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Cephalic artery Stock Photos and Images
RF2WJG852–The accessory cephalic vein is the name for a variable vein that travels alongside the forearms radial or thumb-side border 3d illustration
RM2AM1MR7–Modern surgery, general and operative . Fig. 230.—Incisions forvenesection (Bernard andHuette). Fig. 231.—Superficialveins in front of elbow(Bernard and Huette). selected. In opening it do not cut too deep, as nothing but the bicipital fascia,separates it from the brachial artery. The median cephalic may be selected(we thus avoid endangering the brachial artery); under this vein lies the externalcutaneous nerve (Fig. 231). Steady the vein with the thumb and open it bytransfixion, making an oblique cut which divides two-thirds of it. Remove thethmnb and allow bleeding to go on, instructing the
RF2WJG84J–The accessory cephalic vein is the name for a variable vein that travels alongside the forearms radial or thumb-side border 3d illustration
RM2AXE1HW–A manual of operative surgery . it run the cephalic vein and a large branchof the acromio-thoracic artery. Near the groove, and a little belowthe clavicle, the coracoid process may be felt. The process, however,does not actually present in the interval between the two muscles,but is covered by the front edge of the deltoid. The circumflex nerve and posterior circumflex artery cross thehumerus in a horizontal line that isabout a fmgers-breadth above thecentre of the deltoid muscle as meas-ured from the acromion to the deltoidinsertion. The artery is usually abovethe nerve. The point at which th
RF2WJG6MW–The accessory cephalic vein is the name for a variable vein that travels alongside the forearms radial or thumb-side border 3d illustration
RM2ANFK6H–Class-book of physiology : for the use of schools and families : comprising the structure and functions of the organs of man, illustrated by comparative reference to those of inferior animals . Figure 2. Back View of the Heart and Lungs.—a, Larynx. 6, Trachea, c, Right bronchus, d, Left bronchus, e, Left auricle of the heart. /, Left ventricle, g, Rightpulmonary veins. A, Left pulmonary veins, i, Left pulmonary artery, j, Section of theaorta. A-, Trunks of the brachic-cephalic veins (those which belong to the arms and head).I, The opening of the inferior vena cava.—The sub-divisions of the pul
RF2WJG47D–The accessory cephalic vein is the name for a variable vein that travels alongside the forearms radial or thumb-side border 3d illustration
RM2AFT3G7–. Manual of operative surgery. towards the inser-tion of the deltoid (Fig. 1340). The incision divides the skin and subcutaneoustissues. Distinguish the anterior or internal (pectoro-deltoid groove) border ofthe deltoid. Incise the deltoid a little to the outside of, and parallel to its inter-nal margin, thus avoiding injury to the cephalic vein and a large branch of theacromio-thoracic artery. Retract the outer side of the wound (skin and del-toid), thus exposing the head of the humerus. Step 2.—Rotate the arms so as to make out the bicipital groove. Incise thejoint capsule throughout its who
RF2WJG42F–The accessory cephalic vein is the name for a variable vein that travels alongside the forearms radial or thumb-side border 3d illustration
RM2AXG6WJ–A manual of operative surgery . FIG. 315.—LIGATURE OF THE RIGHT RADIAL, ABOUT THE MIDDLE THIRD OF THE FOREARM. Superficial Wound.—A, Fascia ;b, Sup. long. Deep Wound.—A, Fascia; B, Sup. long. ;C, Insertion of pron. teres ; D, Sup.brevis ; a, Artery; 1, Radial nerve. metacarpal bone and first phalanx of the thumb, and crosses thetabatiere. Its course is here represented by a line drawn from the apexof the styloid process of the radius to the posterior angle of the firstinterosseous space. The cephalic vein of the thumb crosses the space posteriorly,as does also the internal division of the term
RM2AJD8CD–An atlas of human anatomy for students and physicians . from Before. On the left side the buccinator muscle has not been removed.Labia oris—The lips. 414 CEPHALIC AND CERVICAL PORTIONS OF THE DIGESTIVE ORGANS The vomer VomerNasal crest of the superior maxillary bone-Crista nasalis,Palatine process of the superior maxillary bone ^Irocessus palatinus maxillavMucous membrane of the hard palate alatine glands—GlanduL-e palatinasBuccal fat pad-Corpus adiposum buccae Septum of the nose—Septum nasi Inferior turbinate bone—Concha nasalis inferior/ . Superior or descending palatine artery /Arteria pal
RM2AJ9ACA–Regional anatomy in its relation to medicine and surgery . tomotica magna artery. 4. The ulnar nerves. 5. The internal cutaneous nerve. 6. The branches of the ulnar and internal cutaneous nerves around the internal condyle of the humerus. 7. The ulnar vein. 8. The branches of the internal cutaneous nerve in the forearm. 9. The biceps muscle. 10. The median nerve. 11. The brachial vein. 12. The median basilic vein. 13. The brachial artery at the bend of the elbow. 14. The tendon of the biceps muscle. 15. The median cephalic vein. 16. The vena anastomotica. 17. The bicipital fascia. 18. The medi
RM2AJ7CPH–The American journal of anatomy . acheal veinas shown in figure 14. Modified from a sketch by G. H. A. Rech. Fig. 13 Dissection of the left side of an injected embryo of the last half ofthe sixth day of development. Projections on the lung, pulmonary artery andpulmonary vein shown. Drawn by G. TT. A. Rech. THE EMBRYOLOGY OF THE BIRD S LUNG 463 the cephalic end aiul another at the caudal extremity. Thesemark the points of emergence of the cervical and of the abdomi-nal air-sacs. Figure 15 A and B, from a specimen of the lasthalf of the seventh daj^ show the surface of the left lung and ofthe ri
RM2AJ1JFT–Operative surgery . Fig. 221.—Transverse section of right arm at the middle third. A. Superior profunda artery and veins. B. Musculo-spiral nerve. C. Cephalic vein.D. Musculo-cutaneous nerve. E. Brachial artery and veins. F. Median nerve.O. Internal cutaneous nerve. H. Basilic vein. /. Ulnar nerve. upward traction be made upon either, the course of the nerve will be deter-mined, and the danger of this will be easily avoided. The median nerve may pass behind the artery instead of in front of it;then, if the circulation from above be obstructed, the artery may escape 184 OPEEATIVE SURGERY. BRACH
RM2AWE7FB–The development of the human body; a manual of human embryology . v.cr. Fig. 142.—The Development of the Vertebral Artery in a RabbitEmbryo op Twelve Days. JIIA.B to VIA.B, Branchial arch vessels; Ap, pulmonary artery;A.v.c.b and A.v.cv, cephalic and cervical portions of the vertebralartery; A.s, subclavian; C.d and C.v, internal and external carotid;ISp.G, spinal ganglion.—(Hochsteller.) anterior lateral branch, so as to form a longitudinal chainof anastomoses along each side of the neck. In the earlieststage at present known the chain starts from the lateral 27O THE DEVELOPMENT OF THE HUMAN
RM2AWEPD0–Text-book of comparative anatomy . .lr O.CL FIG. 240.— Diagram of the circulatory system of the Isopoda, seen from the side. The rightthoracic and cephalic walls removed. A part of the intestine (d) cut away (after Delage). Arterialsystem red, venous system blue, nervous system black. a»i, Anterior; an*, posterior antemue ;c(b, cephalo-thorax ; II-V1II, 7 free thoracic segments; u-^-a-j, V abdominal segments; br, gills(pleopoda) ; g, brain ; rl, intestine ; A, heart ; o, ostium of the heart ; pc, pericardium ; mi, anterioraorta ; la, lateral arteries ; t, thoracic arteries ; ha, hepatic artery
RM2CHN86M–. Text-book of operative surgery . - Gluteal 3.J Resection of rectum (parasacral incision). Sciatic a. and nerves. Fig. 40. with the sensory supra-clavimdar nerves. In dividing the fascia, we must avoidthe cephalic vein at the anterior edge of the deltoid. The clavicular fibres of thepectoralis major are now divided, and the cephalic vein, together with the branches ofthe acromio-thoracic artery and the anterior thoracic nerves, is drawn upwards. The OPERATIVE SURGERY.
RM2CE323G–. A treatise on practical anatomy: for students of anatomy and surgery . nd its branches, and a cluster of lymphatic glands im-bedded in a quantity of loose fat. The axillary vein liesin front of the artery; it is the continuation of the basi-lic vein, and receives the vena comites, numerous smallbranches, and the cephalic. The axillary artery is thecontinuation of the subclavian; it lies behind and to theouter side of the vein; they are inested with a quantityof loose cellular tissue. The larger branches of the ax-illary artery are the long thoracic, which is often con-cealed beliind the low
RM2CJ33BY–. The principles and practice of modern surgery . cephalic vein. 11. The medianbasilic. 12. A slight convexity of the deep fascia, formed by the brachial artery. Thisfascia is divided and turned aside in fig. 168, to show the brachial artery. 13. Theprocess of fascia, derived from the tendon of the biceps, and separating the medianbasilic vein from the brachial artery. 14. The external cutaneous nerve, piercing thedeep fascia, and dividing into two branches, which pass behind the median cephaliovein. 1-5. The internal cutaneous nerve, dividing into branches, which pass in frontof the median ba
RMRD0MRH–. Elementary text-book of zoology, general part and special part: protozoa to insecta. Animals. COPEPODA. 431 the respiratory function. Circulatory organs are either replaced by the regi^lar oscillations of the intestinal canal [Ci/clopSy Achtlieres), or there is present in the anterior part of the thorax above the intes- tine {Calanidca) a short saccular heart, which may even be continued into a cephalic artery {Calanella) (fig. 53). Generative organs.—The Cojicpoda are of separate sexes. Both kinds of genital organs lie in the cephalothorax and in the thoracic segments, and open right and le
RMRCW06K–. Elementary text-book of zoology, tr. and ed. by Adam Sedgwick, with the assistance of F. G. Heathcote. COPEPODA. 431 the respiratory function. Circulatory organs are either replaced by the regular oscillations of the intestinal canal (Cyclops^ Achtheres), or there is present in the anterior part of the thorax above the intes- tine (Calanidce) a short saccular heart, which may even be continued into a cephalic artery (Calanella) (fig. 53). Generative organs.—The Copcpoda are of separate sexes. Both kinds of genital organs lie in the cephalothorax and in the thoracic segments, and open right a
RMRCPW4K–. Elements of comparative anatomy. Anatomy, Comparative. 28 i COMPARATIVE AXATOMY. connection between the external segmentation of tlie body, and its internal organisation. Herein we may recognise a lower stage. The chambers (Fig.. Fig. 117. Head and two segments of the body of Scolopendra, with the most anterior portion of the blood- vascular system. G Head. 0 Supra- cesophageal ganglion (Cerebrum). 0 Eyes. M Mandibles. A Antennae. K Chambers of the Heart, m Ahe cordis. 0 Venous ostia. a Lateral arteries, b Arterial arches, c Cephalic artery (after Newport). 147, K) arc again separated from o
RMRN591M–. The anatomy of the human body. Human anatomy; Anatomy. THE JUGULAR VEINS. The Vertebral Veins. The vertebral vein corresponds to the cervical portion of the artery of the same name, ?and, like it, is contained in the canal formed by the series of foramina at the base of the transverse processes of the cervical vertebrae ; it opens into the braehio-cephalic vein im- mediately behind the internal jugular; and it is said to open occasionally into the last- mentioned vein. Not unfrequently, as Eustachius remarks, this vein divides into tvro branches near its termination, one of which emerges vs^
RMRN6XEX–. Anatomy, descriptive and applied. Anatomy. 606 THE VASCULAR SYSTEMS scapular vessels, and traversing its upper angle in the same direction, the trans- versalis colli artery and vein. The external jugular vein runs vertically downward behind the posterior border of the Sternomastoid muscle, to terminate in the subclavian vein; it receives the transverse cervical and suprascapular veins, which occasionally form a plexus in front of the artery, and a small vein which crosses the clavicle from the cephalic. The small nerve to the Subclavius muscle also crosses this triangle about its middle. A l
RMRJY973–. An atlas of human anatomy for students and physicians. Anatomy. 424 CEPHALIC AND CERVICAL PORTIONS OF THE DIGESTIVE ORGANS Socia parotidis Glandula parotis accessoua Parotid gland Glandula parolisl Superficial temporal artery, A. temporalis superlicialis Auriculotemporal nerve N. aunmlotempor lU-. Superficial temporal vem - V. temporalis superhcialis ^ Cartilage of the external auditory meatusâCartilage meatus auditcrii externi Pinna, or auricle- Auricula Lobe or lobule of the external. ear (turned upwards) Lobulus auriculas. Great auricular nerve -' N. auricularis magnus Sternoc
RMRE0AB4–. Anatomical technology as applied to the domestic cat; an introduction to human, veterinary, and comparative anatomy. Cats; Dissection; Mammals. 173 ANATOMICAL TBCHNOLOOY. of the diapophyses of all but the last (rarely of the last) cervical vertebrae. Through it pass the verte- bral artery and vein. § 474. Foramen atlantale—AtlaDtal foramen.— This is a passage through the cephalic edge of the atlas just dorsad of the occipito-atlantal arthron. It transmits the first or suboccipital nerve and the vertebral artery; Straus-Durckheim, A, I, 470. It is present in man only as an exception; Quain, A
RMRN59BP–. The anatomy of the domestic animals. Veterinary anatomy. THE BRACHIAL ARTERY 653 border of the extensor carpi and supplies cutaneous twigs. Anastomoses occur with the ulnar and recurrent interosseous arteries. The point of origin is inconstant and it is not uncommon to find two arteries instead of one. Often a large liranch for the posterior deep pectoral muscle is detached close to the origin or arises from the brachial directly. Ulnar nerve BrdcJiial i'es. Median ner Coraco-brachialis Biceps brachii Cephalic vein Vena communicans Cuianeoxis branch of musculo-culaneous nerve Extensor carpi
RMRD6CK9–. Cunningham's Text-book of anatomy. Anatomy. 1450 SUKFACE AND SUEGICAL ANATOMY. To evacuate pus from the elbow-joint a vertical incision should be made over the dorsal aspect of the joint, immediately lateral to the olecranon. The median vein is seen to bifurcate into the median basilic and median cephalic veins £ in. distal to the middle of the bend of the elbow; opposite the same point, but beneath the deep fascia, is the bifurcation of the brachial artery. The median basilic and median cephalic veins diverge as they ascend one on each side of the biceps tendon; the larger of the two veins,
![. The Cambridge natural history. Zoology. 336 FISHES branchial artery of the first branchial arch, the corresponding efferent trunk forming an ophthalmic artery, and passing to the choroid gland of the eye (Fig. 199). Both the proper afferent and efferent arteries of the hyoidean hemibranch either dis- appear or, as in the Cod (Gadiis morrhica), the efferent artery may be represented on each side by an anastomosis between the hyoidean artery and the cephalic circle. Hence, the " hyoidean " artery of Teleosts corresponds to the one which has a similar origin in Lepidosteus. A brief de Stock Photo](https://c8.alamy.com/comp/RDMB9B/the-cambridge-natural-history-zoology-336-fishes-branchial-artery-of-the-first-branchial-arch-the-corresponding-efferent-trunk-forming-an-ophthalmic-artery-and-passing-to-the-choroid-gland-of-the-eye-fig-199-both-the-proper-afferent-and-efferent-arteries-of-the-hyoidean-hemibranch-either-dis-appear-or-as-in-the-cod-gadiis-morrhica-the-efferent-artery-may-be-represented-on-each-side-by-an-anastomosis-between-the-hyoidean-artery-and-the-cephalic-circle-hence-the-quot-hyoidean-quot-artery-of-teleosts-corresponds-to-the-one-which-has-a-similar-origin-in-lepidosteus-a-brief-de-RDMB9B.jpg ". The Cambridge natural history. Zoology. 336 FISHES branchial artery of the first branchial arch, the corresponding efferent trunk forming an ophthalmic artery, and passing to the choroid gland of the eye (Fig. 199). Both the proper afferent and efferent arteries of the hyoidean hemibranch either dis- appear or, as in the Cod (Gadiis morrhica), the efferent artery may be represented on each side by an anastomosis between the hyoidean artery and the cephalic circle. Hence, the " hyoidean " artery of Teleosts corresponds to the one which has a similar origin in Lepidosteus. A brief de Stock Photo")
RMRDMB9B–. The Cambridge natural history. Zoology. 336 FISHES branchial artery of the first branchial arch, the corresponding efferent trunk forming an ophthalmic artery, and passing to the choroid gland of the eye (Fig. 199). Both the proper afferent and efferent arteries of the hyoidean hemibranch either dis- appear or, as in the Cod (Gadiis morrhica), the efferent artery may be represented on each side by an anastomosis between the hyoidean artery and the cephalic circle. Hence, the " hyoidean " artery of Teleosts corresponds to the one which has a similar origin in Lepidosteus. A brief de
RMRE07NX–. Human embryology and morphology. Embryology, Human; Morphology. DEVELOPMENT OF THE OVUM. 81 be given. The upper end of the common mesentery—the plica vascularis (Fig. 59), as it is reflected from the cephalic pole of the ovary and fimbriated extremity of the tube, is continued up towards appendix.. /*-ovar. artery -Kidney ireter plica vascularis ovary ,,,, i . / f-int iliac. bladder-* dHIP?^ S ureter round lig. of ovary Fig. 59.—The position of the Ovary and Fallopian Tube in the 5th month. the diaphragm and in it the ovarian vessels and nerves pass to the ovary and tube. The caudal
RMRDBET1–. The anatomy of the domestic fowl . Domestic animals; Veterinary medicine; Poultry. 212 ANATOMY OF THE DOMESTIC FOWL directed anteriorly, and dorsally to the right bronchus, between the right bronchus and the right lung. The right and the left coro- naries are given off from the common aorta.; they have been dis- cussed. There is next given off the left brachio-cephaUc or brachio- cephalic sinister artery (Fig. 6iB, No. K, lo), which is just above the border of the base of the heart. This artery passes upward and slightly. Please note that these images are extracted from scanned page images t
RMRJY9P3–. An atlas of human anatomy for students and physicians. Anatomy. 414 CEPHALIC AND CERVICAL PORTIONS OF THE DIGESTIVE ORGANS The vomer Vomer Nasal crest of the superior maxillary bone—Crista nasalis^ Palatine process of the superior maxillaiy bone ^ Processus palatinus maxillse Mucous membrane of the hard palate alatine glands—rxlandulae palatina;^^ Buccal fat-pad- Corpus adiposum buccas ' eptum of the nose—Septum nasi Inferior turbinate bone—Concha nasalis inferior / , Superior or descending palatine artery / / Arteria palatina major^ ' / Maxillary sinus, or antrum of Highmore Sinus
RMRJY9NH–. An atlas of human anatomy for students and physicians. Anatomy. CEPHALIC AND CERVICAL PORTIONS OF THE DIGESTIVE ORGANS 415 Epiglottis Pharyngeal cavity Cavum pharyngis Pharyngo-epiglottic fold' I Plica pharyngo-epiglcttica Superior cervical ganglion (ianglion cer'icale siiperiu Internal carotid artery- Art. carotis interna; Pneiunogastric. glossopharyngeal, and hypoglossal | nervesâNn- amis, glos.scpharyngeus et hypoglossus ; I Internal jugularveinâVena jugularis interna ; ; I External carotid arteryâArt. carotis externa . i i i Retromandibular process of the ' ! i parotid gland Processusr
RMRN5977–. The anatomy of the domestic animals. Veterinary anatomy. THE BHACHIAL ARTERY 653 border of the extensor carpi and supplies cutaneous twigs. Anastomoses occur with the ulnar and recurrent interosseous arteries. The point of origin is inconstant and it is not uncommon to find two arteries in.stead of one. Often a large branch for the posterior deep pectoral muscle is detached close to the origin or arises from the brachial direct!}-. Brachial vessels Median nerve Coraco-brachialis Biceps brachii Cephalic vein Vena communicans Cutaneoiis branch of m uscuto-cuianeous nerve Extensor carpi radiali
RMRHN81P–. The Biological bulletin. Biology; Zoology; Biology; Marine Biology. FIGURE 1. Diagrams illustrating the gross anatomy, amputation, and regeneration of the proboscis of Urosalpin.v cinerea, shell height approximately 25 mm: (a) median plane of the proboscis retracted within the proboscis sac in the cephalic hemocoel; (b) line a, approximate plane at which proboscis amputated; (c) blastema joining the proboscis stump and ends of esophagus, buccal artery, and accessory salivary gland duct; (d) regenerated proboscis tip, buccal mass, and radular sac; a, plane of amputation ; b, blastema; ba, buc
RMRD614B–. Cunningham's Text-book of anatomy. Anatomy. X 1st arches atroph: Pulmonary arteries Fig. External carotids .' Ventral root of 3rd arch / Ventral root of 4th and 5th arches / Truncus aorticus 85.âSchema of Aortic Arches of ax Embryo, 9 mm. long. (After Tandeln, modified.) The second and third arches have atrophied and the transitory fifth has appeared. advanced considerably in development. Two aortic arches, on each side, now connect the cephalic end of the heart with the primitive dorsal aorta. The umbilical artery and vitelline arteries are quite separate, and each umbilical artery springs,
![. The Cambridge natural history. Zoology. XIl VASCULAR SYSTEiI 337 right and left suprabranchial arteries behind, the characteristic " circulus cephalious" of Teleosts is completed.'- From the anterior part of the cephalic circle are derived two internal carotid arteries^ for the brain, and also a pair of orbito-nasal arteries for the eye-muscles and the nasal sacs, while more posteriorly an external carotid has its origin from each supra- branchial artery. opk.a. l.cLa.. FlQ. 199.—Branchial arterial system of the Cod (Gadus morrhua). Lateral view. af.b.a, First afferent branchial a Stock Photo](https://c8.alamy.com/comp/RDMB96/the-cambridge-natural-history-zoology-xil-vascular-systeii-337-right-and-left-suprabranchial-arteries-behind-the-characteristic-quot-circulus-cephaliousquot-of-teleosts-is-completed-from-the-anterior-part-of-the-cephalic-circle-are-derived-two-internal-carotid-arteries-for-the-brain-and-also-a-pair-of-orbito-nasal-arteries-for-the-eye-muscles-and-the-nasal-sacs-while-more-posteriorly-an-external-carotid-has-its-origin-from-each-supra-branchial-artery-opka-lcla-flq-199branchial-arterial-system-of-the-cod-gadus-morrhua-lateral-view-afba-first-afferent-branchial-a-RDMB96.jpg ". The Cambridge natural history. Zoology. XIl VASCULAR SYSTEiI 337 right and left suprabranchial arteries behind, the characteristic " circulus cephalious" of Teleosts is completed.'- From the anterior part of the cephalic circle are derived two internal carotid arteries^ for the brain, and also a pair of orbito-nasal arteries for the eye-muscles and the nasal sacs, while more posteriorly an external carotid has its origin from each supra- branchial artery. opk.a. l.cLa.. FlQ. 199.—Branchial arterial system of the Cod (Gadus morrhua). Lateral view. af.b.a, First afferent branchial a Stock Photo")
RMRDMB96–. The Cambridge natural history. Zoology. XIl VASCULAR SYSTEiI 337 right and left suprabranchial arteries behind, the characteristic " circulus cephalious" of Teleosts is completed.'- From the anterior part of the cephalic circle are derived two internal carotid arteries^ for the brain, and also a pair of orbito-nasal arteries for the eye-muscles and the nasal sacs, while more posteriorly an external carotid has its origin from each supra- branchial artery. opk.a. l.cLa.. FlQ. 199.—Branchial arterial system of the Cod (Gadus morrhua). Lateral view. af.b.a, First afferent branchial a
RMRD6CJY–. Cunningham's Text-book of anatomy. Anatomy. THE FOKEAKM AND HAND. 1451 Brachials Cephalic vein Biceps Median cephalic vein Tendon of biceps Radial nerve Brachial artery Basilic vein Brachialis Median basilic vein Lacertus fibrosus Radial nerve (superficial ramus) of Lister's dorso-radial incision for excision of the wrist. The dorsal border of the ulna is subcutaneous throughout, and may be felt along the interval between the flexor and extensor carpi ulnaris muscles. Upon the ulnar side of the dorsal aspect of the wrist, when the forearm is in the prone position, there is a well-marked roun
RMRE9BNT–. Contribution to the natural history of the pearly nautilus. Nautilidae. 782 PERISTOMIAL HAEMOCOEL : SYSTEMIC AORTA ; CEPHALIC ARTERIES. right and left lobes of the liver, and, after a further course of about 15 mm. (in the adult) sends off two important arteries, the hepatic artery on the left and the gastric artery on the right of the main aortic trunk. It then turns definitely forwards dorsad of the crop, giving off other branches (Text-fig. 8) until it reaches the intercoelic diaphragm which separates the peristomial from the peri-oesophageal haemocoel on the dorsal side. Having arrived a
RMRDY74G–. The anatomy of the domestic animals . Veterinary anatomy. THE BRACHIAL ARTERY 653 border of the extensor carpi and supplies cutaneous twigs. Anastomoses occur with the ulnar and recurrent interosseous arteries. The point of origin is inconstant and it is not uncommon to fiml two arteries instead of one Ulnar nerve Brachial nssels Median ntrve Coraco-brachialis Biceps brachii Cephalic vein — Vena communicarts - Cutaneous branch of - musculo-cidaneous nerve Extensor carpi radialis Accessory cephalic vein Cephalic vein Radius Flexor carpi radialis Artery of rete carpi clorsale Medial ligament o
![. Anatomical technology as applied to the domestic cat; an introduction to human, veterinary, and comparative anatomy. Cats; Dissection; Mammals. Fig. 97.—Tkansbition of the Venteicles, Caitoai, Aspect ; xl.5. -the lateral bicuspid valve by its chordae tendinese. In the right, the surface adjacent to the place of exit of the pulmonary artery is seen to be smoother than in other parts <§866). ttraitjcecig. carmdJb Fig. 98.—Transection of the Ventricles, Cephalic Aspect ; x 1.5. § 897. Fig. 98—The Ental Aspect of the Apices of the two Ventricles.—In addi- "tion to points in common with F Stock Photo](https://c8.alamy.com/comp/RE0A4B/anatomical-technology-as-applied-to-the-domestic-cat-an-introduction-to-human-veterinary-and-comparative-anatomy-cats-dissection-mammals-fig-97tkansbition-of-the-venteicles-caitoai-aspect-xl5-the-lateral-bicuspid-valve-by-its-chordae-tendinese-in-the-right-the-surface-adjacent-to-the-place-of-exit-of-the-pulmonary-artery-is-seen-to-be-smoother-than-in-other-parts-lt866-ttraitjcecig-carmdjb-fig-98transection-of-the-ventricles-cephalic-aspect-x-15-897-fig-98the-ental-aspect-of-the-apices-of-the-two-ventriclesin-addi-quottion-to-points-in-common-with-f-RE0A4B.jpg ". Anatomical technology as applied to the domestic cat; an introduction to human, veterinary, and comparative anatomy. Cats; Dissection; Mammals. Fig. 97.—Tkansbition of the Venteicles, Caitoai, Aspect ; xl.5. -the lateral bicuspid valve by its chordae tendinese. In the right, the surface adjacent to the place of exit of the pulmonary artery is seen to be smoother than in other parts <§866). ttraitjcecig. carmdJb Fig. 98.—Transection of the Ventricles, Cephalic Aspect ; x 1.5. § 897. Fig. 98—The Ental Aspect of the Apices of the two Ventricles.—In addi- "tion to points in common with F Stock Photo")
RMRE0A4B–. Anatomical technology as applied to the domestic cat; an introduction to human, veterinary, and comparative anatomy. Cats; Dissection; Mammals. Fig. 97.—Tkansbition of the Venteicles, Caitoai, Aspect ; xl.5. -the lateral bicuspid valve by its chordae tendinese. In the right, the surface adjacent to the place of exit of the pulmonary artery is seen to be smoother than in other parts <§866). ttraitjcecig. carmdJb Fig. 98.—Transection of the Ventricles, Cephalic Aspect ; x 1.5. § 897. Fig. 98—The Ental Aspect of the Apices of the two Ventricles.—In addi- "tion to points in common with F
RMRD5W74–. Cunningham's Text-book of anatomy. Anatomy. Wall of right atrium Septum primum fusing with inferior atrio- ventricular cushion Septum primum Left venous valve Right - venous valve Inferior atrio- ventricular cushion Bight posterior cardinal veins opened Right duct of Cuvier opening into right horn of sinus venosus 7th intersegmental artery Dorsal aorta Vertebral artery Basilar artery Posterior cerebral artery. Middle cerebral artery Anterior cerebral artery Pig. 832.—Development of the Heart and the Main Arteries. Diagram of the heart, showing the formation of its septa, and of the cephalic
RMRE07C0–. A laboratory manual and text-book of embryology. Embryology. go THE FETAL MEMBRANES AND EARLY HUMAN EMBRYOS culum of the hypophysis (Rathke's pocket). The fore-gut proper begins with a shallow out-pocketing known as Seessel's pocket. As the pharyngeal mem- brane disappears between these two pockets, it would seem that Seessel's pocket represents the persistence of the blind anterior end of the fore-gut. No other significance has been assigned to it. Mesencephalon tf cephalic flexure Hypophysis MdcncephaJot Aortic arches Z.2.3.4.6 A/otochord. Diencephalon Int. carotid artery Optic vesicle Tro
RMRFRJ6M–. Carnegie Institution of Washington publication. WOOLLARO PLATE 2 Rehform central artery ^ Aorta y Cephalic vein fo/ar interosseous Ramus carpi dorsa/is Subclavian artery Subcla vian vein Superior inter costal artery. Pulmonary Arlety Aorta Superior mtercos - fa I artery Subscapular artery. Art profunda - Dorsal interosseous artery Basilic vein Infernal mammary artery Thoraco-epigastric vein J. F. Dldusch fee. A. Hoen & Co. Lith.. Please note that these images are extracted from scanned page images that may have been digitally enhanced for readability - coloration and appearance of these
RMRN6YCX–. The anatomy of the domestic animals. Veterinary anatomy. VEINS OF THE THORACIC LIMB 691 medial border of the extensor carpi, and joins the cephaHc vein at the proximal end of the forearm. The deep veins of the forearm are variable. Commonly two median veins. Fig. .500.—Dissection of Pectohal Region and Anterior Part of Abdominal Wall of Horse. /, Jugular vein; 2, loose connective tissue of axillary space; 3, ascending branch of inferior cervical artery; 4. de- scending branch of same; 5, cephalic vein; f>, median nerve; 7, ulnar nerve; S, brachial artery; 9, brachial vein; 10, external th
![. The anatomy of the domestic animals. Veterinary anatomy. 74S CIRCULATORY SYSTEM OF THE DOG median artery under the flexor carpi radialis al>oiit a tliird of the way down the forearm, and divides into radial and uhiar arteries. Among its coUateral branches are the following: (1) The large subscapular artery passes up between the sub-. Fin. 61fi.—'e9sels an'd Nerves of Medial Surface OF Shoulder axd Arm of Dog. a, fi. Brachial artery; r, subscapular vessels; d, thoraco-dorsal vessels; e, deep br.ichial vessels; /, prox- imal collateral ulnar vessels; g, brachial vein; k, h", cephalic Stock Photo](https://c8.alamy.com/comp/RN6WMM/the-anatomy-of-the-domestic-animals-veterinary-anatomy-74s-circulatory-system-of-the-dog-median-artery-under-the-flexor-carpi-radialis-algtoiit-a-tliird-of-the-way-down-the-forearm-and-divides-into-radial-and-uhiar-arteries-among-its-couateral-branches-are-the-following-1-the-large-subscapular-artery-passes-up-between-the-sub-fin-61fie9sels-and-nerves-of-medial-surface-of-shoulder-axd-arm-of-dog-a-fi-brachial-artery-r-subscapular-vessels-d-thoraco-dorsal-vessels-e-deep-brichial-vessels-prox-imal-collateral-ulnar-vessels-g-brachial-vein-k-hquot-cephalic-RN6WMM.jpg ". The anatomy of the domestic animals. Veterinary anatomy. 74S CIRCULATORY SYSTEM OF THE DOG median artery under the flexor carpi radialis al>oiit a tliird of the way down the forearm, and divides into radial and uhiar arteries. Among its coUateral branches are the following: (1) The large subscapular artery passes up between the sub-. Fin. 61fi.—'e9sels an'd Nerves of Medial Surface OF Shoulder axd Arm of Dog. a, fi. Brachial artery; r, subscapular vessels; d, thoraco-dorsal vessels; e, deep br.ichial vessels; /, prox- imal collateral ulnar vessels; g, brachial vein; k, h", cephalic Stock Photo")
RMRN6WMM–. The anatomy of the domestic animals. Veterinary anatomy. 74S CIRCULATORY SYSTEM OF THE DOG median artery under the flexor carpi radialis al>oiit a tliird of the way down the forearm, and divides into radial and uhiar arteries. Among its coUateral branches are the following: (1) The large subscapular artery passes up between the sub-. Fin. 61fi.—'e9sels an'd Nerves of Medial Surface OF Shoulder axd Arm of Dog. a, fi. Brachial artery; r, subscapular vessels; d, thoraco-dorsal vessels; e, deep br.ichial vessels; /, prox- imal collateral ulnar vessels; g, brachial vein; k, h", cephalic
RMRJY95X–. An atlas of human anatomy for students and physicians. Anatomy. CEPHALIC AND CERVICAL PORTIONS OF THE DIGESTIVE ORGANS 425 Parotid duct, or duct of Stensen Ductus parotidcu^ (Sttn Masseter muscle. Ramus of the inferior maxillary bone Ramus mandibula;- Lingual nerve- N. liiigualis Inferior dental nerve N. alveolaris inferior Internal maxillary artery A. maxillaris interna Parotid gland Glandula parotis ' Parotid gland (retro mandibular process) Gl. i.aroli (pr t^ us Internal pterygoid muscle M. ptcMsoideusint^rn External carotid artery A. caroliscN-tern.'i Styloglossus muscle Stylohyoid muscl
RMRD5W4R–. Cunningham's Text-book of anatomy. Anatomy. THE SEGMENTAL ARTERIES AND THEIR ANAS- TOMOSES. Fig. 840.—Diagram of the Cephalic Aortic Arches, and of the Segmental and Intersegmental Arteries in the Region in front of the Umbilicus. Post-costal anastomosis. Post-transverse anastomosis. Pre-costal anastomosis. Primitive ventral aorta. 1, 2, 3, 4, 5, 6, 7, 8. Somatic intersegmental arteries. Splanchnic arteries. Ventral division of a somatic intersegmental artery. Branch to ventral enteric diver- ticulum. Vitelline vessels. Ventral somatic anastomosis. Ventral splanchnic anastomosis. C.A.A. I, I
RMREENFA–. A compend of equine anatomy and physiology. Horses; Horses -- Anatomy. EQUINE ANATOMY Fig io. THE HEART AND PRINCIPAL VESSELS; LEFT FACE. Right ventricle; b. Left ventricle; c. Right auricle; d, Left auricle; e. Pulmonary artery; e', Obliterated arterial canal;/, Pulmonary veins; g. Anterior aorta; h. Left axillary artery; /, Right axillary artery, or brachio-cephalic trunk; /, Origin of the dorsal artery: k, Origin of the' superior cervical artery; /, Origin of the vertebral artery, w, Origin of the inferior cervical artery; n. Origin of the internal thoracic artery; o, Origin of the extern
RMRDY6RX–. The anatomy of the domestic animals . Veterinary anatomy. VEINS OF THE THORACIC LIMB 691 ijiedial border of the extensor carpi, and joins the cephahc vein at the proximal end of the forearm. The deep veins of the forearm are variable. Commonly two median veins. Fig. 590.-:—Dissection of Pectoral Region and Anterior Part of Abdominal Wall of Horse. 1, Jugular vein; 2, loose connective tissue of axillary space; 3, ascending branch of inferior cervical artery; 4, de- scending branch of same; 5, cephalic vein; 6, median nerve; 7, ulnar nerve; 8, brachial artery; 9, brachial vein; 10, external th
RMRFRC1K–. Carnegie Institution of Washington publication. diment of L pulm arch claorta. Primitive pulmon art. Cephalic pulmon. tributary Pulmonary vein Rudiment ofL pulm arch fâL primitive pulmonary art â Cephalic pulmon tributary â L paired dorsal aorta Pulmonary vein â Transverse anastomosis Lung Segmental artery s Sfy34 â vo/darl. Please note that these images are extracted from scanned page images that may have been digitally enhanced for readability - coloration and appearance of these illustrations may not perfectly resemble the original work.. Carnegie Institution of Washington. Washington, Ca
![. The anatomy of the domestic animals. Veterinary anatomy. 748 CIRCULATORY SYSTEM OF THE DOG median artery under the flexor carpi radialis about a third of the way down the forearm, and divides into radial and ulnar arteries. Among its collateral l)ranches are the following: (1) The large subscapular artery passes up between the sub-. Fin. fil6.—VESSELa AND Nehves of Medial Surface OF Shoulder and Arm of Dog. a, b. Brachial artery; c, subscapular vessels; d, thoraco-dorsal vessels; e, deep brachial vessels; /.prox- imal collateral ulnar vessels; g, brachial vein; k, k", cephalic vein; h', Stock Photo](https://c8.alamy.com/comp/RN6X5C/the-anatomy-of-the-domestic-animals-veterinary-anatomy-748-circulatory-system-of-the-dog-median-artery-under-the-flexor-carpi-radialis-about-a-third-of-the-way-down-the-forearm-and-divides-into-radial-and-ulnar-arteries-among-its-collateral-lranches-are-the-following-1-the-large-subscapular-artery-passes-up-between-the-sub-fin-fil6vessela-and-nehves-of-medial-surface-of-shoulder-and-arm-of-dog-a-b-brachial-artery-c-subscapular-vessels-d-thoraco-dorsal-vessels-e-deep-brachial-vessels-prox-imal-collateral-ulnar-vessels-g-brachial-vein-k-kquot-cephalic-vein-h-RN6X5C.jpg ". The anatomy of the domestic animals. Veterinary anatomy. 748 CIRCULATORY SYSTEM OF THE DOG median artery under the flexor carpi radialis about a third of the way down the forearm, and divides into radial and ulnar arteries. Among its collateral l)ranches are the following: (1) The large subscapular artery passes up between the sub-. Fin. fil6.—VESSELa AND Nehves of Medial Surface OF Shoulder and Arm of Dog. a, b. Brachial artery; c, subscapular vessels; d, thoraco-dorsal vessels; e, deep brachial vessels; /.prox- imal collateral ulnar vessels; g, brachial vein; k, k", cephalic vein; h', Stock Photo")
RMRN6X5C–. The anatomy of the domestic animals. Veterinary anatomy. 748 CIRCULATORY SYSTEM OF THE DOG median artery under the flexor carpi radialis about a third of the way down the forearm, and divides into radial and ulnar arteries. Among its collateral l)ranches are the following: (1) The large subscapular artery passes up between the sub-. Fin. fil6.—VESSELa AND Nehves of Medial Surface OF Shoulder and Arm of Dog. a, b. Brachial artery; c, subscapular vessels; d, thoraco-dorsal vessels; e, deep brachial vessels; /.prox- imal collateral ulnar vessels; g, brachial vein; k, k", cephalic vein; h',
![. The anatomy of the domestic animals. Veterinary anatomy. 652 BLOOD-VASCULAR SYSTEM OF THE HORSE A nterior deep pectoral 7n.uscle Suprascapular artery. Posterior deep pecto- '" ral muscle Tendon of cutantus Nerve to biceps Anterior drcumfltx artiry Anterior superficial pectoral muscle Extensor carpi radiahs Radius Accessory cephalic vein Elbow joint flexor carpi ulnar is Fk xor carpi rudialis Midinl liga- mi nt of elbow joint Fig. 566.—Dissection of Shoolder and Asm of House; Medial Suhface. A, Brachial artery, the stump of which has been turned backward; B, subscapular artery; C, thorac Stock Photo](https://c8.alamy.com/comp/RN59CA/the-anatomy-of-the-domestic-animals-veterinary-anatomy-652-blood-vascular-system-of-the-horse-a-nterior-deep-pectoral-7nuscle-suprascapular-artery-posterior-deep-pecto-quot-ral-muscle-tendon-of-cutantus-nerve-to-biceps-anterior-drcumfltx-artiry-anterior-superficial-pectoral-muscle-extensor-carpi-radiahs-radius-accessory-cephalic-vein-elbow-joint-flexor-carpi-ulnar-is-fk-xor-carpi-rudialis-midinl-liga-mi-nt-of-elbow-joint-fig-566dissection-of-shoolder-and-asm-of-house-medial-suhface-a-brachial-artery-the-stump-of-which-has-been-turned-backward-b-subscapular-artery-c-thorac-RN59CA.jpg ". The anatomy of the domestic animals. Veterinary anatomy. 652 BLOOD-VASCULAR SYSTEM OF THE HORSE A nterior deep pectoral 7n.uscle Suprascapular artery. Posterior deep pecto- '" ral muscle Tendon of cutantus Nerve to biceps Anterior drcumfltx artiry Anterior superficial pectoral muscle Extensor carpi radiahs Radius Accessory cephalic vein Elbow joint flexor carpi ulnar is Fk xor carpi rudialis Midinl liga- mi nt of elbow joint Fig. 566.—Dissection of Shoolder and Asm of House; Medial Suhface. A, Brachial artery, the stump of which has been turned backward; B, subscapular artery; C, thorac Stock Photo")
RMRN59CA–. The anatomy of the domestic animals. Veterinary anatomy. 652 BLOOD-VASCULAR SYSTEM OF THE HORSE A nterior deep pectoral 7n.uscle Suprascapular artery. Posterior deep pecto- '" ral muscle Tendon of cutantus Nerve to biceps Anterior drcumfltx artiry Anterior superficial pectoral muscle Extensor carpi radiahs Radius Accessory cephalic vein Elbow joint flexor carpi ulnar is Fk xor carpi rudialis Midinl liga- mi nt of elbow joint Fig. 566.—Dissection of Shoolder and Asm of House; Medial Suhface. A, Brachial artery, the stump of which has been turned backward; B, subscapular artery; C, thorac
RMRHN426–. The Biological bulletin. Biology; Zoology; Biology; Marine Biology. 500 A. STEINACKER SOG. B SOG SGN AP FIGURE 3. Transverse view of the cor frontale in cephalothorax of the Callincctes sapidns. A shows relation of cor frontale (CF) to cephalic structures. DMA indicates dorsal median artery entering the cor frontale. Muscles bordering cor frontale (EM) are the eyestalk muscles. The supraesophageal ganglion (SOG) lies under the cor frontale and receives its blood supply via the cerebral artery (CA). B shows enlarged view of center of (A) showing the cor frontale sinus walls opened at arrows t
RMRD3WR9–. Elementary anatomy and physiology : for colleges, academies, and other schools. Anatomy; Physiology. 5 98 HITCHCOCK'S ANATOMY Fig. 201.. Aplysia (Mollusc) laid open to show the viscera, a. Esophagus, e. Salivary GlanoV d. Cephalic Ganglion, e. Esophageal Ganglion. f,g First Stomach or Crop. h. Third or True Stomach, i. Gizzard. Jt. Intestine. I. Liver, m. Posterior Ganglion, n. Aorta. o. Hepatic Artery, Ventricle of Heart, q. Auricle, r. s. Branchiae or Gills, i* Lower Intestines. T. Ovary.. Please note that these images are extracted from scanned page images that may have been digitally enh
RMRJYD8E–. Atlas of applied (topographical) human anatomy for students and practitioners. Anatomy. Lesser IiiltTiial Cutaneous 1^ ^ Nerve Ulnar Nerve IJasilic Vein Median Nerve Interniil Cutaneous Nc Median Basilic Ve: Bicipital Fascia Pronator Ratli Teres Muscle Flexor Carpi Radialis Muscle. Internal Cutancttus I'.ianch nf the Musculo- Spiral Nerve Cephalic Vein Brachial Ailery Bracbio-Kadialis Muscle (Supinator Longusl Cutaneous liianch — of Musculo- cutaneous Nerve - Kadial Artery Se.fethti Fig. 82. Left Antecubital Space Superficial Layer. Nat. Size. Kebman Limited, Loudon. Rebman Company, New Yo
RMRE04GH–. Veterinary studies for agricultural students. Veterinary medicine. 3.x ANATOMY. axillary near the division of the anterior aorta into right and left axillary arteries. A corpuscle, on its way from the heart to the brain would pass through the aorta, anterior aorta, right axillary, cephalic, and common carotid and then through a branch of the carotid to the brain.. FIG. 19. CIRCULATION. ARTERIES GRAY, VEINS WHITE. 1, Heart, right ventricle; 2, left ventricle; 3, loft auricle; 4, pulmonary artery; 5, pulmonary veins; 6, anterior aorta; 7, carotid artery; 9, left axillary artery; 13, humeral ar
RMRJYD6X–. Atlas of applied (topographical) human anatomy for students and practitioners. Anatomy. Intcriiiil Cutinmus Xcrvc fireat Anastomotic Artcrv Inner Head nf Triceps Ulnar Nerve IJasilic Vein Brachial Artery ^ledian Basilic Vein Cntaneous Branch of Musculo-Cutaneous Nerve Cephalic Vcin- liicipital rasi'i.i. Ulnar Origin of Pronator^ Radii Teres Muscle Humeral Origin of Pronator^ Radii Teres ^luscle. Biachialis Anticus Muscle ^ledian Xcrvc- Brachio-Radialis Musclc (Supinator Longus) Radial Artery Inferior Profunda Art<Tv Olecranon Bursa lexor Carpi Ulnaris Muscle Anterior Ulnar Kei inrcnt .r
![. A compend of equine anatomy and physiology. Horses. 82 EQUINE ANATOMY. Fig.. THE HEART AND PRINCIPAL VESSELS; LEFT FACE. Right ventricle; b, Left ventricle; c, Right auricle; d, Left auricle; e, Pulmonary artery ; e'', Obliterated arterial canal; f, Pulmonary veins ; g, Anterior aorta; h, Left axillary artery ; z", Right axillary artery, or brachio-cephalic trunk; j, Origin of the dorsal artery; k, Origin of the superior cervical artery; /, Origin of the vertebral artery; in, Origin of the inferior cervical artery; n, Origin of the internal thoracic artery; o, Origin of the external dit Stock Photo](https://c8.alamy.com/comp/REE181/a-compend-of-equine-anatomy-and-physiology-horses-82-equine-anatomy-fig-the-heart-and-principal-vessels-left-face-right-ventricle-b-left-ventricle-c-right-auricle-d-left-auricle-e-pulmonary-artery-e-obliterated-arterial-canal-f-pulmonary-veins-g-anterior-aorta-h-left-axillary-artery-zquot-right-axillary-artery-or-brachio-cephalic-trunk-j-origin-of-the-dorsal-artery-k-origin-of-the-superior-cervical-artery-origin-of-the-vertebral-artery-in-origin-of-the-inferior-cervical-artery-n-origin-of-the-internal-thoracic-artery-o-origin-of-the-external-dit-REE181.jpg ". A compend of equine anatomy and physiology. Horses. 82 EQUINE ANATOMY. Fig.. THE HEART AND PRINCIPAL VESSELS; LEFT FACE. Right ventricle; b, Left ventricle; c, Right auricle; d, Left auricle; e, Pulmonary artery ; e'', Obliterated arterial canal; f, Pulmonary veins ; g, Anterior aorta; h, Left axillary artery ; z", Right axillary artery, or brachio-cephalic trunk; j, Origin of the dorsal artery; k, Origin of the superior cervical artery; /, Origin of the vertebral artery; in, Origin of the inferior cervical artery; n, Origin of the internal thoracic artery; o, Origin of the external dit Stock Photo")
RMREE181–. A compend of equine anatomy and physiology. Horses. 82 EQUINE ANATOMY. Fig.. THE HEART AND PRINCIPAL VESSELS; LEFT FACE. Right ventricle; b, Left ventricle; c, Right auricle; d, Left auricle; e, Pulmonary artery ; e'', Obliterated arterial canal; f, Pulmonary veins ; g, Anterior aorta; h, Left axillary artery ; z", Right axillary artery, or brachio-cephalic trunk; j, Origin of the dorsal artery; k, Origin of the superior cervical artery; /, Origin of the vertebral artery; in, Origin of the inferior cervical artery; n, Origin of the internal thoracic artery; o, Origin of the external dit
RMRDY74N–. The anatomy of the domestic animals . Veterinary anatomy. 652 BLOOD-VASCULAR SYSTEM OF THE HORSE Anterior deep pectoral mu^cli Suprascapular artery Posterior deip pi cto- ral muscle Tendon of cutaneus Xerve to biceps Anterior circtunflex artery Anterior superficial pectoral muscle. Extensor carpi radialis Radius Accessory cephalic run Elbow joint Flcxoi cai pi vlnnris Fli !o> eai pi inilinhs Medial hqa- tnint of elbow joint Fig. 566.—Dissection of Shottldek and Arm of Horse; Medi-l Surface. A, Brachial artery, the stump of which has been turned backward; B, subscapular artery; C, thoraco
![. The anatomy of the domestic animals. Veterinary anatomy. Fin. fil6.—VESSELa AND Nehves of Medial Surface OF Shoulder and Arm of Dog. a, b. Brachial artery; c, subscapular vessels; d, thoraco-dorsal vessels; e, deep brachial vessels; /.prox- imal collateral ulnar vessels; g, brachial vein; k, k", cephalic vein; h', mediano-radial vein; i, anterior tho- racic nerves; k, musculo-cutaneous nerve; I, median nerve; m, ulnar nerve; it, radial nerve; o, thoraco- dorsal nerve; 1, subscapularis muscle; 2, supraspinatus muscle; 3, teres major; ^, latissimus dorsi; 5, deep pectoral muscle; 6, bicep Stock Photo](https://c8.alamy.com/comp/RN6X52/the-anatomy-of-the-domestic-animals-veterinary-anatomy-fin-fil6vessela-and-nehves-of-medial-surface-of-shoulder-and-arm-of-dog-a-b-brachial-artery-c-subscapular-vessels-d-thoraco-dorsal-vessels-e-deep-brachial-vessels-prox-imal-collateral-ulnar-vessels-g-brachial-vein-k-kquot-cephalic-vein-h-mediano-radial-vein-i-anterior-tho-racic-nerves-k-musculo-cutaneous-nerve-i-median-nerve-m-ulnar-nerve-it-radial-nerve-o-thoraco-dorsal-nerve-1-subscapularis-muscle-2-supraspinatus-muscle-3-teres-major-latissimus-dorsi-5-deep-pectoral-muscle-6-bicep-RN6X52.jpg ". The anatomy of the domestic animals. Veterinary anatomy. Fin. fil6.—VESSELa AND Nehves of Medial Surface OF Shoulder and Arm of Dog. a, b. Brachial artery; c, subscapular vessels; d, thoraco-dorsal vessels; e, deep brachial vessels; /.prox- imal collateral ulnar vessels; g, brachial vein; k, k", cephalic vein; h', mediano-radial vein; i, anterior tho- racic nerves; k, musculo-cutaneous nerve; I, median nerve; m, ulnar nerve; it, radial nerve; o, thoraco- dorsal nerve; 1, subscapularis muscle; 2, supraspinatus muscle; 3, teres major; ^, latissimus dorsi; 5, deep pectoral muscle; 6, bicep Stock Photo")
RMRN6X52–. The anatomy of the domestic animals. Veterinary anatomy. Fin. fil6.—VESSELa AND Nehves of Medial Surface OF Shoulder and Arm of Dog. a, b. Brachial artery; c, subscapular vessels; d, thoraco-dorsal vessels; e, deep brachial vessels; /.prox- imal collateral ulnar vessels; g, brachial vein; k, k", cephalic vein; h', mediano-radial vein; i, anterior tho- racic nerves; k, musculo-cutaneous nerve; I, median nerve; m, ulnar nerve; it, radial nerve; o, thoraco- dorsal nerve; 1, subscapularis muscle; 2, supraspinatus muscle; 3, teres major; ^, latissimus dorsi; 5, deep pectoral muscle; 6, bicep
![. Atlas of applied (topographical) human anatomy for students and practitioners. Anatomy. jNIedian Norvc Outer Head of Triceps Internal C"utaTic«»us Nerve Hiailiial Artery Coraco-Bradiialis Muscle l7*3xCJP-r^^ Inner Head ni j ^,^r ^ I-T."^â'^â C^^-^"'^'^ Triceps Muscle Inferior Profunda Artery Fig. 80. Transverse Section tlu'ough the Middle of the (right) Arm. View from li^low. Nat. Siz Biceps Brachialis Anticus Muscle Cephalic Vei Musculo-Cutaneous Nerve Brachial Artcr Median Nerve Musculo-Spiral Ncrc Brachio-Radialis (Supinator Longus) Muscle Posterior Branch of Radial Ner Stock Photo](https://c8.alamy.com/comp/RJYD9J/atlas-of-applied-topographical-human-anatomy-for-students-and-practitioners-anatomy-jniedian-norvc-outer-head-of-triceps-internal-cquotutaticus-nerve-hiailiial-artery-coraco-bradiialis-muscle-l73xcjp-r-inner-head-ni-j-r-i-tquot-c-quot-triceps-muscle-inferior-profunda-artery-fig-80-transverse-section-tluough-the-middle-of-the-right-arm-view-from-lilow-nat-siz-biceps-brachialis-anticus-muscle-cephalic-vei-musculo-cutaneous-nerve-brachial-artcr-median-nerve-musculo-spiral-ncrc-brachio-radialis-supinator-longus-muscle-posterior-branch-of-radial-ner-RJYD9J.jpg ". Atlas of applied (topographical) human anatomy for students and practitioners. Anatomy. jNIedian Norvc Outer Head of Triceps Internal C"utaTic«»us Nerve Hiailiial Artery Coraco-Bradiialis Muscle l7*3xCJP-r^^ Inner Head ni j ^,^r ^ I-T."^â'^â C^^-^"'^'^ Triceps Muscle Inferior Profunda Artery Fig. 80. Transverse Section tlu'ough the Middle of the (right) Arm. View from li^low. Nat. Siz Biceps Brachialis Anticus Muscle Cephalic Vei Musculo-Cutaneous Nerve Brachial Artcr Median Nerve Musculo-Spiral Ncrc Brachio-Radialis (Supinator Longus) Muscle Posterior Branch of Radial Ner Stock Photo")
RMRJYD9J–. Atlas of applied (topographical) human anatomy for students and practitioners. Anatomy. jNIedian Norvc Outer Head of Triceps Internal C"utaTic«»us Nerve Hiailiial Artery Coraco-Bradiialis Muscle l7*3xCJP-r^^ Inner Head ni j ^,^r ^ I-T."^â'^â C^^-^"'^'^ Triceps Muscle Inferior Profunda Artery Fig. 80. Transverse Section tlu'ough the Middle of the (right) Arm. View from li^low. Nat. Siz Biceps Brachialis Anticus Muscle Cephalic Vei Musculo-Cutaneous Nerve Brachial Artcr Median Nerve Musculo-Spiral Ncrc Brachio-Radialis (Supinator Longus) Muscle Posterior Branch of Radial Ner
RMREF4BG–. A compend of equine anatomy and physiology. Horses. VISCERAL ANATOMY. *37 Fig. 23.. THE RESPIRATORY ORGANS; INFERIOR, OR FRONT VIEW. Trachea; 2, Jugular vein ; 3, Great rectus anticus muscle ; 4, Carotid artery ; 5, Longus colli muscle ; 6, Origin of the common carotids ; 7, Vertebral artery; 8, Section of first rib; 9, Cephalic trunk of right axillary artery; 10, Anterior lobe of right lung; 11, Middle, or supplementary lobe of ditto; 12, Posterior portion or lobe of ditto ; 13, Heart; 14, Cardiac artery; 15, Ventricular branch of cardiac vein; 16, OZsoph- agus. IO. Please note that these i
RMREE1FJ–. A compend of equine anatomy and physiology. Horses; Horses -- Anatomy. VISCERAL ANATOMY. FtG. 23. 137. THE RESPIRA.TORY ORGANS; INFERIOR, OR FRONT VIEW. Trachea; 2, Jugular vein; 3, Great rectusanticus muscle; 4, Carotid artery; 5, Longus colli muscle; 6, Origin of the common carotids; 7, Vertebral artery; 8, Section of first rib; 9, Cephalic trunk of right axillary artery; 10, Anterior lobe of right lung; 11, Middle,'or supplementary lobe of ditto; 12, Posterior portion or lobe of ditto; 13, Heart; 14, Cardiac artery; 15, Ventricular branch of cardiac vein; 16, CEsophagus. 10. Please note t
![. The anatomy of the domestic animals . Veterinary anatomy. 'N^ . Fig. 616.—VEsaELS and Nerves of Medial Surface OF Shoulder and Arm of Dog. a, b, Brachial artery; c, subscapular vessels; d, thoraco-dorsal vessels; e, deep brachial vessels; /, prox- imal collateral ulnar vessels; p. brachial vein; ft, A", cephalic vein; h', mediano-radial vein; i, anterior tho- racic nerves; k, musculo-cutaneous nerve; /, median nerve; m, ulnar nerve; n, radial nerve; o, thoraco- dorsal nerve; 1, subscapularis muscle; 2, supraspinatus muscle; 3, teres major; 4% latissimus dorsi; 6, deep pectoral muscle; Stock Photo](https://c8.alamy.com/comp/RDXP2K/the-anatomy-of-the-domestic-animals-veterinary-anatomy-n-fig-616vesaels-and-nerves-of-medial-surface-of-shoulder-and-arm-of-dog-a-b-brachial-artery-c-subscapular-vessels-d-thoraco-dorsal-vessels-e-deep-brachial-vessels-prox-imal-collateral-ulnar-vessels-p-brachial-vein-ft-aquot-cephalic-vein-h-mediano-radial-vein-i-anterior-tho-racic-nerves-k-musculo-cutaneous-nerve-median-nerve-m-ulnar-nerve-n-radial-nerve-o-thoraco-dorsal-nerve-1-subscapularis-muscle-2-supraspinatus-muscle-3-teres-major-4-latissimus-dorsi-6-deep-pectoral-muscle-RDXP2K.jpg ". The anatomy of the domestic animals . Veterinary anatomy. 'N^ . Fig. 616.—VEsaELS and Nerves of Medial Surface OF Shoulder and Arm of Dog. a, b, Brachial artery; c, subscapular vessels; d, thoraco-dorsal vessels; e, deep brachial vessels; /, prox- imal collateral ulnar vessels; p. brachial vein; ft, A", cephalic vein; h', mediano-radial vein; i, anterior tho- racic nerves; k, musculo-cutaneous nerve; /, median nerve; m, ulnar nerve; n, radial nerve; o, thoraco- dorsal nerve; 1, subscapularis muscle; 2, supraspinatus muscle; 3, teres major; 4% latissimus dorsi; 6, deep pectoral muscle; Stock Photo")
RMRDXP2K–. The anatomy of the domestic animals . Veterinary anatomy. 'N^ . Fig. 616.—VEsaELS and Nerves of Medial Surface OF Shoulder and Arm of Dog. a, b, Brachial artery; c, subscapular vessels; d, thoraco-dorsal vessels; e, deep brachial vessels; /, prox- imal collateral ulnar vessels; p. brachial vein; ft, A", cephalic vein; h', mediano-radial vein; i, anterior tho- racic nerves; k, musculo-cutaneous nerve; /, median nerve; m, ulnar nerve; n, radial nerve; o, thoraco- dorsal nerve; 1, subscapularis muscle; 2, supraspinatus muscle; 3, teres major; 4% latissimus dorsi; 6, deep pectoral muscle;
![. Atlas of applied (topographical) human anatomy for students and practitioners. Anatomy. Biceps Muscle l ir;it"hialis Anticiis Muscle Musculu-Spiral Nerve- Superior Profunda Arterv. jNIedian Norvc Outer Head of Triceps Internal C"utaTic«»us Nerve Hiailiial Artery Coraco-Bradiialis Muscle l7*3xCJP-r^^ Inner Head ni j ^,^r ^ I-T."^â'^â C^^-^"'^'^ Triceps Muscle Inferior Profunda Artery Fig. 80. Transverse Section tlu'ough the Middle of the (right) Arm. View from li^low. Nat. Siz Biceps Brachialis Anticus Muscle Cephalic Vei Musculo-Cutaneous Nerve Brachial Artcr Median Ne Stock Photo](https://c8.alamy.com/comp/RJYD9X/atlas-of-applied-topographical-human-anatomy-for-students-and-practitioners-anatomy-biceps-muscle-l-iritquothialis-anticiis-muscle-musculu-spiral-nerve-superior-profunda-arterv-jniedian-norvc-outer-head-of-triceps-internal-cquotutaticus-nerve-hiailiial-artery-coraco-bradiialis-muscle-l73xcjp-r-inner-head-ni-j-r-i-tquot-c-quot-triceps-muscle-inferior-profunda-artery-fig-80-transverse-section-tluough-the-middle-of-the-right-arm-view-from-lilow-nat-siz-biceps-brachialis-anticus-muscle-cephalic-vei-musculo-cutaneous-nerve-brachial-artcr-median-ne-RJYD9X.jpg ". Atlas of applied (topographical) human anatomy for students and practitioners. Anatomy. Biceps Muscle l ir;it"hialis Anticiis Muscle Musculu-Spiral Nerve- Superior Profunda Arterv. jNIedian Norvc Outer Head of Triceps Internal C"utaTic«»us Nerve Hiailiial Artery Coraco-Bradiialis Muscle l7*3xCJP-r^^ Inner Head ni j ^,^r ^ I-T."^â'^â C^^-^"'^'^ Triceps Muscle Inferior Profunda Artery Fig. 80. Transverse Section tlu'ough the Middle of the (right) Arm. View from li^low. Nat. Siz Biceps Brachialis Anticus Muscle Cephalic Vei Musculo-Cutaneous Nerve Brachial Artcr Median Ne Stock Photo")
RMRJYD9X–. Atlas of applied (topographical) human anatomy for students and practitioners. Anatomy. Biceps Muscle l ir;it"hialis Anticiis Muscle Musculu-Spiral Nerve- Superior Profunda Arterv. jNIedian Norvc Outer Head of Triceps Internal C"utaTic«»us Nerve Hiailiial Artery Coraco-Bradiialis Muscle l7*3xCJP-r^^ Inner Head ni j ^,^r ^ I-T."^â'^â C^^-^"'^'^ Triceps Muscle Inferior Profunda Artery Fig. 80. Transverse Section tlu'ough the Middle of the (right) Arm. View from li^low. Nat. Siz Biceps Brachialis Anticus Muscle Cephalic Vei Musculo-Cutaneous Nerve Brachial Artcr Median Ne
![. The anatomy of the domestic animals. Veterinary anatomy. Fin. 61fi.—'e9sels an'd Nerves of Medial Surface OF Shoulder axd Arm of Dog. a, fi. Brachial artery; r, subscapular vessels; d, thoraco-dorsal vessels; e, deep br.ichial vessels; /, prox- imal collateral ulnar vessels; g, brachial vein; k, h", cephalic vein; h', mediano-radial vein; i, anterior tho- racic nerves; k, musculo-cutaneous nerve; /, median nerve; m, ulnar nerve; n, radial nerve; o, thoraco- dorsal nerve; 1, aubscapularis muscle; 2, supraspinatus muscle; 5, teres major; 4> latissimus dorsi; 5, deep pectoral muscle; 6 Stock Photo](https://c8.alamy.com/comp/RN6WKH/the-anatomy-of-the-domestic-animals-veterinary-anatomy-fin-61fie9sels-and-nerves-of-medial-surface-of-shoulder-axd-arm-of-dog-a-fi-brachial-artery-r-subscapular-vessels-d-thoraco-dorsal-vessels-e-deep-brichial-vessels-prox-imal-collateral-ulnar-vessels-g-brachial-vein-k-hquot-cephalic-vein-h-mediano-radial-vein-i-anterior-tho-racic-nerves-k-musculo-cutaneous-nerve-median-nerve-m-ulnar-nerve-n-radial-nerve-o-thoraco-dorsal-nerve-1-aubscapularis-muscle-2-supraspinatus-muscle-5-teres-major-4gt-latissimus-dorsi-5-deep-pectoral-muscle-6-RN6WKH.jpg ". The anatomy of the domestic animals. Veterinary anatomy. Fin. 61fi.—'e9sels an'd Nerves of Medial Surface OF Shoulder axd Arm of Dog. a, fi. Brachial artery; r, subscapular vessels; d, thoraco-dorsal vessels; e, deep br.ichial vessels; /, prox- imal collateral ulnar vessels; g, brachial vein; k, h", cephalic vein; h', mediano-radial vein; i, anterior tho- racic nerves; k, musculo-cutaneous nerve; /, median nerve; m, ulnar nerve; n, radial nerve; o, thoraco- dorsal nerve; 1, aubscapularis muscle; 2, supraspinatus muscle; 5, teres major; 4> latissimus dorsi; 5, deep pectoral muscle; 6 Stock Photo")
RMRN6WKH–. The anatomy of the domestic animals. Veterinary anatomy. Fin. 61fi.—'e9sels an'd Nerves of Medial Surface OF Shoulder axd Arm of Dog. a, fi. Brachial artery; r, subscapular vessels; d, thoraco-dorsal vessels; e, deep br.ichial vessels; /, prox- imal collateral ulnar vessels; g, brachial vein; k, h", cephalic vein; h', mediano-radial vein; i, anterior tho- racic nerves; k, musculo-cutaneous nerve; /, median nerve; m, ulnar nerve; n, radial nerve; o, thoraco- dorsal nerve; 1, aubscapularis muscle; 2, supraspinatus muscle; 5, teres major; 4> latissimus dorsi; 5, deep pectoral muscle; 6
![. The anatomy of the domestic animals . Veterinary anatomy. Fig. 660.—Right Cervico-thoracic Ganguon and Related Structures of Horse. G, G', Ganglia; 5, sympathetic trunk; V, vagus; Ji, recurrent nerve; .Y.c, cardiac nerves, CXIII, T.I., rami communicantes from eighth cervical and first thor- acic nerves; A'.^r., nervus transversarius; 7".b., brachio- cephalic trunk; A.d.c.y dorso-cervical artery; A.b.d., right brachial artery; A.c.c, common carotid artery.. Fig. 661.—Left Cervico-thoracic Ganglion and Related Structures of Horse. G, G', Ganglia; S, sympathetic trunk; V, vagus; R, recurre Stock Photo](https://c8.alamy.com/comp/RDXNMH/the-anatomy-of-the-domestic-animals-veterinary-anatomy-fig-660right-cervico-thoracic-ganguon-and-related-structures-of-horse-g-g-ganglia-5-sympathetic-trunk-v-vagus-ji-recurrent-nerve-yc-cardiac-nerves-cxiii-ti-rami-communicantes-from-eighth-cervical-and-first-thor-acic-nerves-ar-nervus-transversarius-7quotb-brachio-cephalic-trunk-adcy-dorso-cervical-artery-abd-right-brachial-artery-acc-common-carotid-artery-fig-661left-cervico-thoracic-ganglion-and-related-structures-of-horse-g-g-ganglia-s-sympathetic-trunk-v-vagus-r-recurre-RDXNMH.jpg ". The anatomy of the domestic animals . Veterinary anatomy. Fig. 660.—Right Cervico-thoracic Ganguon and Related Structures of Horse. G, G', Ganglia; 5, sympathetic trunk; V, vagus; Ji, recurrent nerve; .Y.c, cardiac nerves, CXIII, T.I., rami communicantes from eighth cervical and first thor- acic nerves; A'.^r., nervus transversarius; 7".b., brachio- cephalic trunk; A.d.c.y dorso-cervical artery; A.b.d., right brachial artery; A.c.c, common carotid artery.. Fig. 661.—Left Cervico-thoracic Ganglion and Related Structures of Horse. G, G', Ganglia; S, sympathetic trunk; V, vagus; R, recurre Stock Photo")
RMRDXNMH–. The anatomy of the domestic animals . Veterinary anatomy. Fig. 660.—Right Cervico-thoracic Ganguon and Related Structures of Horse. G, G', Ganglia; 5, sympathetic trunk; V, vagus; Ji, recurrent nerve; .Y.c, cardiac nerves, CXIII, T.I., rami communicantes from eighth cervical and first thor- acic nerves; A'.^r., nervus transversarius; 7".b., brachio- cephalic trunk; A.d.c.y dorso-cervical artery; A.b.d., right brachial artery; A.c.c, common carotid artery.. Fig. 661.—Left Cervico-thoracic Ganglion and Related Structures of Horse. G, G', Ganglia; S, sympathetic trunk; V, vagus; R, recurre
RMRE0606–. A laboratory manual and text-book of embryology. Embryology. A .v.c.v.. Fig. 268.—A, The development of the vertebral artery in a rabbit embryo of twelve days (Hochstetter from McMurrich). /// AB to VI AB, branchial arch vessels; Ap, pulmonary artery; A.v.c.b. and A.v.c.v., cephalic and cervical portions of vertebral artery; A.s., subclavian artery; C.d. and C.v., in- ternal and external carotid arteries. I.Sp.C, spinal ganglion. B, Arterial system of an embryo of 10 mm. (His). Ic, internal carotid; P, pulmonary artery; Ve, vertebral artery; III to VI, persistent aortic arches. 18. Please no
![. Carnegie Institution of Washington publication. Primitive pulmon art. Cephalic pulmon. tributary Pulmonary vein Rudiment ofL pulm arch fâL primitive pulmonary art â Cephalic pulmon tributary â L paired dorsal aorta Pulmonary vein â Transverse anastomosis Lung Segmental artery s Sfy34 â vo/darl. -j'pouch â pfjarynaeal â Yenlralpharyngeal arf 'a/, 4*2 aar he arches " anary arch , , Pulmont- nighl pulmonary arch jp- - pulmonary a Bâ Lefipaired aorta â 1 aorta niqnl primitive pulmonary a e internal carotid artery "aortic arch Caudal pharyngeal complex â ' >â â arch â â â J^36 J. F Stock Photo](https://c8.alamy.com/comp/RFRC1E/carnegie-institution-of-washington-publication-primitive-pulmon-art-cephalic-pulmon-tributary-pulmonary-vein-rudiment-ofl-pulm-arch-fl-primitive-pulmonary-art-cephalic-pulmon-tributary-l-paired-dorsal-aorta-pulmonary-vein-transverse-anastomosis-lung-segmental-artery-s-sfy34-vodarl-jpouch-pfjarynaeal-yenlralpharyngeal-arf-a-42-aar-he-arches-quot-anary-arch-pulmont-nighl-pulmonary-arch-jp-pulmonary-a-b-lefipaired-aorta-1-aorta-niqnl-primitive-pulmonary-a-e-internal-carotid-artery-quotaortic-arch-caudal-pharyngeal-complex-gt-arch-j36-j-f-RFRC1E.jpg ". Carnegie Institution of Washington publication. Primitive pulmon art. Cephalic pulmon. tributary Pulmonary vein Rudiment ofL pulm arch fâL primitive pulmonary art â Cephalic pulmon tributary â L paired dorsal aorta Pulmonary vein â Transverse anastomosis Lung Segmental artery s Sfy34 â vo/darl. -j'pouch â pfjarynaeal â Yenlralpharyngeal arf 'a/, 4*2 aar he arches " anary arch , , Pulmont- nighl pulmonary arch jp- - pulmonary a Bâ Lefipaired aorta â 1 aorta niqnl primitive pulmonary a e internal carotid artery "aortic arch Caudal pharyngeal complex â ' >â â arch â â â J^36 J. F Stock Photo")
RMRFRC1E–. Carnegie Institution of Washington publication. Primitive pulmon art. Cephalic pulmon. tributary Pulmonary vein Rudiment ofL pulm arch fâL primitive pulmonary art â Cephalic pulmon tributary â L paired dorsal aorta Pulmonary vein â Transverse anastomosis Lung Segmental artery s Sfy34 â vo/darl. -j'pouch â pfjarynaeal â Yenlralpharyngeal arf 'a/, 4*2 aar he arches " anary arch , , Pulmont- nighl pulmonary arch jp- - pulmonary a Bâ Lefipaired aorta â 1 aorta niqnl primitive pulmonary a e internal carotid artery "aortic arch Caudal pharyngeal complex â ' >â â arch â â â J^36 J. F
![. The anatomy of the domestic animals. Veterinary anatomy. Fig. 660.—Right Cervico-thoracic Ganglion and Rel-ted Structures of Horse. G, G', Ganglia; S, sympathetic trunk; V, vagus; R, recurrent nerve; V.c, cardiac nerves, CVIII, T.I., rami communicantes from eighth cervical and first thor- acic nerves; .V.(r., nervustransversarius; 7'.6.. brachio- cephalic trunk; A.d.c, dorso-cervical artery; A,b,d., right brachial arterj-; .-l.c.c, common carotid artery.. j-thoracic g.anguon and > Structures of Horse. G, G', Ganglia; .S". sympathetic trunk; T', vagus; R. recurrent nerve; C.YII, CVII Stock Photo](https://c8.alamy.com/comp/RN6TB3/the-anatomy-of-the-domestic-animals-veterinary-anatomy-fig-660right-cervico-thoracic-ganglion-and-rel-ted-structures-of-horse-g-g-ganglia-s-sympathetic-trunk-v-vagus-r-recurrent-nerve-vc-cardiac-nerves-cviii-ti-rami-communicantes-from-eighth-cervical-and-first-thor-acic-nerves-vr-nervustransversarius-76-brachio-cephalic-trunk-adc-dorso-cervical-artery-abd-right-brachial-arterj-lcc-common-carotid-artery-j-thoracic-ganguon-and-gt-structures-of-horse-g-g-ganglia-squot-sympathetic-trunk-t-vagus-r-recurrent-nerve-cyii-cvii-RN6TB3.jpg ". The anatomy of the domestic animals. Veterinary anatomy. Fig. 660.—Right Cervico-thoracic Ganglion and Rel-ted Structures of Horse. G, G', Ganglia; S, sympathetic trunk; V, vagus; R, recurrent nerve; V.c, cardiac nerves, CVIII, T.I., rami communicantes from eighth cervical and first thor- acic nerves; .V.(r., nervustransversarius; 7'.6.. brachio- cephalic trunk; A.d.c, dorso-cervical artery; A,b,d., right brachial arterj-; .-l.c.c, common carotid artery.. j-thoracic g.anguon and > Structures of Horse. G, G', Ganglia; .S". sympathetic trunk; T', vagus; R. recurrent nerve; C.YII, CVII Stock Photo")
RMRN6TB3–. The anatomy of the domestic animals. Veterinary anatomy. Fig. 660.—Right Cervico-thoracic Ganglion and Rel-ted Structures of Horse. G, G', Ganglia; S, sympathetic trunk; V, vagus; R, recurrent nerve; V.c, cardiac nerves, CVIII, T.I., rami communicantes from eighth cervical and first thor- acic nerves; .V.(r., nervustransversarius; 7'.6.. brachio- cephalic trunk; A.d.c, dorso-cervical artery; A,b,d., right brachial arterj-; .-l.c.c, common carotid artery.. j-thoracic g.anguon and > Structures of Horse. G, G', Ganglia; .S". sympathetic trunk; T', vagus; R. recurrent nerve; C.YII, CVII
RMRN6TFN–. The anatomy of the domestic animals. Veterinary anatomy. Fig. 660.—Right Cervico-thoracic Ganglion and Reuated Structures of Horse. G, G', Ganglia: 5, sympathetic trunk; V, vagus; R, recurrent nerve; N.c, cardiac nerves, C.VIII, T.I., rami communicantes from eighth cervical and first thor- acic nerves; -V.(r., nervustransversarius; r.ft., brachio- cephalic trunk; A.d.c, dorso-cervical artery; A.b.d., right brachial arterj^; A.c.c., common carotid artery.. Fig. 661.—Left Cervico-thoracic Ganglion and Related Structures of Horse. G, G', Ganglia; S, sympathetic trunk; V, vagus; R, recurrent ner
![. Elements of pathological anatomy. Anatomy. CHAP. VI.] HYPERTROPHY DILATATION. 295 lining membrane of the cephalic, median basilic, and radial veins, was studded with them, the other coats being at the same time much inflamed, thickened, and indurated. The characters of chronic inflammation of the veins dif- fer considerably from the acute. The coats are usually much thickened, hypertrophied, and so dense that the vessel, when cut across, preserves its cylindrical figure, like an artery. The redness is of a brownish tint, interspersed with numerous shades of gray, violet, or purple ; and the Stock Photo](https://c8.alamy.com/comp/RCFR8B/elements-of-pathological-anatomy-anatomy-chap-vi-hypertrophy-dilatation-295-lining-membrane-of-the-cephalic-median-basilic-and-radial-veins-was-studded-with-them-the-other-coats-being-at-the-same-time-much-inflamed-thickened-and-indurated-the-characters-of-chronic-inflammation-of-the-veins-dif-fer-considerably-from-the-acute-the-coats-are-usually-much-thickened-hypertrophied-and-so-dense-that-the-vessel-when-cut-across-preserves-its-cylindrical-figure-like-an-artery-the-redness-is-of-a-brownish-tint-interspersed-with-numerous-shades-of-gray-violet-or-purple-and-the-RCFR8B.jpg ". Elements of pathological anatomy. Anatomy. CHAP. VI.] HYPERTROPHY DILATATION. 295 lining membrane of the cephalic, median basilic, and radial veins, was studded with them, the other coats being at the same time much inflamed, thickened, and indurated. The characters of chronic inflammation of the veins dif- fer considerably from the acute. The coats are usually much thickened, hypertrophied, and so dense that the vessel, when cut across, preserves its cylindrical figure, like an artery. The redness is of a brownish tint, interspersed with numerous shades of gray, violet, or purple ; and the Stock Photo")
RMRCFR8B–. Elements of pathological anatomy. Anatomy. CHAP. VI.] HYPERTROPHY DILATATION. 295 lining membrane of the cephalic, median basilic, and radial veins, was studded with them, the other coats being at the same time much inflamed, thickened, and indurated. The characters of chronic inflammation of the veins dif- fer considerably from the acute. The coats are usually much thickened, hypertrophied, and so dense that the vessel, when cut across, preserves its cylindrical figure, like an artery. The redness is of a brownish tint, interspersed with numerous shades of gray, violet, or purple ; and the
RMRCX78F–. Elementary text-book of zoology. Zoology. 4f)4 CEUSTACEA. as in the youngest larvae of the Decajwda, only one pair of slits is present and the arterial system has but few branches. In the fully- developed Decapoda the number of paired slits is increased by the addition of a dorsal and a ventral pair, and the vascular system is considerably perfected. An anterior cephalic aorta supplies the brain, the antennae and eyes. Two lateral pairs of arteries send branches to the stomach, liver and generative organs. The posterior abdominal aorta usually divides into a dorsal and a ventral artery, of w
RMRCW82J–. The development of the chick : an introduction to embryology. Embryology; Chickens -- Embryos. 184 THE DEVELOPMENT OF THE CHICK. Fig. 106. — The same embryo from beneath, x 10. a. i. p., Anterior intestinal portal. A. V., Vitelline artery. Int., Intestinal groove. In an embryo of 42 somites (about ninety-six hours), the value of the somites as determined by their relations and subsequent history is as follows: 1 to 4. Cephalic; entering into the composition of the occipital region of the skull. 5 to 16. Prebrachial; i.e., entering into the region between the wing and the skull. 17 to 19. Bra
RMRCDABF–. The diseases and disorders of the ox, with some account of the diseases of the sheep. THE ANATOMY OF THE OX. 75 the ox have these plexuses most largely developed. In the giraffe there is scarcely a trace of the plexus, and in this con- nection it should be said that this animal eats with its head. Fig. 13.—The Heart and Principal Vessels, Left Face. a. Right ventricle; h. Left ventricle; c. Right auricle; d. Left auricle; e. Pulmonary artery; e'. Obliterated arterial canal; f. Pulmonary veins; g. Anterior aorta ; h. Left axillary artery; i. Right axillary artery, or brachio- cephalic trunk;
RMRCDYM6–. Discovery reports. Discovery (Ship); Scientific expeditions; Ocean; Antarctica; Falkland Islands. Fig. i. Showing the position of the great thoracic rete with relation to the scalene muscle, thoracic cavity and cervical vertebrae. Rete dotted. a, Scalene muscle b, Rectus capitis amicus major muscle c, Longus colli muscle d, Trachelo-mastoid and splenius muscles e, Jugular vein /, Posterior thoracic and internal mammary veins g, Brachial vein h, Axillary venous plexus i, Right brachio-cephalic vein /, Left brachio-cephalic vein k, Precava /, Dorsal aorta m, Ductus arteriosus n, Carotid artery
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