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Acromial Stock Photos and Images
RF2JGXJDW–Hand holding shoulder, clavicle X-ray image. Acromion, acromial end fracture. Arm trauma. Health care, injury diagnostics concept. High quality photo
RFMHB6GD–Illustration Front and side view of the human clavicle, located in the upper anterior part of the thorax.
RM2ANGGF6–Atlas and epitome of traumatic fractures and dislocations . Fig. 49.—Upward dislocation of Fig. 50.—Typical subcoracoid dis-the acromial end of the clavicle. location of the humerus. « ^
RMPFY5GR–. Cunningham's Text-book of anatomy. Anatomy. 322 THE ARTICULATIONS OR JOINTS. accessory structure, the ligamentum coracohumerale (Fig. 302). By its proximal end, which is situated immediately above the glenoid cavity, but subjacent to the coraco-acromial ligament, it is attached to the lateral border of the root of the coracoid process, while its distal end is attached to the humeral neck close to the greater tubercle. This ligament forms a flattened band, having its posterior and inferior border fused with the articular capsule, but its anterior and superior margin presents a free edge, slig
RMW1W8GE–Archive image from page 611 of The cyclopædia of anatomy and. The cyclopædia of anatomy and physiology cyclopdiaofana0401todd Year: 1847 590 ABNORMAL CONDITIONS OF THE SHOULDER JOINT. bicipital groove. It was remarkable that the acromion process and other portions of bone, te. 429. Case of J. Byrne. — Chronic rheumatic arthritis. a, line of complete division of the acromion into two portions; b, coracoid process; c, acromial end of the clavicle, worn by the attrition of the head of the hnmerus; d, tendon of the biceps adherent to the bone; e, glenoid cavity ; f, capsule widen- ed ; foreign
![. Elementary anatomy and physiology : for colleges, academies, and other schools . 129. Clavicle.— The Collar Bone is the commencement of the upper extremity. It is one of the class of long bones ex- tending from the An Anterior View of the Clavicle of the Right highest point of the Side. 1> The Anterior Face of the Body of the Bone. , , 2, Origin of the Clavicular portion of the Sterno- SCapUla tO the Upper Cleido-Mastoid Muscle. 3, The Sternal Extremity of "Dart of the Sternum tiie -^one- 4' ^Qe Acromial Extremity of the Bone. * ' 5, Articular Face for the Acromion Process of the Sca Stock Photo](https://c8.alamy.com/comp/MA77E8/elementary-anatomy-and-physiology-for-colleges-academies-and-other-schools-129-clavicle-the-collar-bone-is-the-commencement-of-the-upper-extremity-it-is-one-of-the-class-of-long-bones-ex-tending-from-the-an-anterior-view-of-the-clavicle-of-the-right-highest-point-of-the-side-1gt-the-anterior-face-of-the-body-of-the-bone-2-origin-of-the-clavicular-portion-of-the-sterno-scapula-to-the-upper-cleido-mastoid-muscle-3-the-sternal-extremity-of-quotdart-of-the-sternum-tiie-one-4-qe-acromial-extremity-of-the-bone-5-articular-face-for-the-acromion-process-of-the-sca-MA77E8.jpg ". Elementary anatomy and physiology : for colleges, academies, and other schools . 129. Clavicle.— The Collar Bone is the commencement of the upper extremity. It is one of the class of long bones ex- tending from the An Anterior View of the Clavicle of the Right highest point of the Side. 1> The Anterior Face of the Body of the Bone. , , 2, Origin of the Clavicular portion of the Sterno- SCapUla tO the Upper Cleido-Mastoid Muscle. 3, The Sternal Extremity of "Dart of the Sternum tiie -^one- 4' ^Qe Acromial Extremity of the Bone. * ' 5, Articular Face for the Acromion Process of the Sca Stock Photo")
RMMA77E8–. Elementary anatomy and physiology : for colleges, academies, and other schools . 129. Clavicle.— The Collar Bone is the commencement of the upper extremity. It is one of the class of long bones ex- tending from the An Anterior View of the Clavicle of the Right highest point of the Side. 1> The Anterior Face of the Body of the Bone. , , 2, Origin of the Clavicular portion of the Sterno- SCapUla tO the Upper Cleido-Mastoid Muscle. 3, The Sternal Extremity of "Dart of the Sternum tiie -^one- 4' ^Qe Acromial Extremity of the Bone. * ' 5, Articular Face for the Acromion Process of the Sca
RF2JJ52D2–Hand holding shoulder, clavicle X-ray image. Acromion, acromial end fracture. Arm injury. Health care, medical imaging concept. Radiography. High quality photo
RM2ANGG5C–Atlas and epitome of traumatic fractures and dislocations . Fig. 49.—Upward dislocation of Fig. 50.—Typical subcoracoid dis-the acromial end of the clavicle. location of the humerus. « ^. a -—
RMPFN70M–. The cyclopædia of anatomy and physiology. Anatomy; Physiology; Zoology. MONOT11EMATA. 377 rower corresponding hone in the Echidna. These hones, which are called the ' epicoracoids' (Jig- 173, A, n n) are joined by their median margin to the stem of the episternal, and by their anterior margins to its transverse branches, which are overlapped by the epicoracoids. The true or acromial clavicle (fig. 173, A, m /«) is a long, slender, compressed, slightly bent bone, continued from the articular cavity at the end of the acromion to near the median line of the episternum, anterior to but parallel
 (Allen I, acromio-clavicular articulation ; 2, conoid, and 3, trapezoid part of the coraco-clavicular ligament; 4, near the suprascapular ligament; 5, on the coracoid process, points to the coraco-acromial ligament; 6, capsular ligament of the shoulder-joint; 7, coraco- humeral ligament; above 6, an aperture in the capsular ligament through which the synovial membrane is prolonged under the tendon of the subscapularis muscle; 8, tendon of the long head of the biceps muscle ; 9, ri Stock Photo")
RMMA6YG0–. Elementary physiology . Fig. 23- -View from before of the articulations of the shoulder-bones. Thomson.") (Allen I, acromio-clavicular articulation ; 2, conoid, and 3, trapezoid part of the coraco-clavicular ligament; 4, near the suprascapular ligament; 5, on the coracoid process, points to the coraco-acromial ligament; 6, capsular ligament of the shoulder-joint; 7, coraco- humeral ligament; above 6, an aperture in the capsular ligament through which the synovial membrane is prolonged under the tendon of the subscapularis muscle; 8, tendon of the long head of the biceps muscle ; 9, ri
RF2JJT3BF–Forefinger pointing to trauma at arm X-ray image. Acromion, acromial end fracture. Doctor showing shoulder, clavicle overuse injury. Medical conditions identification and diagnosis. High quality photo
RM2AFMP47–. The principles and practice of surgery. Dislocation of the Acromial End of theClavicle upwards and outwards. 318 DISLOCATIONS OF THE HUMERUS. ^ Petits tourniquet can be employed very conveniently for making thedirect and counter-pressure, as it enables the surgeon to regulate thepressure with ease and accuracy. Fig. 120. Fig. 121..
RMPFYCA7–. Cunningham's Text-book of anatomy. Anatomy. Fig. 185. -The Upper Surface of the Right Clavicle with Muscle Attachments. Acromial articular SURFACE. Sternal articular SURFACE Arterial foramen •Tuberositas coracoidea Tuberositas costalis Fig. 186.—The Right Clavicle seen from below. where it is lipped superiorly to furnish an attachment for the clavicular fibres of the sterno-mastoid muscle ; behind and below this the sterno-hyoid and sterno-thyreoid muscles are attached to the bone. Laterally, the posterior border becomes more rounded, and is confluent with the posterior edge of the acromial
RMMA77DM–. Elementary anatomy and physiology : for colleges, academies, and other schools . Ligaments from Shoulder-Joint 1, The Superior Acromio-Clavicular Ligament. 2, The Coraco-Clavicular Ligament. 3, The Coraco-Acromial Ligament. 4, The Coracoid Ligament. 5, The Capsular Liga- ment of the Shoulder-Joint. G, The Liga- mentum Adscititium, or Coraco-llumerai Ligament. 7, The Tendon of the Long Head of the Biceps Muscle, issuing from the Capsular Ligament. joint, making it a shut sac, thus performing the double office of keeping the two ends in contact, and of holding the lubri- cating fluid in the jo
RF2JHBFMT–Forefinger pointing to trauma at shoulder, clavicle X-ray image. Acromion, acromial end fracture. Arm injury. Health care, medical examination concept. Broken bones detection. High quality photo
RM2AX294M–The practice of obstetrics, designed for the use of students and practitioners of medicine . Fig. 1170.—Shoulder Extraction inHead-first Labors. Directing the an-terior shoulder well up behind the sym-physis, thus securing the engagement ofthe cervico-acromial diameter. Fig. 1171.—Shoulder Extraction inHead-first Labors. Delivery of theposterior shoulder, either spontaneouslyor artificially..
RMPFYCAD–. 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
![. Elementary physiology . Fig. 15.—Deep muscles of the left side of the head and neck. (^Allen Thomson, after Bourgery.) ^] vertex of head ; /', superior curved line of occipital bone ; c, ramus of lower jaw ; c', its coronoid process ; d, hyoid bone; e, sternal end of clavicle ; e', acromial end ; /j malar bone divided to show the insertion of the temporal muscle; y', divided zygoma, and external ligament of the jaw ; £; thjToid cartilage ; /i, placed on the lobule of the auricle, points to the styloid process ; i, temporal muscle ; 2, corni- gator supercilii ; 3, pyramidaiis nasi ; 4, compr Stock Photo](https://c8.alamy.com/comp/MA6YG5/elementary-physiology-fig-15deep-muscles-of-the-left-side-of-the-head-and-neck-allen-thomson-after-bourgery-vertex-of-head-superior-curved-line-of-occipital-bone-c-ramus-of-lower-jaw-c-its-coronoid-process-d-hyoid-bone-e-sternal-end-of-clavicle-e-acromial-end-j-malar-bone-divided-to-show-the-insertion-of-the-temporal-muscle-y-divided-zygoma-and-external-ligament-of-the-jaw-thjtoid-cartilage-i-placed-on-the-lobule-of-the-auricle-points-to-the-styloid-process-i-temporal-muscle-2-corni-gator-supercilii-3-pyramidaiis-nasi-4-compr-MA6YG5.jpg ". Elementary physiology . Fig. 15.—Deep muscles of the left side of the head and neck. (^Allen Thomson, after Bourgery.) ^] vertex of head ; /', superior curved line of occipital bone ; c, ramus of lower jaw ; c', its coronoid process ; d, hyoid bone; e, sternal end of clavicle ; e', acromial end ; /j malar bone divided to show the insertion of the temporal muscle; y', divided zygoma, and external ligament of the jaw ; £; thjToid cartilage ; /i, placed on the lobule of the auricle, points to the styloid process ; i, temporal muscle ; 2, corni- gator supercilii ; 3, pyramidaiis nasi ; 4, compr Stock Photo")
RMMA6YG5–. Elementary physiology . Fig. 15.—Deep muscles of the left side of the head and neck. (^Allen Thomson, after Bourgery.) ^] vertex of head ; /', superior curved line of occipital bone ; c, ramus of lower jaw ; c', its coronoid process ; d, hyoid bone; e, sternal end of clavicle ; e', acromial end ; /j malar bone divided to show the insertion of the temporal muscle; y', divided zygoma, and external ligament of the jaw ; £; thjToid cartilage ; /i, placed on the lobule of the auricle, points to the styloid process ; i, temporal muscle ; 2, corni- gator supercilii ; 3, pyramidaiis nasi ; 4, compr
RF2JK7C2J–Forefinger pointing to trauma at arm X-ray image with red point. Acromion, acromial end fracture. Doctor showing shoulder, clavicle injury. Broken collarbone, overuse, dislocation. High quality photo
RF2A14CG4–Labeled anatomy chart of male triceps muscles, connective tissue and bones, on white background.
RM2AX2A8R–The practice of obstetrics, designed for the use of students and practitioners of medicine . Fig. 1170.—Shoulder Extraction inHead-first Labors. Directing the an-terior shoulder well up behind the sym-physis, thus securing the engagement ofthe cervico-acromial diameter. Fig. 1171.—Shoulder Extraction inHead-first Labors. Delivery of theposterior shoulder, either spontaneouslyor artificially.
RMPFN534–. The cyclopædia of anatomy and physiology. Anatomy; Physiology; Zoology. 590 ABNORMAL CONDITIONS OF THE SHOULDER JOINT. bicipital groove. It was remarkable that the acromion process and other portions of bone, te. 429.. Case of J. Byrne. — Chronic rheumatic arthritis. a, line of complete division of the acromion into two portions; b, coracoid process; c, acromial end of the clavicle, worn by the attrition of the head of the hnmerus; d, tendon of the biceps adherent to the bone; e, glenoid cavity ; f, capsule widen- ed ; foreign bodies attached to it. viz. the outer extremity of the clavicle a
![. Die descriptive und topographische Anatomie des Menschen . 2'JO. Die Muskeln an der Schulter. M. deltoidcus, der Deltamuskel. Urspr.: an der Extrem, acromial. clavi- culae als Portio clavicularis; am Acromion als Portio acromialis; an der Spina scapulae als Portio scapularis. Insert.: Tulerositas an der äusseren Fläche des Oberarmbeins, nahe dessen Mitte. (Heber des Armes.) Auswärts ml ler: a) JSI. supraspinatus, der Obergrätenmuskel ("Fig. 291). Urspr.: Fussa supraspinata des Schulterblattes. Insert.: Tuherculam majus des Oberarmbeins, lieber und Auswärtsroller des Armes.) b) M. infras Stock Photo](https://c8.alamy.com/comp/MEHE7J/die-descriptive-und-topographische-anatomie-des-menschen-2jo-die-muskeln-an-der-schulter-m-deltoidcus-der-deltamuskel-urspr-an-der-extrem-acromial-clavi-culae-als-portio-clavicularis-am-acromion-als-portio-acromialis-an-der-spina-scapulae-als-portio-scapularis-insert-tulerositas-an-der-usseren-flche-des-oberarmbeins-nahe-dessen-mitte-heber-des-armes-auswrts-ml-ler-a-jsi-supraspinatus-der-obergrtenmuskel-quotfig-291-urspr-fussa-supraspinata-des-schulterblattes-insert-tuherculam-majus-des-oberarmbeins-lieber-und-auswrtsroller-des-armes-b-m-infras-MEHE7J.jpg ". Die descriptive und topographische Anatomie des Menschen . 2'JO. Die Muskeln an der Schulter. M. deltoidcus, der Deltamuskel. Urspr.: an der Extrem, acromial. clavi- culae als Portio clavicularis; am Acromion als Portio acromialis; an der Spina scapulae als Portio scapularis. Insert.: Tulerositas an der äusseren Fläche des Oberarmbeins, nahe dessen Mitte. (Heber des Armes.) Auswärts ml ler: a) JSI. supraspinatus, der Obergrätenmuskel ("Fig. 291). Urspr.: Fussa supraspinata des Schulterblattes. Insert.: Tuherculam majus des Oberarmbeins, lieber und Auswärtsroller des Armes.) b) M. infras Stock Photo")
RMMEHE7J–. Die descriptive und topographische Anatomie des Menschen . 2'JO. Die Muskeln an der Schulter. M. deltoidcus, der Deltamuskel. Urspr.: an der Extrem, acromial. clavi- culae als Portio clavicularis; am Acromion als Portio acromialis; an der Spina scapulae als Portio scapularis. Insert.: Tulerositas an der äusseren Fläche des Oberarmbeins, nahe dessen Mitte. (Heber des Armes.) Auswärts ml ler: a) JSI. supraspinatus, der Obergrätenmuskel ("Fig. 291). Urspr.: Fussa supraspinata des Schulterblattes. Insert.: Tuherculam majus des Oberarmbeins, lieber und Auswärtsroller des Armes.) b) M. infras
RF2JHBFTB–Banner with hand holding shoulder, clavicle X-ray image. Acromion, acromial end fracture. Health care, medical examination, arm injury detection concept. Copy space. High quality photo
RM2AXJ38A–A manual of anatomy . of the scapula. An intraarticular cartilage is inconstant and when present it isobliquely placed and is attached by its circumference to the capsule. The coracoclavicular ligament {lig. coracoclavicularis) is an acces-sory ligament and connects the coracoid process of the scapula andthe acromial end of the clavicle; it consists of two parts. THE SHOULDER JOINT 121 The trapezoid ligament {lig. trapezoideum) is attached, inferiorly,to the basal half of the superior surface of the coracoid process andsuperiorly to the inferior surface of the acromial end of the clavicle. The
RMPFYCAA–. Cunningham's Text-book of anatomy. Anatomy. Tuberositas coracoidea Fig. 184.—The Right Clavicle seen from above. sterno-clavicular articulation, is sharp and well denned, except below where it is rounded. The shaft exhibits a double curve, being bent forwards in the medial two- thirds of its extent, whilst in its lateral third it displays a backward curve. Of rounded or prismatic form towards its sternal end, it becomes compressed and flattened at its acromial extremity. It may be described as possessing two surfaces, a superior and an inferior, separated by anterior and posterior borders, w
RF2JHBFNB–Hand holding shoulder, clavicle X-ray image with red point. Acromion, acromial end fracture. Arm injury. Health care, medical examination concept. Black and white. High quality photo
RM2AX07BB–The practice of surgery . drag-ged downwards by the weight of thearm, and forwards and inwards by the action of the subclavius, the attachment of this muscle to the firstrib being then the fixed point. [When the point of fracture is near the acromial extremity, wherethe bone is broad, there may be no displacement at first, and but little,perhaps, at any subsequent period. This is owing, partly to the breadthof the bone, and partly to the existence of ligamentous fibres, unrupturedby the violence, which hold the fragments in apposition. Frequently,however, unless the accident is recognized and
![. Cunningham's Text-book of anatomy. Anatomy. Fig. 188.—Ossification of the Clavicle. The Scapula. The scapula, or shoulder blade, is of triangular shape and flattened form. It has two surfaces, costal or ventral, and dorsal. From the latter there springs a triangular process called the spine, which ends laterally in the acromion; Clavicular articular surface Medial angle SUPRA-SPIMOUS "FOSSA Vertebral margin—I Arterial foramen. Acromial angle Head and glenoid cavity nGreat scapular notch Infra-spinous fossa Groove for circumflex scapular artery Axillary map.gin Inferior angle Fig. 189.—T Stock Photo](https://c8.alamy.com/comp/PFYCA0/cunninghams-text-book-of-anatomy-anatomy-fig-188ossification-of-the-clavicle-the-scapula-the-scapula-or-shoulder-blade-is-of-triangular-shape-and-flattened-form-it-has-two-surfaces-costal-or-ventral-and-dorsal-from-the-latter-there-springs-a-triangular-process-called-the-spine-which-ends-laterally-in-the-acromion-clavicular-articular-surface-medial-angle-supra-spimous-quotfossa-vertebral-margini-arterial-foramen-acromial-angle-head-and-glenoid-cavity-ngreat-scapular-notch-infra-spinous-fossa-groove-for-circumflex-scapular-artery-axillary-mapgin-inferior-angle-fig-189t-PFYCA0.jpg ". Cunningham's Text-book of anatomy. Anatomy. Fig. 188.—Ossification of the Clavicle. The Scapula. The scapula, or shoulder blade, is of triangular shape and flattened form. It has two surfaces, costal or ventral, and dorsal. From the latter there springs a triangular process called the spine, which ends laterally in the acromion; Clavicular articular surface Medial angle SUPRA-SPIMOUS "FOSSA Vertebral margin—I Arterial foramen. Acromial angle Head and glenoid cavity nGreat scapular notch Infra-spinous fossa Groove for circumflex scapular artery Axillary map.gin Inferior angle Fig. 189.—T Stock Photo")
RMPFYCA0–. Cunningham's Text-book of anatomy. Anatomy. Fig. 188.—Ossification of the Clavicle. The Scapula. The scapula, or shoulder blade, is of triangular shape and flattened form. It has two surfaces, costal or ventral, and dorsal. From the latter there springs a triangular process called the spine, which ends laterally in the acromion; Clavicular articular surface Medial angle SUPRA-SPIMOUS "FOSSA Vertebral margin—I Arterial foramen. Acromial angle Head and glenoid cavity nGreat scapular notch Infra-spinous fossa Groove for circumflex scapular artery Axillary map.gin Inferior angle Fig. 189.—T
RF2JGXJ9M–Woman wearing arm sling and looking at X-ray image. Female suffering from shoulder, clavicle, acromion fracture, strain. Health care, injury diagnostics concept. High quality photo
RM2AKHRCY–A manual of modern surgery : an exposition of the accepted doctrines and approved operative procedures of the present time, for the use of students and practitioners . good useof the limb is to be expected, even if some deformity persists. Inopen fractures suppuration may occur from bacterial infection and pusburrow under the scapula. This should be averted by furnishingfacilities for drainage as soon as needed. Fracture of the acromion and separation of the acromial epiphysisare lesions often indistinguishable. The two centers of ossification forthe acromion appear about the sixteenth year, a
RMPFYCA1–. Cunningham's Text-book of anatomy. Anatomy. 200 OSTEOLOGY. two independent precartilaginous masses, coalesce and form a bridge of bone uniting the two primary ossific centres. At a later stage cartilage cells appear in the medial extremity of the sternal pre- Sternal epiphysis ossifies about Primary centre appears about cartilaginous mass and Still 20th year; fuses about 25th year 5th or oth week of foetal life ? later in the lateral end of the acromial mass. By the growth and subsequent ossifi- cation of the cartilage so formed the clavicle increases in length (Fawcett). A secondary centre
RM2AXC6NY–The practice of obstetrics, designed for the use of students and practitioners of medicine . Fig 620.—Method of Shoulder Delivery. The Head is Raised to Bring thbNeck Close to the Pubes, and the Anterior Shoulder well behind theSymphysis, thus Encouraging Delivery of the Posterior Shoulder First, WITH THE CeRVICO-ACROMIAL DiAMETER ENGAGING. 484 PHY BIOLOGICAL LABOR. head (Fig. 6i6), and serve to draw the labia inward and backward and preventundue strain upon the posterior commissure, which Hes in plain sight above the.
![. Cunningham's Text-book of anatomy. Anatomy. 204 OSTEOLOGY. Acromial centres appear 15-16 yrs. ; s fuse about 25 yrs. ' Secondary centre for Primary centre coracoid appears appears about about end 1st yr. ; 2nd m. foetal life, fuses about IS yrs. Appears about 16-17 yrs. ; fuses about 20 yrs.. Subcoracoid centre appears 10 yrs.; fuses 16-17 yrs. Appears about 17 yrs.; fuses about 20 yrs. coracoid process represents the epicoracoid or precoracoid of lower forms, whilst the subcoracoid centre (metacoracoid) which assists in the formation of the glenoid cavity is the reduced and vestigia] remain Stock Photo](https://c8.alamy.com/comp/PFYC9E/cunninghams-text-book-of-anatomy-anatomy-204-osteology-acromial-centres-appear-15-16-yrs-s-fuse-about-25-yrs-secondary-centre-for-primary-centre-coracoid-appears-appears-about-about-end-1st-yr-2nd-m-foetal-life-fuses-about-is-yrs-appears-about-16-17-yrs-fuses-about-20-yrs-subcoracoid-centre-appears-10-yrs-fuses-16-17-yrs-appears-about-17-yrs-fuses-about-20-yrs-coracoid-process-represents-the-epicoracoid-or-precoracoid-of-lower-forms-whilst-the-subcoracoid-centre-metacoracoid-which-assists-in-the-formation-of-the-glenoid-cavity-is-the-reduced-and-vestigia-remain-PFYC9E.jpg ". Cunningham's Text-book of anatomy. Anatomy. 204 OSTEOLOGY. Acromial centres appear 15-16 yrs. ; s fuse about 25 yrs. ' Secondary centre for Primary centre coracoid appears appears about about end 1st yr. ; 2nd m. foetal life, fuses about IS yrs. Appears about 16-17 yrs. ; fuses about 20 yrs.. Subcoracoid centre appears 10 yrs.; fuses 16-17 yrs. Appears about 17 yrs.; fuses about 20 yrs. coracoid process represents the epicoracoid or precoracoid of lower forms, whilst the subcoracoid centre (metacoracoid) which assists in the formation of the glenoid cavity is the reduced and vestigia] remain Stock Photo")
RMPFYC9E–. Cunningham's Text-book of anatomy. Anatomy. 204 OSTEOLOGY. Acromial centres appear 15-16 yrs. ; s fuse about 25 yrs. ' Secondary centre for Primary centre coracoid appears appears about about end 1st yr. ; 2nd m. foetal life, fuses about IS yrs. Appears about 16-17 yrs. ; fuses about 20 yrs.. Subcoracoid centre appears 10 yrs.; fuses 16-17 yrs. Appears about 17 yrs.; fuses about 20 yrs. coracoid process represents the epicoracoid or precoracoid of lower forms, whilst the subcoracoid centre (metacoracoid) which assists in the formation of the glenoid cavity is the reduced and vestigia] remain
RF2A14CEW–Labeled anatomy chart of male triceps muscles, connective tissue and bones, on black background.
RM2AN5D17–The treatment of fractures . t, itsrelations to bicipital groove and coracoid process. The point of the shoulder is made by thegreat tuberosity of the humerus. the front of the upper arm (see Fig. 136). The outer edge ofthe acromion is continuous downward and backward with thespine of the scapula. The great tuberosity of the humerusprojects beyond the acromial process, and is covered by thedeltoid muscle. The point of the shoulder itself is made by thehumerus and not by the acromion (see Figs. 136, 138). I 2. FRACTURES OF THE HLMFKLS Examination of the Shoulder.—The uninjured shouldershould be
RMPFEE7J–. A descriptive catalogue of the marine reptiles of the Oxford clay. Based on the Leeds Collection in the British Museum (Natural History), London ... Reptiles, Fossil. a.a.. J9'f%^ Scapula of Opliihalmosaurvs: A, from above ; B, proximal eud; C, proximal end of scapula of the type specimen. (A & B, E. 2137; C, E. 2133 : about | nat. size.) a.a., acromial angle; cl.f., facet for clavicle ; cor.f., facet for union with coracoid ; gl.f., glenoid surface ; s.scl., suprascapular border. cartilage which, according to the views just referred to, was continuous with that capping the anterior bor
RM2ANDWTC–A practical treatise on fractures and dislocations . a num-ber of dissections, is to allow the headof the humerus to be drawn upwardand forward in its socket, until it isarrested by the two processes, and bythe coraco-acromial ligament. SaysMr. Soden : To enable the bone tomaintain its equilibrium, it is neces-sary that the capsular muscles shouldexactly counterbalance each other;and as there is no muscle from the ribs to the humerus to antagonizethe upper capsular muscles (that is, to draw the head of the humerusdownward), it is suggested that this office is performed by the singularcourse of
RM2AN5CK6–The treatment of fractures . Acromial processof scapula. Head of humerus.. Fig. i;,s. —Relations of bones to surfaces of shoulder region. Great tuberosity of humeruss beyond the acromial process of scapula. Relations of coracoid to clavicle and headof humerus (compare with Fig. 144). < rreat swelling suggests great trauma ; absence of all swellingappreciable to the eye suggests slight trauma. For the examination the patient should be sealed upon arather high stool, so that the shoulder comes to an easy level formanipulation. The shoulder should be grasped, so that the headof the humerus can
RM2AJ0CAE–Local and regional anesthesia; with chapters on spinal, epidural, paravertebral, and parasacral analgesia, and other applications of local and regional anesthesia to the surgery of the eye, ear, nose and throat, and to dental practice . the deltoid incised along thedeltoid branch of the thoraco-acromial artery.* Accessory sympathetic ganglion.(Sobotta and McMurrich.) Above the clavicle the brachial plexus lies well to the base of theneck on the scalenus medius, just to the outer border of the scalenusanticus; the subclavian artery in this position passes behind the THE UPPER AND LOWER EXTREMIT
Search Results for Acromial Stock Photos and Images (324)
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