In flying birds this sternum has a deep sternal ridge or keel, to which are attached the powerful muscles which move the wings. The pectoral arch (fig. 177) consists of a pair of scapulae (Sc), clavicles (/), and coracoid bones (Co). The scapula is an elongated simple bone; the coracoids are distinct and very strong, and articulate with the upper angle of the sternum ; the clavicles form the V-shaped bone popularly called Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/a-text-book-of-agricultural-zoology-zoology-economic-the-skeleton-and-anatomy-of-bikds-341-except-the-first-and-last-pair-there-is-a-large-hreast-bone-or-sternum-14-in-flying-birds-this-sternum-has-a-deep-sternal-ridge-or-keel-to-which-are-attached-the-powerful-muscles-which-move-the-wings-the-pectoral-arch-fig-177-consists-of-a-pair-of-scapulae-sc-clavicles-and-coracoid-bones-co-the-scapula-is-an-elongated-simple-bone-the-coracoids-are-distinct-and-very-strong-and-articulate-with-the-upper-angle-of-the-sternum-the-clavicles-form-the-v-shaped-bone-popularly-called-image232132967.htmlRMRDJFY3–. A text-book of agricultural zoology. Zoology, Economic. THE SKELETON AND ANATOMY OF BIKDS. 341 except the first and last pair. There is a large hreast-bone or sternum (14). In flying birds this sternum has a deep sternal ridge or keel, to which are attached the powerful muscles which move the wings. The pectoral arch (fig. 177) consists of a pair of scapulae (Sc), clavicles (/), and coracoid bones (Co). The scapula is an elongated simple bone; the coracoids are distinct and very strong, and articulate with the upper angle of the sternum ; the clavicles form the V-shaped bone popularly called
. The anatomy of the domestic animals . Veterinary anatomy. Sternal extremity Fig. 22.—Left Eighth Rib of Horse; ERAL View. Lat- Costo- chondral junction Sternal extremity of costal cartilage Fig. 23.—Right Eighth Rib and Costal Cartilage of Horse; Medial View. impression where the brachial vein curves around it; above this there is commonly a small tubercle (Tuberculum scaleni) which indicates the lower limit of the in- sertion of the scalenus muscle. The costal groove is absent. The head is large and has two facets of unequal extent, which meet at an acute angle in front; the smaller one fac Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/the-anatomy-of-the-domestic-animals-veterinary-anatomy-sternal-extremity-fig-22left-eighth-rib-of-horse-eral-view-lat-costo-chondral-junction-sternal-extremity-of-costal-cartilage-fig-23right-eighth-rib-and-costal-cartilage-of-horse-medial-view-impression-where-the-brachial-vein-curves-around-it-above-this-there-is-commonly-a-small-tubercle-tuberculum-scaleni-which-indicates-the-lower-limit-of-the-in-sertion-of-the-scalenus-muscle-the-costal-groove-is-absent-the-head-is-large-and-has-two-facets-of-unequal-extent-which-meet-at-an-acute-angle-in-front-the-smaller-one-fac-image232327796.htmlRMRDYCD8–. The anatomy of the domestic animals . Veterinary anatomy. Sternal extremity Fig. 22.—Left Eighth Rib of Horse; ERAL View. Lat- Costo- chondral junction Sternal extremity of costal cartilage Fig. 23.—Right Eighth Rib and Costal Cartilage of Horse; Medial View. impression where the brachial vein curves around it; above this there is commonly a small tubercle (Tuberculum scaleni) which indicates the lower limit of the in- sertion of the scalenus muscle. The costal groove is absent. The head is large and has two facets of unequal extent, which meet at an acute angle in front; the smaller one fac
. Annals of the Carnegie Museum. Carnegie Museum; Carnegie Museum of Natural History; Natural history. l.SS Annals of the Carnegie Museum. corax also agrees in this respect with these birds in the main, it differs in having the inner angle of the expanded sternal end of the right coracoid truncate, instead of being drawn out into a point as the fellow of the opposite side is. This is due to the fact that the groove on the sternum has that shape in the Yellow-Crowned Night Heron. The scaf>/tl(i among the Ardeiiue, generally, is a long narrow bone, with but a slight curvature from head to dis Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/annals-of-the-carnegie-museum-carnegie-museum-carnegie-museum-of-natural-history-natural-history-lss-annals-of-the-carnegie-museum-corax-also-agrees-in-this-respect-with-these-birds-in-the-main-it-differs-in-having-the-inner-angle-of-the-expanded-sternal-end-of-the-right-coracoid-truncate-instead-of-being-drawn-out-into-a-point-as-the-fellow-of-the-opposite-side-is-this-is-due-to-the-fact-that-the-groove-on-the-sternum-has-that-shape-in-the-yellow-crowned-night-heron-the-scafgttli-among-the-ardeiiue-generally-is-a-long-narrow-bone-with-but-a-slight-curvature-from-head-to-dis-image236478834.htmlRMRMMF4J–. Annals of the Carnegie Museum. Carnegie Museum; Carnegie Museum of Natural History; Natural history. l.SS Annals of the Carnegie Museum. corax also agrees in this respect with these birds in the main, it differs in having the inner angle of the expanded sternal end of the right coracoid truncate, instead of being drawn out into a point as the fellow of the opposite side is. This is due to the fact that the groove on the sternum has that shape in the Yellow-Crowned Night Heron. The scaf>/tl(i among the Ardeiiue, generally, is a long narrow bone, with but a slight curvature from head to dis
. Bulletin of the Museum of Comparative Zoology at Harvard College. Zoology. 368 bulletin: museum of comparative zoology of the L meeting in an angle of a little more than 90° (Fig. 20). The sternal portion is broad and spatulate with squarish angles. The median end is nearly straight and meets the anterior edge in an angle of a little less than 90° and the posterior in an angle of a little more than 90°. From the scapular process the anterior border passes forward for about 6 mm. and then turns inward to meet the mesial border. Along the anterior edge from the medial end to the scapular proce Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/bulletin-of-the-museum-of-comparative-zoology-at-harvard-college-zoology-368-bulletin-museum-of-comparative-zoology-of-the-l-meeting-in-an-angle-of-a-little-more-than-90-fig-20-the-sternal-portion-is-broad-and-spatulate-with-squarish-angles-the-median-end-is-nearly-straight-and-meets-the-anterior-edge-in-an-angle-of-a-little-less-than-90-and-the-posterior-in-an-angle-of-a-little-more-than-90-from-the-scapular-process-the-anterior-border-passes-forward-for-about-6-mm-and-then-turns-inward-to-meet-the-mesial-border-along-the-anterior-edge-from-the-medial-end-to-the-scapular-proce-image233905014.htmlRMRGF86E–. Bulletin of the Museum of Comparative Zoology at Harvard College. Zoology. 368 bulletin: museum of comparative zoology of the L meeting in an angle of a little more than 90° (Fig. 20). The sternal portion is broad and spatulate with squarish angles. The median end is nearly straight and meets the anterior edge in an angle of a little less than 90° and the posterior in an angle of a little more than 90°. From the scapular process the anterior border passes forward for about 6 mm. and then turns inward to meet the mesial border. Along the anterior edge from the medial end to the scapular proce
![. Anatomischer Anzeiger. Anatomy, Comparative; Anatomy, Comparative. 393 In adult women the costal angle is somewhat less than in adult men (47*^). This results in a somewhat higher position of the sternal end of the clavicle. The muscular development of the shoulder is not so great as in men. Hence the outer end of the clavicle tends to descend more. Therefore, the clavicular angle is small (25"—26°). The relative angles and positions of the clavicle at different ages are shown in Fig. IV. The results obtained in the foregoing research give some in- formation regarding mechanical conditi Stock Photo](https://c8.alamy.com/comp/RN7DHK/anatomischer-anzeiger-anatomy-comparative-anatomy-comparative-393-in-adult-women-the-costal-angle-is-somewhat-less-than-in-adult-men-47-this-results-in-a-somewhat-higher-position-of-the-sternal-end-of-the-clavicle-the-muscular-development-of-the-shoulder-is-not-so-great-as-in-men-hence-the-outer-end-of-the-clavicle-tends-to-descend-more-therefore-the-clavicular-angle-is-small-25quot26-the-relative-angles-and-positions-of-the-clavicle-at-different-ages-are-shown-in-fig-iv-the-results-obtained-in-the-foregoing-research-give-some-in-formation-regarding-mechanical-conditi-RN7DHK.jpg ". Anatomischer Anzeiger. Anatomy, Comparative; Anatomy, Comparative. 393 In adult women the costal angle is somewhat less than in adult men (47*^). This results in a somewhat higher position of the sternal end of the clavicle. The muscular development of the shoulder is not so great as in men. Hence the outer end of the clavicle tends to descend more. Therefore, the clavicular angle is small (25"—26°). The relative angles and positions of the clavicle at different ages are shown in Fig. IV. The results obtained in the foregoing research give some in- formation regarding mechanical conditi Stock Photo")
. Anatomischer Anzeiger. Anatomy, Comparative; Anatomy, Comparative. 393 In adult women the costal angle is somewhat less than in adult men (47*^). This results in a somewhat higher position of the sternal end of the clavicle. The muscular development of the shoulder is not so great as in men. Hence the outer end of the clavicle tends to descend more. Therefore, the clavicular angle is small (25"—26°). The relative angles and positions of the clavicle at different ages are shown in Fig. IV. The results obtained in the foregoing research give some in- formation regarding mechanical conditi Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/anatomischer-anzeiger-anatomy-comparative-anatomy-comparative-393-in-adult-women-the-costal-angle-is-somewhat-less-than-in-adult-men-47-this-results-in-a-somewhat-higher-position-of-the-sternal-end-of-the-clavicle-the-muscular-development-of-the-shoulder-is-not-so-great-as-in-men-hence-the-outer-end-of-the-clavicle-tends-to-descend-more-therefore-the-clavicular-angle-is-small-25quot26-the-relative-angles-and-positions-of-the-clavicle-at-different-ages-are-shown-in-fig-iv-the-results-obtained-in-the-foregoing-research-give-some-in-formation-regarding-mechanical-conditi-image236806911.htmlRMRN7DHK–. Anatomischer Anzeiger. Anatomy, Comparative; Anatomy, Comparative. 393 In adult women the costal angle is somewhat less than in adult men (47*^). This results in a somewhat higher position of the sternal end of the clavicle. The muscular development of the shoulder is not so great as in men. Hence the outer end of the clavicle tends to descend more. Therefore, the clavicular angle is small (25"—26°). The relative angles and positions of the clavicle at different ages are shown in Fig. IV. The results obtained in the foregoing research give some in- formation regarding mechanical conditi
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. A course of instruction in zootomy (vertebrata). Anatomy, Comparative. THE PIGEON. 187 rib, having all the characters of the last cervical rib (§§ 14, 15), a ventral section, the sternal rib, a straight flat bone, making an obtuse angle with the vertebral rib, and articulating at its lower end with a facet on the sternum.. trj FIG. 46. —Columba livia. The sacrum of a nestling (about fourteen days old), viewed from beneath ( x 2). On the left side (right of the figure) the first two caudal ribs (c.r) are removed, so as to show the dorsal transverse processes (tr.p") : the sub- sequently Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/a-course-of-instruction-in-zootomy-vertebrata-anatomy-comparative-the-pigeon-187-rib-having-all-the-characters-of-the-last-cervical-rib-14-15-a-ventral-section-the-sternal-rib-a-straight-flat-bone-making-an-obtuse-angle-with-the-vertebral-rib-and-articulating-at-its-lower-end-with-a-facet-on-the-sternum-trj-fig-46-columba-livia-the-sacrum-of-a-nestling-about-fourteen-days-old-viewed-from-beneath-x-2-on-the-left-side-right-of-the-figure-the-first-two-caudal-ribs-cr-are-removed-so-as-to-show-the-dorsal-transverse-processes-trpquot-the-sub-sequently-image232470468.htmlRMRE5XCM–. A course of instruction in zootomy (vertebrata). Anatomy, Comparative. THE PIGEON. 187 rib, having all the characters of the last cervical rib (§§ 14, 15), a ventral section, the sternal rib, a straight flat bone, making an obtuse angle with the vertebral rib, and articulating at its lower end with a facet on the sternum.. trj FIG. 46. —Columba livia. The sacrum of a nestling (about fourteen days old), viewed from beneath ( x 2). On the left side (right of the figure) the first two caudal ribs (c.r) are removed, so as to show the dorsal transverse processes (tr.p") : the sub- sequently
. An atlas of human anatomy for students and physicians. Anatomy. 36 THE AXIAL SKELETON FiTBt dorsal vertebra Vertebra thoracalis I. Upper opening of the thorax Apertura thoracis superior Intercostal spaces »; Spatia intercostalia Arch of the ribs Arcus costarum Anterior surface of the sternum. Subcostal angle Angulus infrasternalis Lower opening of the thorax (i—7j Costae vers, sternal or true ribs ; 8—12, Costas spuria, asternal or false ribs ; u and 12, Costs fluctuantes, floating ribs.) Fig. 79.—The Thorax seen from Before. The Thorax.. Please note that these images are extracted from scan Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/an-atlas-of-human-anatomy-for-students-and-physicians-anatomy-36-the-axial-skeleton-fitbt-dorsal-vertebra-vertebra-thoracalis-i-upper-opening-of-the-thorax-apertura-thoracis-superior-intercostal-spaces-spatia-intercostalia-arch-of-the-ribs-arcus-costarum-anterior-surface-of-the-sternum-subcostal-angle-angulus-infrasternalis-lower-opening-of-the-thorax-i7j-costae-vers-sternal-or-true-ribs-812-costas-spuria-asternal-or-false-ribs-u-and-12-costs-fluctuantes-floating-ribs-fig-79the-thorax-seen-from-before-the-thorax-please-note-that-these-images-are-extracted-from-scan-image235400539.htmlRMRJYBP3–. An atlas of human anatomy for students and physicians. Anatomy. 36 THE AXIAL SKELETON FiTBt dorsal vertebra Vertebra thoracalis I. Upper opening of the thorax Apertura thoracis superior Intercostal spaces »; Spatia intercostalia Arch of the ribs Arcus costarum Anterior surface of the sternum. Subcostal angle Angulus infrasternalis Lower opening of the thorax (i—7j Costae vers, sternal or true ribs ; 8—12, Costas spuria, asternal or false ribs ; u and 12, Costs fluctuantes, floating ribs.) Fig. 79.—The Thorax seen from Before. The Thorax.. Please note that these images are extracted from scan
. Bulletin - United States National Museum. Science. 60 BULLETIN 97, UNITED STATES NATIONAL MUSEUM. Right cheliped larger than left. Carpus with inner angle rounded, and without a tooth. Manus of larger cheliped about one-half wider than that of the smaller cheliped in the male, and much more Fig. 28.—Chasmocaucincs ctlindbicus, female (24551), dousal view, x 2J, swollen, its fingers gaping at base; in the female the hands are more nearly equal and the fingers do not gape. Legs narroAv, fringed with hair. Penultimate sternal segment of male without a posterior supple- mentary plate.. Please no Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/bulletin-united-states-national-museum-science-60-bulletin-97-united-states-national-museum-right-cheliped-larger-than-left-carpus-with-inner-angle-rounded-and-without-a-tooth-manus-of-larger-cheliped-about-one-half-wider-than-that-of-the-smaller-cheliped-in-the-male-and-much-more-fig-28chasmocaucincs-ctlindbicus-female-24551-dousal-view-x-2j-swollen-its-fingers-gaping-at-base-in-the-female-the-hands-are-more-nearly-equal-and-the-fingers-do-not-gape-legs-narroav-fringed-with-hair-penultimate-sternal-segment-of-male-without-a-posterior-supple-mentary-plate-please-no-image233747305.htmlRMRG8321–. Bulletin - United States National Museum. Science. 60 BULLETIN 97, UNITED STATES NATIONAL MUSEUM. Right cheliped larger than left. Carpus with inner angle rounded, and without a tooth. Manus of larger cheliped about one-half wider than that of the smaller cheliped in the male, and much more Fig. 28.—Chasmocaucincs ctlindbicus, female (24551), dousal view, x 2J, swollen, its fingers gaping at base; in the female the hands are more nearly equal and the fingers do not gape. Legs narroAv, fringed with hair. Penultimate sternal segment of male without a posterior supple- mentary plate.. Please no
. Bulletin. Science; Natural history; Natural history. NEW SPECIES OF LATE MIOCENE MURRE. Fig. 2. Uria brodkorbi, holotype slab PB7960B showing impression on left side. Depending on the angle viewed, the skeletal elements appear raised or impressed. Length of complete carpo- metacarpus 47.5 mm. Coracoid: Length from foremost (anterior) edge of coracohumeral surface to external tip of sternal facet 42.5; depth of shaft to tip of procoracoid 11.5; breadth of glenoid facet 6.5; length of glenoid facet 8.0; distance from procoracoid to foramen 6.6. Humerus: Greatest length 90 approx.; breadth of p Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/bulletin-science-natural-history-natural-history-new-species-of-late-miocene-murre-fig-2-uria-brodkorbi-holotype-slab-pb7960b-showing-impression-on-left-side-depending-on-the-angle-viewed-the-skeletal-elements-appear-raised-or-impressed-length-of-complete-carpo-metacarpus-475-mm-coracoid-length-from-foremost-anterior-edge-of-coracohumeral-surface-to-external-tip-of-sternal-facet-425-depth-of-shaft-to-tip-of-procoracoid-115-breadth-of-glenoid-facet-65-length-of-glenoid-facet-80-distance-from-procoracoid-to-foramen-66-humerus-greatest-length-90-approx-breadth-of-p-image234187987.htmlRMRH054K–. Bulletin. Science; Natural history; Natural history. NEW SPECIES OF LATE MIOCENE MURRE. Fig. 2. Uria brodkorbi, holotype slab PB7960B showing impression on left side. Depending on the angle viewed, the skeletal elements appear raised or impressed. Length of complete carpo- metacarpus 47.5 mm. Coracoid: Length from foremost (anterior) edge of coracohumeral surface to external tip of sternal facet 42.5; depth of shaft to tip of procoracoid 11.5; breadth of glenoid facet 6.5; length of glenoid facet 8.0; distance from procoracoid to foramen 6.6. Humerus: Greatest length 90 approx.; breadth of p
. Bulletin of the Museum of Comparative Zoology at Harvard College. Zoology. 55 57. External Anatomy of Micrathena Figures 55-59, M. funebris Figure 60, M. furcula Fig. 55. Body of female, dorsal view. Fig. 56. Abdominal spines at posterolateral angle. Figs, fw-59. Epigynum from below, from posterior view, and in profile from right side, respectively. Fig. 60. Body of female in dorsal view. Sternum. Elongate scutiforni; longer than wide at anterior end in ratio of 23 : 18; sternal suture proeurved; with low tubercles at anterolateral corners; with a prominent tubercle at posterior end; not ext Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/bulletin-of-the-museum-of-comparative-zoology-at-harvard-college-zoology-55-57-external-anatomy-of-micrathena-figures-55-59-m-funebris-figure-60-m-furcula-fig-55-body-of-female-dorsal-view-fig-56-abdominal-spines-at-posterolateral-angle-figs-fw-59-epigynum-from-below-from-posterior-view-and-in-profile-from-right-side-respectively-fig-60-body-of-female-in-dorsal-view-sternum-elongate-scutiforni-longer-than-wide-at-anterior-end-in-ratio-of-23-18-sternal-suture-proeurved-with-low-tubercles-at-anterolateral-corners-with-a-prominent-tubercle-at-posterior-end-not-ext-image233901871.htmlRMRGF467–. Bulletin of the Museum of Comparative Zoology at Harvard College. Zoology. 55 57. External Anatomy of Micrathena Figures 55-59, M. funebris Figure 60, M. furcula Fig. 55. Body of female, dorsal view. Fig. 56. Abdominal spines at posterolateral angle. Figs, fw-59. Epigynum from below, from posterior view, and in profile from right side, respectively. Fig. 60. Body of female in dorsal view. Sternum. Elongate scutiforni; longer than wide at anterior end in ratio of 23 : 18; sternal suture proeurved; with low tubercles at anterolateral corners; with a prominent tubercle at posterior end; not ext
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