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Branches of radial nerve Stock Photos and Images
Branches of Radial Nerve in Forearm Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/branches-of-radial-nerve-in-forearm-image491880204.htmlRF2KG7264–Branches of Radial Nerve in Forearm
Conceptual image of female nervous system with brain. Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/stock-photo-conceptual-image-of-female-nervous-system-with-brain-59361295.htmlRFDCG3X7–Conceptual image of female nervous system with brain.
A system of human anatomy, general and special . m, and dividesinto branches which supply the integument andtwo fingers and a half on the posterior aspectof the hand, communicating with the internalcutaneous and radial nerve. The Superficial palmar branch divides intothree filaments, which are distributed, one tothe ulnar side of the little finger, one to the ad-joining borders of the little and ring fingers, and a communicatingbranch to join the median nerve. The Deep palmar branch passes between the abductor and flexorminimi digiti, to the deep palmar arch, supplying the muscles of thelittle Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/a-system-of-human-anatomy-general-and-special-m-and-dividesinto-branches-which-supply-the-integument-andtwo-fingers-and-a-half-on-the-posterior-aspectof-the-hand-communicating-with-the-internalcutaneous-and-radial-nerve-the-superficial-palmar-branch-divides-intothree-filaments-which-are-distributed-one-tothe-ulnar-side-of-the-little-finger-one-to-the-ad-joining-borders-of-the-little-and-ring-fingers-and-a-communicatingbranch-to-join-the-median-nerve-the-deep-palmar-branch-passes-between-the-abductor-and-flexorminimi-digiti-to-the-deep-palmar-arch-supplying-the-muscles-of-thelittle-image342712564.htmlRM2AWFWAC–A system of human anatomy, general and special . m, and dividesinto branches which supply the integument andtwo fingers and a half on the posterior aspectof the hand, communicating with the internalcutaneous and radial nerve. The Superficial palmar branch divides intothree filaments, which are distributed, one tothe ulnar side of the little finger, one to the ad-joining borders of the little and ring fingers, and a communicatingbranch to join the median nerve. The Deep palmar branch passes between the abductor and flexorminimi digiti, to the deep palmar arch, supplying the muscles of thelittle
Medical illustration of human brain and brain stem, perspective view. Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/stock-photo-medical-illustration-of-human-brain-and-brain-stem-perspective-view-59361189.htmlRFDCG3PD–Medical illustration of human brain and brain stem, perspective view.
The shoulder region houses a complex network of nerves and vessels, including the brachial plexus, arteries, and veins, essential for limb innervation Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/the-shoulder-region-houses-a-complex-network-of-nerves-and-vessels-including-the-brachial-plexus-arteries-and-veins-essential-for-limb-innervation-image567602174.htmlRF2RYCEA6–The shoulder region houses a complex network of nerves and vessels, including the brachial plexus, arteries, and veins, essential for limb innervation
. The Devonian crinoids of the State of New York. Crinoidea, Fossil; Paleontology; Paleontology. DEVONIAN CRINOIDS OF NEW YORK 19 cord is in a separate axial canal it passes into the calyx plates through the radial facet. Each nerve cord has a double structure; it separates when it enters the radial into two branches, sending one to the basal on the right and the other to the basal on the left. If the crinoid is monocyclic the cords which pass to the basals join in a ring which surrounds the chambered organ. Here the lobes of the chambered organ correspond with the basals and are interradial. Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/the-devonian-crinoids-of-the-state-of-new-york-crinoidea-fossil-paleontology-paleontology-devonian-crinoids-of-new-york-19-cord-is-in-a-separate-axial-canal-it-passes-into-the-calyx-plates-through-the-radial-facet-each-nerve-cord-has-a-double-structure-it-separates-when-it-enters-the-radial-into-two-branches-sending-one-to-the-basal-on-the-right-and-the-other-to-the-basal-on-the-left-if-the-crinoid-is-monocyclic-the-cords-which-pass-to-the-basals-join-in-a-ring-which-surrounds-the-chambered-organ-here-the-lobes-of-the-chambered-organ-correspond-with-the-basals-and-are-interradial-image215968204.htmlRMPFA5J4–. The Devonian crinoids of the State of New York. Crinoidea, Fossil; Paleontology; Paleontology. DEVONIAN CRINOIDS OF NEW YORK 19 cord is in a separate axial canal it passes into the calyx plates through the radial facet. Each nerve cord has a double structure; it separates when it enters the radial into two branches, sending one to the basal on the right and the other to the basal on the left. If the crinoid is monocyclic the cords which pass to the basals join in a ring which surrounds the chambered organ. Here the lobes of the chambered organ correspond with the basals and are interradial.
Branches of Radial Nerve in Upper Arm Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/branches-of-radial-nerve-in-upper-arm-image491880205.htmlRF2KG7265–Branches of Radial Nerve in Upper Arm
Medusae of the world . brella from velar margin to near apex; these are especiallyprominent when the medusa contracts. Each ridge is said to be composed of a strand ofmeridional nerve-fibers, which branch off from the outer nerve-ring at the bell-margin. Thereare 8 adradial lithocysts, each with a single concretion. No trace of tentacles. Velum is well-developed. Ring-canal narrow. The 4 radial-canals extend from the ring-canal to near bell-apex, before reaching which they are closed and obliterated. They give rise to numerousside branches between the gonads. There is no manubrium. The ripe ov Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/medusae-of-the-world-brella-from-velar-margin-to-near-apex-these-are-especiallyprominent-when-the-medusa-contracts-each-ridge-is-said-to-be-composed-of-a-strand-ofmeridional-nerve-fibers-which-branch-off-from-the-outer-nerve-ring-at-the-bell-margin-thereare-8-adradial-lithocysts-each-with-a-single-concretion-no-trace-of-tentacles-velum-is-well-developed-ring-canal-narrow-the-4-radial-canals-extend-from-the-ring-canal-to-near-bell-apex-before-reaching-which-they-are-closed-and-obliterated-they-give-rise-to-numerousside-branches-between-the-gonads-there-is-no-manubrium-the-ripe-ov-image339464345.htmlRM2AM7X6H–Medusae of the world . brella from velar margin to near apex; these are especiallyprominent when the medusa contracts. Each ridge is said to be composed of a strand ofmeridional nerve-fibers, which branch off from the outer nerve-ring at the bell-margin. Thereare 8 adradial lithocysts, each with a single concretion. No trace of tentacles. Velum is well-developed. Ring-canal narrow. The 4 radial-canals extend from the ring-canal to near bell-apex, before reaching which they are closed and obliterated. They give rise to numerousside branches between the gonads. There is no manubrium. The ripe ov
The shoulder region houses a complex network of nerves and vessels, including the brachial plexus, arteries, and veins, essential for limb innervation Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/the-shoulder-region-houses-a-complex-network-of-nerves-and-vessels-including-the-brachial-plexus-arteries-and-veins-essential-for-limb-innervation-image567602183.htmlRF2RYCEAF–The shoulder region houses a complex network of nerves and vessels, including the brachial plexus, arteries, and veins, essential for limb innervation
. Cunningham's Text-book of anatomy. Anatomy. 706 THE NEEVOUS SYSTEM. muuicates with a similar branch of the ulnar nerve. This branch is not always present. . Branches in the Hand.—In the hand the median nerve gives oh its terminal branches. These are muscular and cutaneous. The main muscular branch arises just distal to the transverse carpal ligament and passes to the base of the thenar eminence; entering the ball of the thumb super- ficially on the medial side, it supplies branches to the abductor pollicis brevis, opponens pollicis, and the flexor pollicis brevis. Radial (R. Superficialis) £ Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/cunninghams-text-book-of-anatomy-anatomy-706-the-neevous-system-muuicates-with-a-similar-branch-of-the-ulnar-nerve-this-branch-is-not-always-present-branches-in-the-handin-the-hand-the-median-nerve-gives-oh-its-terminal-branches-these-are-muscular-and-cutaneous-the-main-muscular-branch-arises-just-distal-to-the-transverse-carpal-ligament-and-passes-to-the-base-of-the-thenar-eminence-entering-the-ball-of-the-thumb-super-ficially-on-the-medial-side-it-supplies-branches-to-the-abductor-pollicis-brevis-opponens-pollicis-and-the-flexor-pollicis-brevis-radial-r-superficialis-image216345373.htmlRMPFYAMD–. Cunningham's Text-book of anatomy. Anatomy. 706 THE NEEVOUS SYSTEM. muuicates with a similar branch of the ulnar nerve. This branch is not always present. . Branches in the Hand.—In the hand the median nerve gives oh its terminal branches. These are muscular and cutaneous. The main muscular branch arises just distal to the transverse carpal ligament and passes to the base of the thenar eminence; entering the ball of the thumb super- ficially on the medial side, it supplies branches to the abductor pollicis brevis, opponens pollicis, and the flexor pollicis brevis. Radial (R. Superficialis) £
Radial Nerve Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/radial-nerve-image491880133.htmlRF2KG723H–Radial Nerve
Superficial Branch of Radial Nerve Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/superficial-branch-of-radial-nerve-image501581134.htmlRF2M40YRX–Superficial Branch of Radial Nerve
. Local and regional anesthesia : with chapters on spinal, epidural, paravertebral, and parasacral analgesia, and on other applications of local and regional anesthesia to the surgery of the eye, ear, nose and throat, and to dental practice. is usually from 2 to 4 cm., the plexus lying just underthe deep fascia. When the plexus is reached a slight radiating painor paresthesia is felt down the branches of the radial or median nerve THE UPPER AND LOWER EXTREMITIES 2 21 in the hand or fingers; at this point the needle is held stationary, thesyringe attached, and the injection made. The object in Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/local-and-regional-anesthesia-with-chapters-on-spinal-epidural-paravertebral-and-parasacral-analgesia-and-on-other-applications-of-local-and-regional-anesthesia-to-the-surgery-of-the-eye-ear-nose-and-throat-and-to-dental-practice-is-usually-from-2-to-4-cm-the-plexus-lying-just-underthe-deep-fascia-when-the-plexus-is-reached-a-slight-radiating-painor-paresthesia-is-felt-down-the-branches-of-the-radial-or-median-nerve-the-upper-and-lower-extremities-2-21-in-the-hand-or-fingers-at-this-point-the-needle-is-held-stationary-thesyringe-attached-and-the-injection-made-the-object-in-image336680048.htmlRM2AFN2RC–. Local and regional anesthesia : with chapters on spinal, epidural, paravertebral, and parasacral analgesia, and on other applications of local and regional anesthesia to the surgery of the eye, ear, nose and throat, and to dental practice. is usually from 2 to 4 cm., the plexus lying just underthe deep fascia. When the plexus is reached a slight radiating painor paresthesia is felt down the branches of the radial or median nerve THE UPPER AND LOWER EXTREMITIES 2 21 in the hand or fingers; at this point the needle is held stationary, thesyringe attached, and the injection made. The object in
Branches of Brachial Plexus Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/branches-of-brachial-plexus-image491880198.htmlRF2KG725X–Branches of Brachial Plexus
A treatise on zoology . e chambers just mentioned. The axial nerve-cord of the arm does not, as all the organs yetdealt with, pass to the oral centre, but enters the theca overthe radial. If there is a separate axial canal, it may be continuedthrough the radial facet into the substance of the thecal plates.The cords ultimately pass into the epithelial covering of thechambered organ, but their passage is not a direct one (Figs. XI.and XII.). Each cord is really a double structure, connectedat intervals by chiasmas, and so soon as it enters the radial itdivides into two branches, one of which pr Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/a-treatise-on-zoology-e-chambers-just-mentioned-the-axial-nerve-cord-of-the-arm-does-not-as-all-the-organs-yetdealt-with-pass-to-the-oral-centre-but-enters-the-theca-overthe-radial-if-there-is-a-separate-axial-canal-it-may-be-continuedthrough-the-radial-facet-into-the-substance-of-the-thecal-platesthe-cords-ultimately-pass-into-the-epithelial-covering-of-thechambered-organ-but-their-passage-is-not-a-direct-one-figs-xiand-xii-each-cord-is-really-a-double-structure-connectedat-intervals-by-chiasmas-and-so-soon-as-it-enters-the-radial-itdivides-into-two-branches-one-of-which-pr-image340215486.htmlRM2ANE492–A treatise on zoology . e chambers just mentioned. The axial nerve-cord of the arm does not, as all the organs yetdealt with, pass to the oral centre, but enters the theca overthe radial. If there is a separate axial canal, it may be continuedthrough the radial facet into the substance of the thecal plates.The cords ultimately pass into the epithelial covering of thechambered organ, but their passage is not a direct one (Figs. XI.and XII.). Each cord is really a double structure, connectedat intervals by chiasmas, and so soon as it enters the radial itdivides into two branches, one of which pr
Terminal Branches of Brachial Plexus Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/terminal-branches-of-brachial-plexus-image491880194.htmlRF2KG725P–Terminal Branches of Brachial Plexus
Regional anatomy in its relation to medicine and surgery . The extensor ossis metacarpi pollicis muscle. 2. The extensor primi internodii pollicis muscle. 3. The extensor secundi internodii pollicis muscle. 4. The tendon of the extensor carpi radialis brevior muscle.6. The tendon of the extensor carpi radialis longiormuscle. 6. Branches of the radial nerve to the thumb and index finger. 7. The posterior annular ligament. 8. The common nerve to the adjacent sides of the thumb and index finger. 9. The abductor pollicis muscle. 10. The nerves to the adjacent sides of the index and mid- dle finger Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/regional-anatomy-in-its-relation-to-medicine-and-surgery-the-extensor-ossis-metacarpi-pollicis-muscle-2-the-extensor-primi-internodii-pollicis-muscle-3-the-extensor-secundi-internodii-pollicis-muscle-4-the-tendon-of-the-extensor-carpi-radialis-brevior-muscle6-the-tendon-of-the-extensor-carpi-radialis-longiormuscle-6-branches-of-the-radial-nerve-to-the-thumb-and-index-finger-7-the-posterior-annular-ligament-8-the-common-nerve-to-the-adjacent-sides-of-the-thumb-and-index-finger-9-the-abductor-pollicis-muscle-10-the-nerves-to-the-adjacent-sides-of-the-index-and-mid-dle-finger-image338265218.htmlRM2AJ98MJ–Regional anatomy in its relation to medicine and surgery . The extensor ossis metacarpi pollicis muscle. 2. The extensor primi internodii pollicis muscle. 3. The extensor secundi internodii pollicis muscle. 4. The tendon of the extensor carpi radialis brevior muscle.6. The tendon of the extensor carpi radialis longiormuscle. 6. Branches of the radial nerve to the thumb and index finger. 7. The posterior annular ligament. 8. The common nerve to the adjacent sides of the thumb and index finger. 9. The abductor pollicis muscle. 10. The nerves to the adjacent sides of the index and mid- dle finger
Branches of Lateral Cord of Brachial Plexus Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/branches-of-lateral-cord-of-brachial-plexus-image491880199.htmlRF2KG725Y–Branches of Lateral Cord of Brachial Plexus
Regional anatomy in its relation to medicine and surgery . ena anastomotica. 11. The anterior interosseous branch of the median nerve. 12. The supinator longus muscle. 13. The median vein. 14. The anterior interosseous artery, with its vense comites. 15. The radial artery, with its venffi comites. 16. The shaft of the radius. 17. The radial nerve. 18. Carpal branch from the radial artery. 19. The triceps muscle. 20. The internal cutaneous nerve. 21. The ulnar nerve. 22. The basilic vein. 23. The internal brachial vein. 24. Branches of the ulnar nerve, over the internal condyle. 25. The cut att Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/regional-anatomy-in-its-relation-to-medicine-and-surgery-ena-anastomotica-11-the-anterior-interosseous-branch-of-the-median-nerve-12-the-supinator-longus-muscle-13-the-median-vein-14-the-anterior-interosseous-artery-with-its-vense-comites-15-the-radial-artery-with-its-venffi-comites-16-the-shaft-of-the-radius-17-the-radial-nerve-18-carpal-branch-from-the-radial-artery-19-the-triceps-muscle-20-the-internal-cutaneous-nerve-21-the-ulnar-nerve-22-the-basilic-vein-23-the-internal-brachial-vein-24-branches-of-the-ulnar-nerve-over-the-internal-condyle-25-the-cut-att-image338267300.htmlRM2AJ9BB0–Regional anatomy in its relation to medicine and surgery . ena anastomotica. 11. The anterior interosseous branch of the median nerve. 12. The supinator longus muscle. 13. The median vein. 14. The anterior interosseous artery, with its vense comites. 15. The radial artery, with its venffi comites. 16. The shaft of the radius. 17. The radial nerve. 18. Carpal branch from the radial artery. 19. The triceps muscle. 20. The internal cutaneous nerve. 21. The ulnar nerve. 22. The basilic vein. 23. The internal brachial vein. 24. Branches of the ulnar nerve, over the internal condyle. 25. The cut att
Branches of Posterior Cord of Brachial Plexus Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/branches-of-posterior-cord-of-brachial-plexus-image491880203.htmlRF2KG7263–Branches of Posterior Cord of Brachial Plexus
. Smithsonian miscellaneous collections. the lady-beetle Epi-lachna borealis the pore apertures lie in the center of domes (fig.10, C) above the general surface of the legs. A large nerve and a large trachea run into each elytron (fig. 10,A, A^ and Tr) and wing. In the peduncle of the elytron they runthrough the radial plate just beneath the group of olfactory pores.Branches from the nerve are given off which connect with the sensecells. The large nerve and trachea passing into the wing soon divideso that a smaller nerve and a smaller trachea (B, N and Tr) runthrough each main vein. The larges Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/smithsonian-miscellaneous-collections-the-lady-beetle-epi-lachna-borealis-the-pore-apertures-lie-in-the-center-of-domes-fig10-c-above-the-general-surface-of-the-legs-a-large-nerve-and-a-large-trachea-run-into-each-elytron-fig-10a-a-and-tr-and-wing-in-the-peduncle-of-the-elytron-they-runthrough-the-radial-plate-just-beneath-the-group-of-olfactory-poresbranches-from-the-nerve-are-given-off-which-connect-with-the-sensecells-the-large-nerve-and-trachea-passing-into-the-wing-soon-divideso-that-a-smaller-nerve-and-a-smaller-trachea-b-n-and-tr-runthrough-each-main-vein-the-larges-image336845754.htmlRM2AG0J5E–. Smithsonian miscellaneous collections. the lady-beetle Epi-lachna borealis the pore apertures lie in the center of domes (fig.10, C) above the general surface of the legs. A large nerve and a large trachea run into each elytron (fig. 10,A, A^ and Tr) and wing. In the peduncle of the elytron they runthrough the radial plate just beneath the group of olfactory pores.Branches from the nerve are given off which connect with the sensecells. The large nerve and trachea passing into the wing soon divideso that a smaller nerve and a smaller trachea (B, N and Tr) runthrough each main vein. The larges
Branches of Medial Cord of Brachial Plexus Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/branches-of-medial-cord-of-brachial-plexus-image491880202.htmlRF2KG7262–Branches of Medial Cord of Brachial Plexus
The anatomist's vade mecum : a system of human anatomy . fascia, Supinator longus. Inner Side. 1 Outer side. Pronator radii teres, Radial artery. Supinator longus, Flexor carpi radialis. Radial nerve (middle I third of its course). Behind.Supinator brevis,Pronator radii teres,Flexor sublimis digitorum,Flexor longus pollicis,Pronator quadiatus,Wrist-joint. The Branches of the radial artery may be arranged into threegroups, corresponding with the three regions—fore-arm, wrist, andhand; they are— X7 r Recurrent radial, /Superficialis volae, £0^ e-arm... | i^^g^^^iar. Carpalis anterior, Carpalis p Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/the-anatomists-vade-mecum-a-system-of-human-anatomy-fascia-supinator-longus-inner-side-1-outer-side-pronator-radii-teres-radial-artery-supinator-longus-flexor-carpi-radialis-radial-nerve-middle-i-third-of-its-course-behindsupinator-brevispronator-radii-teresflexor-sublimis-digitorumflexor-longus-pollicispronator-quadiatuswrist-joint-the-branches-of-the-radial-artery-may-be-arranged-into-threegroups-corresponding-with-the-three-regionsfore-arm-wrist-andhand-they-are-x7-r-recurrent-radial-superficialis-volae-0-e-arm-igiar-carpalis-anterior-carpalis-p-image342748307.htmlRM2AWHEXY–The anatomist's vade mecum : a system of human anatomy . fascia, Supinator longus. Inner Side. 1 Outer side. Pronator radii teres, Radial artery. Supinator longus, Flexor carpi radialis. Radial nerve (middle I third of its course). Behind.Supinator brevis,Pronator radii teres,Flexor sublimis digitorum,Flexor longus pollicis,Pronator quadiatus,Wrist-joint. The Branches of the radial artery may be arranged into threegroups, corresponding with the three regions—fore-arm, wrist, andhand; they are— X7 r Recurrent radial, /Superficialis volae, £0^ e-arm... | i^^g^^^iar. Carpalis anterior, Carpalis p
Axillary Nerve Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/axillary-nerve-image491880046.htmlRF2KG720E–Axillary Nerve
A text-book of clinical anatomy : for students and practitioners . d S.C., Area of distribution of the great auricular, superficial cervical, and supra-clavicular branches of the cervical plexus. C, Circumflex nerve. W, Nerve of Wrisberg. I.C., In-ternal cutaneous area. M.S., Musculospiral area. M.C., Musculocutaneous area. U, Ulnar. M,Median. R, Radial. G.C., Genitocrural area. The nerve is seen as distributing its branches to thegenital region and to the upper portion of the thigh. E.C., External cutaneous area. I.I., Ilio-in-guinal area. I.C.U., Internal cutaneous area of the thigh. M.C.U., Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/a-text-book-of-clinical-anatomy-for-students-and-practitioners-d-sc-area-of-distribution-of-the-great-auricular-superficial-cervical-and-supra-clavicular-branches-of-the-cervical-plexus-c-circumflex-nerve-w-nerve-of-wrisberg-ic-in-ternal-cutaneous-area-ms-musculospiral-area-mc-musculocutaneous-area-u-ulnar-mmedian-r-radial-gc-genitocrural-area-the-nerve-is-seen-as-distributing-its-branches-to-thegenital-region-and-to-the-upper-portion-of-the-thigh-ec-external-cutaneous-area-ii-ilio-in-guinal-area-icu-internal-cutaneous-area-of-the-thigh-mcu-image340234634.htmlRM2ANF0MX–A text-book of clinical anatomy : for students and practitioners . d S.C., Area of distribution of the great auricular, superficial cervical, and supra-clavicular branches of the cervical plexus. C, Circumflex nerve. W, Nerve of Wrisberg. I.C., In-ternal cutaneous area. M.S., Musculospiral area. M.C., Musculocutaneous area. U, Ulnar. M,Median. R, Radial. G.C., Genitocrural area. The nerve is seen as distributing its branches to thegenital region and to the upper portion of the thigh. E.C., External cutaneous area. I.I., Ilio-in-guinal area. I.C.U., Internal cutaneous area of the thigh. M.C.U.,
Brachial Plexus Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/brachial-plexus-image491880051.htmlRF2KG720K–Brachial Plexus
. Diseases of the nervous system : for the general practitioner and student. Fig. 139. Fig. 140. Figs. 139, 140.—Showing Areas of Sensory Losses in Injuries of Median Nerve. (Bowlby.)Horizontal lines, total anaesthesia; vertical lines, partial anaesthesia. ulnaris) and the deep muscles of the forearm (except the inner half of theflexor digitorum communis). In the hand it supplies the opponenspollicis, the flexors of the thumb, the abductor brevis and the two outerlumbricales. It also gives off sensory branches to the radial part of thepalm, inner part of the thenar and the palmar aspect of the Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/diseases-of-the-nervous-system-for-the-general-practitioner-and-student-fig-139-fig-140-figs-139-140showing-areas-of-sensory-losses-in-injuries-of-median-nerve-bowlbyhorizontal-lines-total-anaesthesia-vertical-lines-partial-anaesthesia-ulnaris-and-the-deep-muscles-of-the-forearm-except-the-inner-half-of-theflexor-digitorum-communis-in-the-hand-it-supplies-the-opponenspollicis-the-flexors-of-the-thumb-the-abductor-brevis-and-the-two-outerlumbricales-it-also-gives-off-sensory-branches-to-the-radial-part-of-thepalm-inner-part-of-the-thenar-and-the-palmar-aspect-of-the-image370464031.htmlRM2CEM2J7–. Diseases of the nervous system : for the general practitioner and student. Fig. 139. Fig. 140. Figs. 139, 140.—Showing Areas of Sensory Losses in Injuries of Median Nerve. (Bowlby.)Horizontal lines, total anaesthesia; vertical lines, partial anaesthesia. ulnaris) and the deep muscles of the forearm (except the inner half of theflexor digitorum communis). In the hand it supplies the opponenspollicis, the flexors of the thumb, the abductor brevis and the two outerlumbricales. It also gives off sensory branches to the radial part of thepalm, inner part of the thenar and the palmar aspect of the
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. Text-book of anatomy and physiology for nurses. Lateral cord Pectoralmuscle Ulnar nerve and arteryRadial nerve and artery Branches to hand Fig. i2<;.—Axillary, Brachial, Radial andUlnar Arteries. Superficial Arches. 174 anatomy and physiology for nurses. Principal Arteries of the Head and Neck. The common carotid arteries.—The right is a branch of theanonyma; the left is directly from the arch of the aorta. Theyproceed upward on either side of the trachea, with the internaljugular vein on the lateral side and the vagus nerve behind them.They carry the blood supply of the head and neck (Fi Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/text-book-of-anatomy-and-physiology-for-nurses-lateral-cord-pectoralmuscle-ulnar-nerve-and-arteryradial-nerve-and-artery-branches-to-hand-fig-i2ltaxillary-brachial-radial-andulnar-arteries-superficial-arches-174-anatomy-and-physiology-for-nurses-principal-arteries-of-the-head-and-neck-the-common-carotid-arteriesthe-right-is-a-branch-of-theanonyma-the-left-is-directly-from-the-arch-of-the-aorta-theyproceed-upward-on-either-side-of-the-trachea-with-the-internaljugular-vein-on-the-lateral-side-and-the-vagus-nerve-behind-themthey-carry-the-blood-supply-of-the-head-and-neck-fi-image370335374.htmlRM2CEE6FA–. Text-book of anatomy and physiology for nurses. Lateral cord Pectoralmuscle Ulnar nerve and arteryRadial nerve and artery Branches to hand Fig. i2<;.—Axillary, Brachial, Radial andUlnar Arteries. Superficial Arches. 174 anatomy and physiology for nurses. Principal Arteries of the Head and Neck. The common carotid arteries.—The right is a branch of theanonyma; the left is directly from the arch of the aorta. Theyproceed upward on either side of the trachea, with the internaljugular vein on the lateral side and the vagus nerve behind them.They carry the blood supply of the head and neck (Fi
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![. A compendium of the anatomy of the human body : intended principally for the use of students. Arteries along the Plantar fidesof the three fir ft Toes, and inner fide of the fourth Toe,—in the manner the Radial Nerve runs along the corre-fponding Fingers. The External Plantar Nerve fends Branches to theHeel, and paiTes with the Artery of the fame name to nearthe outer edge of the Sole, where it fplits into three princi-pal Branches. The Part VIL] OF THE NERVES. 223 The two firft run to the adjacent fides of the fourth andfifth Toes, and outer fide of the Little Toe, the inner oneoften anafto Stock Photo](https://c8.alamy.com/comp/2CEF8TD/a-compendium-of-the-anatomy-of-the-human-body-intended-principally-for-the-use-of-students-arteries-along-the-plantar-fidesof-the-three-fir-ft-toes-and-inner-fide-of-the-fourth-toein-the-manner-the-radial-nerve-runs-along-the-corre-fponding-fingers-the-external-plantar-nerve-fends-branches-to-theheel-and-paites-with-the-artery-of-the-fame-name-to-nearthe-outer-edge-of-the-sole-where-it-fplits-into-three-princi-pal-branches-the-part-vil-of-the-nerves-223-the-two-firft-run-to-the-adjacent-fides-of-the-fourth-andfifth-toes-and-outer-fide-of-the-little-toe-the-inner-oneoften-anafto-2CEF8TD.jpg ". A compendium of the anatomy of the human body : intended principally for the use of students. Arteries along the Plantar fidesof the three fir ft Toes, and inner fide of the fourth Toe,—in the manner the Radial Nerve runs along the corre-fponding Fingers. The External Plantar Nerve fends Branches to theHeel, and paiTes with the Artery of the fame name to nearthe outer edge of the Sole, where it fplits into three princi-pal Branches. The Part VIL] OF THE NERVES. 223 The two firft run to the adjacent fides of the fourth andfifth Toes, and outer fide of the Little Toe, the inner oneoften anafto Stock Photo")
. A compendium of the anatomy of the human body : intended principally for the use of students. Arteries along the Plantar fidesof the three fir ft Toes, and inner fide of the fourth Toe,—in the manner the Radial Nerve runs along the corre-fponding Fingers. The External Plantar Nerve fends Branches to theHeel, and paiTes with the Artery of the fame name to nearthe outer edge of the Sole, where it fplits into three princi-pal Branches. The Part VIL] OF THE NERVES. 223 The two firft run to the adjacent fides of the fourth andfifth Toes, and outer fide of the Little Toe, the inner oneoften anafto Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/a-compendium-of-the-anatomy-of-the-human-body-intended-principally-for-the-use-of-students-arteries-along-the-plantar-fidesof-the-three-fir-ft-toes-and-inner-fide-of-the-fourth-toein-the-manner-the-radial-nerve-runs-along-the-corre-fponding-fingers-the-external-plantar-nerve-fends-branches-to-theheel-and-paites-with-the-artery-of-the-fame-name-to-nearthe-outer-edge-of-the-sole-where-it-fplits-into-three-princi-pal-branches-the-part-vil-of-the-nerves-223-the-two-firft-run-to-the-adjacent-fides-of-the-fourth-andfifth-toes-and-outer-fide-of-the-little-toe-the-inner-oneoften-anafto-image370359149.htmlRM2CEF8TD–. A compendium of the anatomy of the human body : intended principally for the use of students. Arteries along the Plantar fidesof the three fir ft Toes, and inner fide of the fourth Toe,—in the manner the Radial Nerve runs along the corre-fponding Fingers. The External Plantar Nerve fends Branches to theHeel, and paiTes with the Artery of the fame name to nearthe outer edge of the Sole, where it fplits into three princi-pal Branches. The Part VIL] OF THE NERVES. 223 The two firft run to the adjacent fides of the fourth andfifth Toes, and outer fide of the Little Toe, the inner oneoften anafto
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. Text-book of anatomy and physiology for nurses. Suprascapular nerve and artery Lateral ^^ cord Pectoralmuscle Ulnar nerve and arteryRadial nerve and artery Branches to hand ^ ^ Fig. 170.—Brachial Plexus andAnterior Nerves.. Post, interosseous nerve Fig. 171.—The Radial Nerve. 24© ANATOMY AND PHYSIOLOGY FOR NURSES. In the forearm it supplies: Flexor carpi radialis. Flexor digitorum (sublimis). Flexor digitorum profundus (partially). Supinator. In the hand it supplies: Thumb muscles (except one and a half). The radial nerve passes to the back of the arm, winding acrossthe humerus in the radial Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/text-book-of-anatomy-and-physiology-for-nurses-suprascapular-nerve-and-artery-lateral-cord-pectoralmuscle-ulnar-nerve-and-arteryradial-nerve-and-artery-branches-to-hand-fig-170brachial-plexus-andanterior-nerves-post-interosseous-nerve-fig-171the-radial-nerve-24-anatomy-and-physiology-for-nurses-in-the-forearm-it-supplies-flexor-carpi-radialis-flexor-digitorum-sublimis-flexor-digitorum-profundus-partially-supinator-in-the-hand-it-supplies-thumb-muscles-except-one-and-a-half-the-radial-nerve-passes-to-the-back-of-the-arm-winding-acrossthe-humerus-in-the-radial-image370331947.htmlRM2CEE24Y–. Text-book of anatomy and physiology for nurses. Suprascapular nerve and artery Lateral ^^ cord Pectoralmuscle Ulnar nerve and arteryRadial nerve and artery Branches to hand ^ ^ Fig. 170.—Brachial Plexus andAnterior Nerves.. Post, interosseous nerve Fig. 171.—The Radial Nerve. 24© ANATOMY AND PHYSIOLOGY FOR NURSES. In the forearm it supplies: Flexor carpi radialis. Flexor digitorum (sublimis). Flexor digitorum profundus (partially). Supinator. In the hand it supplies: Thumb muscles (except one and a half). The radial nerve passes to the back of the arm, winding acrossthe humerus in the radial
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. The anatomy of the human body. Human anatomy; Anatomy. 786 NEUROLOGY. of the tendons of the extensor brevis pollicis and abductor longus polhcis, in front of and more superficially than the corresponding branch of the radial nerve, and then divides into several twigs, vi^hich are intended for the skin of the thenar eminence. One of these branches, which runs along the outer side of that eminence, may be traced into the skin upon the first phalanx of the thumb. Summary.—The musculo-cutaneous nerve, then, supplies certain muscular branches, which belong exclusively to the coraco-brachialis, th Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/the-anatomy-of-the-human-body-human-anatomy-anatomy-786-neurology-of-the-tendons-of-the-extensor-brevis-pollicis-and-abductor-longus-polhcis-in-front-of-and-more-superficially-than-the-corresponding-branch-of-the-radial-nerve-and-then-divides-into-several-twigs-vihich-are-intended-for-the-skin-of-the-thenar-eminence-one-of-these-branches-which-runs-along-the-outer-side-of-that-eminence-may-be-traced-into-the-skin-upon-the-first-phalanx-of-the-thumb-summarythe-musculo-cutaneous-nerve-then-supplies-certain-muscular-branches-which-belong-exclusively-to-the-coraco-brachialis-th-image236793729.htmlRMRN6TPW–. The anatomy of the human body. Human anatomy; Anatomy. 786 NEUROLOGY. of the tendons of the extensor brevis pollicis and abductor longus polhcis, in front of and more superficially than the corresponding branch of the radial nerve, and then divides into several twigs, vi^hich are intended for the skin of the thenar eminence. One of these branches, which runs along the outer side of that eminence, may be traced into the skin upon the first phalanx of the thumb. Summary.—The musculo-cutaneous nerve, then, supplies certain muscular branches, which belong exclusively to the coraco-brachialis, th
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![. Anatomy, descriptive and applied. Anatomy. Fig. 359 —Supinator [brevis]. (From a prepa- ration in the Mubeum of the Royal College of Surgeons of England.) Relations.—By its superficial surface, with the Extensor communis digitorum, Ex- tensor minimi digiti, and fascia of the fore- arm, and with the branches of the posterior interosseous artery and nerve which cross it; by its deep surface, witli the ulna, the interosseous membrane, the radius, the ten- dons of the Extensor carpi radialis longior and brevior, which it crosses obliquely, and at the outer side of the wrist, with the radial vess Stock Photo](https://c8.alamy.com/comp/RN70NP/anatomy-descriptive-and-applied-anatomy-fig-359-supinator-brevis-from-a-prepa-ration-in-the-mubeum-of-the-royal-college-of-surgeons-of-england-relationsby-its-superficial-surface-with-the-extensor-communis-digitorum-ex-tensor-minimi-digiti-and-fascia-of-the-fore-arm-and-with-the-branches-of-the-posterior-interosseous-artery-and-nerve-which-cross-it-by-its-deep-surface-witli-the-ulna-the-interosseous-membrane-the-radius-the-ten-dons-of-the-extensor-carpi-radialis-longior-and-brevior-which-it-crosses-obliquely-and-at-the-outer-side-of-the-wrist-with-the-radial-vess-RN70NP.jpg ". Anatomy, descriptive and applied. Anatomy. Fig. 359 —Supinator [brevis]. (From a prepa- ration in the Mubeum of the Royal College of Surgeons of England.) Relations.—By its superficial surface, with the Extensor communis digitorum, Ex- tensor minimi digiti, and fascia of the fore- arm, and with the branches of the posterior interosseous artery and nerve which cross it; by its deep surface, witli the ulna, the interosseous membrane, the radius, the ten- dons of the Extensor carpi radialis longior and brevior, which it crosses obliquely, and at the outer side of the wrist, with the radial vess Stock Photo")
. Anatomy, descriptive and applied. Anatomy. Fig. 359 —Supinator [brevis]. (From a prepa- ration in the Mubeum of the Royal College of Surgeons of England.) Relations.—By its superficial surface, with the Extensor communis digitorum, Ex- tensor minimi digiti, and fascia of the fore- arm, and with the branches of the posterior interosseous artery and nerve which cross it; by its deep surface, witli the ulna, the interosseous membrane, the radius, the ten- dons of the Extensor carpi radialis longior and brevior, which it crosses obliquely, and at the outer side of the wrist, with the radial vess Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/anatomy-descriptive-and-applied-anatomy-fig-359-supinator-brevis-from-a-prepa-ration-in-the-mubeum-of-the-royal-college-of-surgeons-of-england-relationsby-its-superficial-surface-with-the-extensor-communis-digitorum-ex-tensor-minimi-digiti-and-fascia-of-the-fore-arm-and-with-the-branches-of-the-posterior-interosseous-artery-and-nerve-which-cross-it-by-its-deep-surface-witli-the-ulna-the-interosseous-membrane-the-radius-the-ten-dons-of-the-extensor-carpi-radialis-longior-and-brevior-which-it-crosses-obliquely-and-at-the-outer-side-of-the-wrist-with-the-radial-vess-image236796834.htmlRMRN70NP–. Anatomy, descriptive and applied. Anatomy. Fig. 359 —Supinator [brevis]. (From a prepa- ration in the Mubeum of the Royal College of Surgeons of England.) Relations.—By its superficial surface, with the Extensor communis digitorum, Ex- tensor minimi digiti, and fascia of the fore- arm, and with the branches of the posterior interosseous artery and nerve which cross it; by its deep surface, witli the ulna, the interosseous membrane, the radius, the ten- dons of the Extensor carpi radialis longior and brevior, which it crosses obliquely, and at the outer side of the wrist, with the radial vess
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. The anatomy of the domestic animals. Veterinary anatomy. 846 THK NERVOUS SYSTEM OF THE PIG The brachial plexus is derived from the same nerves as in the ox, but the root furnished by the sixth cervical is relatively smaller. The plexus consists of two parts, the upper of which emerges above the scalenus, the lower between the two parts of that muscle. The more important differences in the nerves emanating from the plexus from the arrangement in the ox occur in the distal part of the limb. The cutaneous branch of the radial nerve divides at the carpus into branches which concur with the dorsa Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/the-anatomy-of-the-domestic-animals-veterinary-anatomy-846-thk-nervous-system-of-the-pig-the-brachial-plexus-is-derived-from-the-same-nerves-as-in-the-ox-but-the-root-furnished-by-the-sixth-cervical-is-relatively-smaller-the-plexus-consists-of-two-parts-the-upper-of-which-emerges-above-the-scalenus-the-lower-between-the-two-parts-of-that-muscle-the-more-important-differences-in-the-nerves-emanating-from-the-plexus-from-the-arrangement-in-the-ox-occur-in-the-distal-part-of-the-limb-the-cutaneous-branch-of-the-radial-nerve-divides-at-the-carpus-into-branches-which-concur-with-the-dorsa-image236773323.htmlRMRN5XP3–. The anatomy of the domestic animals. Veterinary anatomy. 846 THK NERVOUS SYSTEM OF THE PIG The brachial plexus is derived from the same nerves as in the ox, but the root furnished by the sixth cervical is relatively smaller. The plexus consists of two parts, the upper of which emerges above the scalenus, the lower between the two parts of that muscle. The more important differences in the nerves emanating from the plexus from the arrangement in the ox occur in the distal part of the limb. The cutaneous branch of the radial nerve divides at the carpus into branches which concur with the dorsa
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. The anatomy of the domestic animals . Veterinary anatomy. 846 THE NERVOUS SYSTEM OF THE PIG The brachial plexus is deriyed from the same nerves as in the ox, but the root furnished by the sixth cervical is relatively smaller. The plexus consists of two parts, the upper of which emerges above the scalenus, the lower between the two parts of that muscle. The more important differences in the nerves emanating from the plexus from the arrangement in the ox occur in the distal part of the limb. The cutaneous branch of the radial nerve divides at the carpus into branches which concur with the dors Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/the-anatomy-of-the-domestic-animals-veterinary-anatomy-846-the-nervous-system-of-the-pig-the-brachial-plexus-is-deriyed-from-the-same-nerves-as-in-the-ox-but-the-root-furnished-by-the-sixth-cervical-is-relatively-smaller-the-plexus-consists-of-two-parts-the-upper-of-which-emerges-above-the-scalenus-the-lower-between-the-two-parts-of-that-muscle-the-more-important-differences-in-the-nerves-emanating-from-the-plexus-from-the-arrangement-in-the-ox-occur-in-the-distal-part-of-the-limb-the-cutaneous-branch-of-the-radial-nerve-divides-at-the-carpus-into-branches-which-concur-with-the-dors-image232322814.htmlRMRDY63A–. The anatomy of the domestic animals . Veterinary anatomy. 846 THE NERVOUS SYSTEM OF THE PIG The brachial plexus is deriyed from the same nerves as in the ox, but the root furnished by the sixth cervical is relatively smaller. The plexus consists of two parts, the upper of which emerges above the scalenus, the lower between the two parts of that muscle. The more important differences in the nerves emanating from the plexus from the arrangement in the ox occur in the distal part of the limb. The cutaneous branch of the radial nerve divides at the carpus into branches which concur with the dors
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. An analytical compendium of the various branches of medical science, for the use and examination of students. Anatomy; Physiology; Surgery; Obstetrics; Medicine; Materia Medica. RADIAL. 139 the front of the joint; the posterior large, and passes backwards, supplying the joint' and deltoid muscle. BRACHIAL. The brachial artery extends from the axillary to the elbow joint, descending upon the inner edge of the biceps flexor muscle, in com- pany with the median nerve. (Fig. 120.) Profunda major,'^^ arises from the brachial at its upper part, and passing between two heads of the triceps muscle, Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/an-analytical-compendium-of-the-various-branches-of-medical-science-for-the-use-and-examination-of-students-anatomy-physiology-surgery-obstetrics-medicine-materia-medica-radial-139-the-front-of-the-joint-the-posterior-large-and-passes-backwards-supplying-the-joint-and-deltoid-muscle-brachial-the-brachial-artery-extends-from-the-axillary-to-the-elbow-joint-descending-upon-the-inner-edge-of-the-biceps-flexor-muscle-in-com-pany-with-the-median-nerve-fig-120-profunda-major-arises-from-the-brachial-at-its-upper-part-and-passing-between-two-heads-of-the-triceps-muscle-image236873669.htmlRMRNAENW–. An analytical compendium of the various branches of medical science, for the use and examination of students. Anatomy; Physiology; Surgery; Obstetrics; Medicine; Materia Medica. RADIAL. 139 the front of the joint; the posterior large, and passes backwards, supplying the joint' and deltoid muscle. BRACHIAL. The brachial artery extends from the axillary to the elbow joint, descending upon the inner edge of the biceps flexor muscle, in com- pany with the median nerve. (Fig. 120.) Profunda major,'^^ arises from the brachial at its upper part, and passing between two heads of the triceps muscle,
Contents of The Axilla-Brachial Plexus Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/contents-of-the-axilla-brachial-plexus-image491880209.htmlRF2KG7269–Contents of The Axilla-Brachial Plexus
. Bulletin of the Museum of Comparative Zoology at Harvard College. Zoology. PRENTISS: POLYDACTYLISM IN MAN AND DOMESTIC ANIMALS. 273 The innervation of the extra digit is also noteworthy. The median nerve (Fig. L, n.in.) gives off on the radial side of its normal divisions a small additional branch (1). This divides like the other branches, sending one division to digit ii and the other to the pollex. Closely resembling the cases just described, are two instances of poly- dactylism in which the trapezium is fused to the supernumerary meta- carpal. The extra digit is very small, and the metaca Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/bulletin-of-the-museum-of-comparative-zoology-at-harvard-college-zoology-prentiss-polydactylism-in-man-and-domestic-animals-273-the-innervation-of-the-extra-digit-is-also-noteworthy-the-median-nerve-fig-l-nin-gives-off-on-the-radial-side-of-its-normal-divisions-a-small-additional-branch-1-this-divides-like-the-other-branches-sending-one-division-to-digit-ii-and-the-other-to-the-pollex-closely-resembling-the-cases-just-described-are-two-instances-of-poly-dactylism-in-which-the-trapezium-is-fused-to-the-supernumerary-meta-carpal-the-extra-digit-is-very-small-and-the-metaca-image233917624.htmlRMRGFT8T–. Bulletin of the Museum of Comparative Zoology at Harvard College. Zoology. PRENTISS: POLYDACTYLISM IN MAN AND DOMESTIC ANIMALS. 273 The innervation of the extra digit is also noteworthy. The median nerve (Fig. L, n.in.) gives off on the radial side of its normal divisions a small additional branch (1). This divides like the other branches, sending one division to digit ii and the other to the pollex. Closely resembling the cases just described, are two instances of poly- dactylism in which the trapezium is fused to the supernumerary meta- carpal. The extra digit is very small, and the metaca
Contents of The Axilla Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/contents-of-the-axilla-image491880206.htmlRF2KG7266–Contents of The Axilla
. Anatomischer Anzeiger. Anatomy, Comparative; Anatomy, Comparative. 29 method. Hardestt attributes the oversight to the incomplete preci- pitation of the silver salt. Kolster^) has, however, seen these fine extensions as well as the larger ones in Golgi preparations of the spinal cord of the salmon. As the radial axes are followed out toward the region of nerve cells and fibers, they branch and become attenuated. Large branches running side by side and others, smaller and irregu- larly disposed, join with the fine filaments in a wide meshed network in which the radial columns are finally lost Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/anatomischer-anzeiger-anatomy-comparative-anatomy-comparative-29-method-hardestt-attributes-the-oversight-to-the-incomplete-preci-pitation-of-the-silver-salt-kolster-has-however-seen-these-fine-extensions-as-well-as-the-larger-ones-in-golgi-preparations-of-the-spinal-cord-of-the-salmon-as-the-radial-axes-are-followed-out-toward-the-region-of-nerve-cells-and-fibers-they-branch-and-become-attenuated-large-branches-running-side-by-side-and-others-smaller-and-irregu-larly-disposed-join-with-the-fine-filaments-in-a-wide-meshed-network-in-which-the-radial-columns-are-finally-lost-image236811372.htmlRMRN7K90–. Anatomischer Anzeiger. Anatomy, Comparative; Anatomy, Comparative. 29 method. Hardestt attributes the oversight to the incomplete preci- pitation of the silver salt. Kolster^) has, however, seen these fine extensions as well as the larger ones in Golgi preparations of the spinal cord of the salmon. As the radial axes are followed out toward the region of nerve cells and fibers, they branch and become attenuated. Large branches running side by side and others, smaller and irregu- larly disposed, join with the fine filaments in a wide meshed network in which the radial columns are finally lost
Contents of The Axilla-Muscles Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/contents-of-the-axilla-muscles-image491880211.htmlRF2KG726B–Contents of The Axilla-Muscles
. The anatomy of the domestic animals. Veterinary anatomy. 846 THE NERVOUS SYSTEM OF THE PIG The brachial plexus is derived from the same nerves as in the ox, but the root furnished l)y the sixth cervical is relatively smaller. The plexus consists of two parts, the ujiper of which emerges above the scalenus, the lower between the two parts of that muscle. The more important differences in the nerves emanating from the plexus from the arrangement in the ox occur in the distal part of the limb. The cutaneous branch of the radial nerve divides at the carjius into branches which concur wth the dor Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/the-anatomy-of-the-domestic-animals-veterinary-anatomy-846-the-nervous-system-of-the-pig-the-brachial-plexus-is-derived-from-the-same-nerves-as-in-the-ox-but-the-root-furnished-ly-the-sixth-cervical-is-relatively-smaller-the-plexus-consists-of-two-parts-the-ujiper-of-which-emerges-above-the-scalenus-the-lower-between-the-two-parts-of-that-muscle-the-more-important-differences-in-the-nerves-emanating-from-the-plexus-from-the-arrangement-in-the-ox-occur-in-the-distal-part-of-the-limb-the-cutaneous-branch-of-the-radial-nerve-divides-at-the-carjius-into-branches-which-concur-wth-the-dor-image236773206.htmlRMRN5XHX–. The anatomy of the domestic animals. Veterinary anatomy. 846 THE NERVOUS SYSTEM OF THE PIG The brachial plexus is derived from the same nerves as in the ox, but the root furnished l)y the sixth cervical is relatively smaller. The plexus consists of two parts, the ujiper of which emerges above the scalenus, the lower between the two parts of that muscle. The more important differences in the nerves emanating from the plexus from the arrangement in the ox occur in the distal part of the limb. The cutaneous branch of the radial nerve divides at the carjius into branches which concur wth the dor
Nerves of Hand Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/nerves-of-hand-image491880039.htmlRF2KG7207–Nerves of Hand
. Cunningham's Text-book of anatomy. Anatomy. 706 THE NEEVOUS SYSTEM. muuicates with a similar branch of the ulnar nerve. This branch is not always present. . Branches in the Hand.—In the hand the median nerve gives oh its terminal branches. These are muscular and cutaneous. The main muscular branch arises just distal to the transverse carpal ligament and passes to the base of the thenar eminence; entering the ball of the thumb super- ficially on the medial side, it supplies branches to the abductor pollicis brevis, opponens pollicis, and the flexor pollicis brevis. Radial (R. Superficialis) £ Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/cunninghams-text-book-of-anatomy-anatomy-706-the-neevous-system-muuicates-with-a-similar-branch-of-the-ulnar-nerve-this-branch-is-not-always-present-branches-in-the-handin-the-hand-the-median-nerve-gives-oh-its-terminal-branches-these-are-muscular-and-cutaneous-the-main-muscular-branch-arises-just-distal-to-the-transverse-carpal-ligament-and-passes-to-the-base-of-the-thenar-eminence-entering-the-ball-of-the-thumb-super-ficially-on-the-medial-side-it-supplies-branches-to-the-abductor-pollicis-brevis-opponens-pollicis-and-the-flexor-pollicis-brevis-radial-r-superficialis-image231869427.htmlRMRD6FPY–. Cunningham's Text-book of anatomy. Anatomy. 706 THE NEEVOUS SYSTEM. muuicates with a similar branch of the ulnar nerve. This branch is not always present. . Branches in the Hand.—In the hand the median nerve gives oh its terminal branches. These are muscular and cutaneous. The main muscular branch arises just distal to the transverse carpal ligament and passes to the base of the thenar eminence; entering the ball of the thumb super- ficially on the medial side, it supplies branches to the abductor pollicis brevis, opponens pollicis, and the flexor pollicis brevis. Radial (R. Superficialis) £
Contents of The Axilla-Blood Vessels Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/contents-of-the-axilla-blood-vessels-image491880207.htmlRF2KG7267–Contents of The Axilla-Blood Vessels
. Bulletin of the Museum of Comparative Zoology at Harvard College. Zoology; Zoology. PRENTISS: POLYDACTYLISM IN MAN AND DOMESTIC ANIMALS. 273 The innervation of the extra digit is also noteworthy. The median nerve (Fig. Z, n.m.) gives off on the radial side of its normal divisions a small additional branch (1). This divides like the other branches, sending one division to digit ii and the other to the poUex. Closely resembling the cases just described, are two instances of poly- dactylism in which the trapezium is fused to the supernumerary meta- carpal. The extra digit is very small, and the Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/bulletin-of-the-museum-of-comparative-zoology-at-harvard-college-zoology-zoology-prentiss-polydactylism-in-man-and-domestic-animals-273-the-innervation-of-the-extra-digit-is-also-noteworthy-the-median-nerve-fig-z-nm-gives-off-on-the-radial-side-of-its-normal-divisions-a-small-additional-branch-1-this-divides-like-the-other-branches-sending-one-division-to-digit-ii-and-the-other-to-the-pouex-closely-resembling-the-cases-just-described-are-two-instances-of-poly-dactylism-in-which-the-trapezium-is-fused-to-the-supernumerary-meta-carpal-the-extra-digit-is-very-small-and-the-image233920586.htmlRMRGG02J–. Bulletin of the Museum of Comparative Zoology at Harvard College. Zoology; Zoology. PRENTISS: POLYDACTYLISM IN MAN AND DOMESTIC ANIMALS. 273 The innervation of the extra digit is also noteworthy. The median nerve (Fig. Z, n.m.) gives off on the radial side of its normal divisions a small additional branch (1). This divides like the other branches, sending one division to digit ii and the other to the poUex. Closely resembling the cases just described, are two instances of poly- dactylism in which the trapezium is fused to the supernumerary meta- carpal. The extra digit is very small, and the
Main Branches of Ulnar Artery Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/main-branches-of-ulnar-artery-image491880185.htmlRF2KG725D–Main Branches of Ulnar Artery
. The Biological bulletin. Biology; Zoology; Biology; Marine Biology. LUMINESCENCE IN H1PPOPODWS 475 Nutrients are conveyed to them by a canal from the stem which splits into branches upon entering the subumbrella. One of these, the ventral canal, is the site of an epithelial gland, the rete mirabilis or rete. Nectophores can swim using their circular, striated muscle, or roll up the margin (involution), using the radial system of smooth muscle fibers. Marginal nerve rings are present as in hydromedusae, but there is no general nerve plexus over the sub- or ex-umbrella and there are no nervous Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/the-biological-bulletin-biology-zoology-biology-marine-biology-luminescence-in-h1ppopodws-475-nutrients-are-conveyed-to-them-by-a-canal-from-the-stem-which-splits-into-branches-upon-entering-the-subumbrella-one-of-these-the-ventral-canal-is-the-site-of-an-epithelial-gland-the-rete-mirabilis-or-rete-nectophores-can-swim-using-their-circular-striated-muscle-or-roll-up-the-margin-involution-using-the-radial-system-of-smooth-muscle-fibers-marginal-nerve-rings-are-present-as-in-hydromedusae-but-there-is-no-general-nerve-plexus-over-the-sub-or-ex-umbrella-and-there-are-no-nervous-image234619885.htmlRMRHKT1H–. The Biological bulletin. Biology; Zoology; Biology; Marine Biology. LUMINESCENCE IN H1PPOPODWS 475 Nutrients are conveyed to them by a canal from the stem which splits into branches upon entering the subumbrella. One of these, the ventral canal, is the site of an epithelial gland, the rete mirabilis or rete. Nectophores can swim using their circular, striated muscle, or roll up the margin (involution), using the radial system of smooth muscle fibers. Marginal nerve rings are present as in hydromedusae, but there is no general nerve plexus over the sub- or ex-umbrella and there are no nervous
axillary spaces Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/axillary-spaces-image491880047.htmlRF2KG720F–axillary spaces
. Bulletin of the Museum of Comparative Zoology at Harvard College. Zoology; Zoology. PRENTISS: POLYDACTYLISM IN MAN AND DOMESTIC ANIMALS. 2G9 respective digits divide, the larger of the resulting branches innervating the lateral portions of the third and fourth digits. In pentadactyle animals (Carnivora and Primates) the median nerve gives oft' a fifth branch radial to 2 of the pig's manus, which divides and supplies the thumb and index. No remains of such a nerve branch could be detected in dissections of the normal manus of the pig. n. m.. IV. III. Fig. J. —Posterior view of the left normal Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/bulletin-of-the-museum-of-comparative-zoology-at-harvard-college-zoology-zoology-prentiss-polydactylism-in-man-and-domestic-animals-2g9-respective-digits-divide-the-larger-of-the-resulting-branches-innervating-the-lateral-portions-of-the-third-and-fourth-digits-in-pentadactyle-animals-carnivora-and-primates-the-median-nerve-gives-oft-a-fifth-branch-radial-to-2-of-the-pigs-manus-which-divides-and-supplies-the-thumb-and-index-no-remains-of-such-a-nerve-branch-could-be-detected-in-dissections-of-the-normal-manus-of-the-pig-n-m-iv-iii-fig-j-posterior-view-of-the-left-normal-image233920646.htmlRMRGG04P–. Bulletin of the Museum of Comparative Zoology at Harvard College. Zoology; Zoology. PRENTISS: POLYDACTYLISM IN MAN AND DOMESTIC ANIMALS. 2G9 respective digits divide, the larger of the resulting branches innervating the lateral portions of the third and fourth digits. In pentadactyle animals (Carnivora and Primates) the median nerve gives oft' a fifth branch radial to 2 of the pig's manus, which divides and supplies the thumb and index. No remains of such a nerve branch could be detected in dissections of the normal manus of the pig. n. m.. IV. III. Fig. J. —Posterior view of the left normal
Deep lymphatic anatomy of the upper limb Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/deep-lymphatic-anatomy-of-the-upper-limb-image491879928.htmlRF2KG71T8–Deep lymphatic anatomy of the upper limb
. The topographical anatomy of the limbs of the horse. Horses; Physiology. THE LIMBS OF THE HOESE 49 nerve distributed over the lateral and dorsal surface of the carpus and metacarpus. The ramus profundus, under the tendon of the ulnar Hexor of the carpus, unites with the lateral volar nerve, one of the terminal branches of the median. M. extensor carpi radial is X. cutaneus aotibrachii latei-alis. 11. brachialis. V. cephalica,. 11. extensor digi- torutn communis. A. collateralis radialis. Lig. collaterale mediale. V. medians. X. medianus, A. iiiediana. V. mediana. M. Hexor carpi radial M. pe& Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/the-topographical-anatomy-of-the-limbs-of-the-horse-horses-physiology-the-limbs-of-the-hoese-49-nerve-distributed-over-the-lateral-and-dorsal-surface-of-the-carpus-and-metacarpus-the-ramus-profundus-under-the-tendon-of-the-ulnar-hexor-of-the-carpus-unites-with-the-lateral-volar-nerve-one-of-the-terminal-branches-of-the-median-m-extensor-carpi-radial-is-x-cutaneus-aotibrachii-latei-alis-11-brachialis-v-cephalica-11-extensor-digi-torutn-communis-a-collateralis-radialis-lig-collaterale-mediale-v-medians-x-medianus-a-iiiediana-v-mediana-m-hexor-carpi-radial-m-pe-image232418250.htmlRMRE3FRP–. The topographical anatomy of the limbs of the horse. Horses; Physiology. THE LIMBS OF THE HOESE 49 nerve distributed over the lateral and dorsal surface of the carpus and metacarpus. The ramus profundus, under the tendon of the ulnar Hexor of the carpus, unites with the lateral volar nerve, one of the terminal branches of the median. M. extensor carpi radial is X. cutaneus aotibrachii latei-alis. 11. brachialis. V. cephalica,. 11. extensor digi- torutn communis. A. collateralis radialis. Lig. collaterale mediale. V. medians. X. medianus, A. iiiediana. V. mediana. M. Hexor carpi radial M. pe&
Axillary Lymph Nodes Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/axillary-lymph-nodes-image491880045.htmlRF2KG720D–Axillary Lymph Nodes
. The Biological bulletin. Biology; Zoology; Marine biology. TOOTH LIGAMENT MORPHOLOGY 229. Figure 40. Schema of innervation of jaw oi Eucidaris tribuloides. A half jaw (j) is shown from the inside with the tooth removed. The circumoral nerve ring (ri) encircles the pharynx (pha) and gives rise to five radial nerves (rad) and 10 jaw nerves (jn), one for each half jaw. Branches of each jaw nerve penetrate through pits into the stereom of the jaw. These branches sometimes run near the tooth ligament, su: suture where two half jaws are connected. are typical for collagenolysis, as, for example, i Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/the-biological-bulletin-biology-zoology-marine-biology-tooth-ligament-morphology-229-figure-40-schema-of-innervation-of-jaw-oi-eucidaris-tribuloides-a-half-jaw-j-is-shown-from-the-inside-with-the-tooth-removed-the-circumoral-nerve-ring-ri-encircles-the-pharynx-pha-and-gives-rise-to-five-radial-nerves-rad-and-10-jaw-nerves-jn-one-for-each-half-jaw-branches-of-each-jaw-nerve-penetrate-through-pits-into-the-stereom-of-the-jaw-these-branches-sometimes-run-near-the-tooth-ligament-su-suture-where-two-half-jaws-are-connected-are-typical-for-collagenolysis-as-for-example-i-image234626905.htmlRMRHM509–. The Biological bulletin. Biology; Zoology; Marine biology. TOOTH LIGAMENT MORPHOLOGY 229. Figure 40. Schema of innervation of jaw oi Eucidaris tribuloides. A half jaw (j) is shown from the inside with the tooth removed. The circumoral nerve ring (ri) encircles the pharynx (pha) and gives rise to five radial nerves (rad) and 10 jaw nerves (jn), one for each half jaw. Branches of each jaw nerve penetrate through pits into the stereom of the jaw. These branches sometimes run near the tooth ligament, su: suture where two half jaws are connected. are typical for collagenolysis, as, for example, i
. The aboral nervous system of Marsupiocrinus Morris. Crinoidea, Fossil; Nervous system -- Echinodermata; Paleontology -- Decatur County, Tennessee; Paleontology -- Silurian. PAUL: ABORAL NERVOUS SYSTEM OF MARSUPIOCRINUS 467 members, the five main branches are radial not inter-radial, and no plate has more than two nerve trunks within it. Antedon is a highly specialized, free-swimming crinoid which lacks a stem in the adult form and has a modified calyx. The calyx plates are reduced and, with the centro-dorsal, form a capsule which en- tirely surrounds the aboral nerve center and chambered org Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/the-aboral-nervous-system-of-marsupiocrinus-morris-crinoidea-fossil-nervous-system-echinodermata-paleontology-decatur-county-tennessee-paleontology-silurian-paul-aboral-nervous-system-of-marsupiocrinus-467-members-the-five-main-branches-are-radial-not-inter-radial-and-no-plate-has-more-than-two-nerve-trunks-within-it-antedon-is-a-highly-specialized-free-swimming-crinoid-which-lacks-a-stem-in-the-adult-form-and-has-a-modified-calyx-the-calyx-plates-are-reduced-and-with-the-centro-dorsal-form-a-capsule-which-en-tirely-surrounds-the-aboral-nerve-center-and-chambered-org-image237972591.htmlRMRR4GD3–. The aboral nervous system of Marsupiocrinus Morris. Crinoidea, Fossil; Nervous system -- Echinodermata; Paleontology -- Decatur County, Tennessee; Paleontology -- Silurian. PAUL: ABORAL NERVOUS SYSTEM OF MARSUPIOCRINUS 467 members, the five main branches are radial not inter-radial, and no plate has more than two nerve trunks within it. Antedon is a highly specialized, free-swimming crinoid which lacks a stem in the adult form and has a modified calyx. The calyx plates are reduced and, with the centro-dorsal, form a capsule which en- tirely surrounds the aboral nerve center and chambered org
. Bulletin of the Museum of Comparative Zoology at Harvard College. Zoology. PKENTISS: POLYDACTYLISM IN MAN AND DOMESTIC ANIMALS. 269 respective digits divide, the larger of the resulting branches innervating the lateral portions of the third and fourth digits. In pentadactyle animals (Carnivora and Primates) the median nerve gives off a fifth branch radial to 2 of the pig's manus, which divides and supplies the thumb and index. No remains of such a nerve branch could be detected in dissections of the normal manus of the pig. n. m.. IV. III. Fig. J.—Posterior view of the left normal manus of p Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/bulletin-of-the-museum-of-comparative-zoology-at-harvard-college-zoology-pkentiss-polydactylism-in-man-and-domestic-animals-269-respective-digits-divide-the-larger-of-the-resulting-branches-innervating-the-lateral-portions-of-the-third-and-fourth-digits-in-pentadactyle-animals-carnivora-and-primates-the-median-nerve-gives-off-a-fifth-branch-radial-to-2-of-the-pigs-manus-which-divides-and-supplies-the-thumb-and-index-no-remains-of-such-a-nerve-branch-could-be-detected-in-dissections-of-the-normal-manus-of-the-pig-n-m-iv-iii-fig-jposterior-view-of-the-left-normal-manus-of-p-image233917700.htmlRMRGFTBG–. Bulletin of the Museum of Comparative Zoology at Harvard College. Zoology. PKENTISS: POLYDACTYLISM IN MAN AND DOMESTIC ANIMALS. 269 respective digits divide, the larger of the resulting branches innervating the lateral portions of the third and fourth digits. In pentadactyle animals (Carnivora and Primates) the median nerve gives off a fifth branch radial to 2 of the pig's manus, which divides and supplies the thumb and index. No remains of such a nerve branch could be detected in dissections of the normal manus of the pig. n. m.. IV. III. Fig. J.—Posterior view of the left normal manus of p
. Atlas of applied (topographical) human anatomy for students and practitioners. Anatomy. Lower External Cutaneous Branch of the Musculo- Spiral Nerve Cutaneous Portion of Musculo-Cutaneous Nerve Anterior Division of the Internal Cutaneous Nerve Palmar Cutaneous Branch of Median Nerve Radial Nerve Palmar Cutaneous Branch of Ulnar Nerve Ulnar Nerve. Supra-clavicular Branches Posterior Cutaneous Branches of Inter- costal Nerves Lateral Cutaneous Branches of Inter- costal Nerves Cutaneous Branch »f Circumflex Nerve Internal Cutaneous Nerve and Lesser Internal Cutaneous Nerve (Nerve of Wrisbf.rg) Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/atlas-of-applied-topographical-human-anatomy-for-students-and-practitioners-anatomy-lower-external-cutaneous-branch-of-the-musculo-spiral-nerve-cutaneous-portion-of-musculo-cutaneous-nerve-anterior-division-of-the-internal-cutaneous-nerve-palmar-cutaneous-branch-of-median-nerve-radial-nerve-palmar-cutaneous-branch-of-ulnar-nerve-ulnar-nerve-supra-clavicular-branches-posterior-cutaneous-branches-of-inter-costal-nerves-lateral-cutaneous-branches-of-inter-costal-nerves-cutaneous-branch-f-circumflex-nerve-internal-cutaneous-nerve-and-lesser-internal-cutaneous-nerve-nerve-of-wrisbfrg-image235401312.htmlRMRJYCNM–. Atlas of applied (topographical) human anatomy for students and practitioners. Anatomy. Lower External Cutaneous Branch of the Musculo- Spiral Nerve Cutaneous Portion of Musculo-Cutaneous Nerve Anterior Division of the Internal Cutaneous Nerve Palmar Cutaneous Branch of Median Nerve Radial Nerve Palmar Cutaneous Branch of Ulnar Nerve Ulnar Nerve. Supra-clavicular Branches Posterior Cutaneous Branches of Inter- costal Nerves Lateral Cutaneous Branches of Inter- costal Nerves Cutaneous Branch »f Circumflex Nerve Internal Cutaneous Nerve and Lesser Internal Cutaneous Nerve (Nerve of Wrisbf.rg)
. The Biological bulletin. Biology; Zoology; Biology; Marine Biology. INCRETORY ELEMENTS IN SESARMA 243 of the oculomotor nerve II, in supravital staining with methylene blue, appear to be in superficial contact with the glandular tissue. The glandular tissue is, just as described in the sinus glands of various other crustaceans (Hanstrom, 1933, 1937; Sjogren, 1934; Stahl, 1938; Carstam, 1941; Pyle, 1943; etc.), composed of a folded continuous lamella of syncytium, including a variable amount of large and small acidophile droplets. Several branches of the dorsal radial blood-sinus are enclosed Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/the-biological-bulletin-biology-zoology-biology-marine-biology-incretory-elements-in-sesarma-243-of-the-oculomotor-nerve-ii-in-supravital-staining-with-methylene-blue-appear-to-be-in-superficial-contact-with-the-glandular-tissue-the-glandular-tissue-is-just-as-described-in-the-sinus-glands-of-various-other-crustaceans-hanstrom-1933-1937-sjogren-1934-stahl-1938-carstam-1941-pyle-1943-etc-composed-of-a-folded-continuous-lamella-of-syncytium-including-a-variable-amount-of-large-and-small-acidophile-droplets-several-branches-of-the-dorsal-radial-blood-sinus-are-enclosed-image234667160.htmlRMRHP0A0–. The Biological bulletin. Biology; Zoology; Biology; Marine Biology. INCRETORY ELEMENTS IN SESARMA 243 of the oculomotor nerve II, in supravital staining with methylene blue, appear to be in superficial contact with the glandular tissue. The glandular tissue is, just as described in the sinus glands of various other crustaceans (Hanstrom, 1933, 1937; Sjogren, 1934; Stahl, 1938; Carstam, 1941; Pyle, 1943; etc.), composed of a folded continuous lamella of syncytium, including a variable amount of large and small acidophile droplets. Several branches of the dorsal radial blood-sinus are enclosed
. Cassell's natural history. Animals; Animal behavior. brandies to the successive tube-feet (Fig. 10, b^f). External to the blood-vessels are the radial nerves (Fig. 9, n), communicating with an oral nervous ring, and sending off vei-y minute tentacular branches. Each nerve terminates at the bent-up extremity of the arm in a pigmented spot, containing clear lens-like bodies, and serving as an eye. Close to it is tlie terminal tentacle of the arm, which has no sucker, but is excessively sensitive, and appears to be a very delicate organ of touch. The mouth leads by a short gullet into a wide st Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/cassells-natural-history-animals-animal-behavior-brandies-to-the-successive-tube-feet-fig-10-bf-external-to-the-blood-vessels-are-the-radial-nerves-fig-9-n-communicating-with-an-oral-nervous-ring-and-sending-off-vei-y-minute-tentacular-branches-each-nerve-terminates-at-the-bent-up-extremity-of-the-arm-in-a-pigmented-spot-containing-clear-lens-like-bodies-and-serving-as-an-eye-close-to-it-is-tlie-terminal-tentacle-of-the-arm-which-has-no-sucker-but-is-excessively-sensitive-and-appears-to-be-a-very-delicate-organ-of-touch-the-mouth-leads-by-a-short-gullet-into-a-wide-st-image233444923.htmlRMRFP9AK–. Cassell's natural history. Animals; Animal behavior. brandies to the successive tube-feet (Fig. 10, b^f). External to the blood-vessels are the radial nerves (Fig. 9, n), communicating with an oral nervous ring, and sending off vei-y minute tentacular branches. Each nerve terminates at the bent-up extremity of the arm in a pigmented spot, containing clear lens-like bodies, and serving as an eye. Close to it is tlie terminal tentacle of the arm, which has no sucker, but is excessively sensitive, and appears to be a very delicate organ of touch. The mouth leads by a short gullet into a wide st
. Bulletin of the Museum of Comparative Zoology at Harvard College. Zoology. PRENTISS: POLYDACTYLISM IN MAN AND DOMESTIC ANIMALS. 295 71. m.— The nerves of this manus also show important modifications. The normal manus, like that of swine, is innervated by four branches of the median nerve; the most radial and most ulnar branches (compare Fig. X, 2, 5) give off small twigs to the rudiments of digits ii and v. Brancli 5 is joined by the ulnar nerve im- mediately before it divides to form 5 a and 5 b. In the polydactyle manus (Fig. X, 2, 5) the modification is in connection with the small fascic Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/bulletin-of-the-museum-of-comparative-zoology-at-harvard-college-zoology-prentiss-polydactylism-in-man-and-domestic-animals-295-71-m-the-nerves-of-this-manus-also-show-important-modifications-the-normal-manus-like-that-of-swine-is-innervated-by-four-branches-of-the-median-nerve-the-most-radial-and-most-ulnar-branches-compare-fig-x-2-5-give-off-small-twigs-to-the-rudiments-of-digits-ii-and-v-brancli-5-is-joined-by-the-ulnar-nerve-im-mediately-before-it-divides-to-form-5-a-and-5-b-in-the-polydactyle-manus-fig-x-2-5-the-modification-is-in-connection-with-the-small-fascic-image233917437.htmlRMRGFT25–. Bulletin of the Museum of Comparative Zoology at Harvard College. Zoology. PRENTISS: POLYDACTYLISM IN MAN AND DOMESTIC ANIMALS. 295 71. m.— The nerves of this manus also show important modifications. The normal manus, like that of swine, is innervated by four branches of the median nerve; the most radial and most ulnar branches (compare Fig. X, 2, 5) give off small twigs to the rudiments of digits ii and v. Brancli 5 is joined by the ulnar nerve im- mediately before it divides to form 5 a and 5 b. In the polydactyle manus (Fig. X, 2, 5) the modification is in connection with the small fascic
. Cassell's natural history. Animals; Animal behavior. â 2C6 NATURAL HISTORY. ^ V. brandies to the successive tube-feet (Fig. 10, b^f). External to the blood-vessels are the radial nerves (Fig. 9, n), communicating with an oral nervous ring, and sending off vei-y minute tentacular branches. Each nerve terminates at the bent-up extremity of the arm in a pigmented spot, containing clear lens-like bodies, and serving as an eye. Close to it is tlie terminal tentacle of the arm, which has no sucker, but is excessively sensitive, and appears to be a very delicate organ of touch. The mouth leads by a Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/cassells-natural-history-animals-animal-behavior-2c6-natural-history-v-brandies-to-the-successive-tube-feet-fig-10-bf-external-to-the-blood-vessels-are-the-radial-nerves-fig-9-n-communicating-with-an-oral-nervous-ring-and-sending-off-vei-y-minute-tentacular-branches-each-nerve-terminates-at-the-bent-up-extremity-of-the-arm-in-a-pigmented-spot-containing-clear-lens-like-bodies-and-serving-as-an-eye-close-to-it-is-tlie-terminal-tentacle-of-the-arm-which-has-no-sucker-but-is-excessively-sensitive-and-appears-to-be-a-very-delicate-organ-of-touch-the-mouth-leads-by-a-image233444928.htmlRMRFP9AT–. Cassell's natural history. Animals; Animal behavior. â 2C6 NATURAL HISTORY. ^ V. brandies to the successive tube-feet (Fig. 10, b^f). External to the blood-vessels are the radial nerves (Fig. 9, n), communicating with an oral nervous ring, and sending off vei-y minute tentacular branches. Each nerve terminates at the bent-up extremity of the arm in a pigmented spot, containing clear lens-like bodies, and serving as an eye. Close to it is tlie terminal tentacle of the arm, which has no sucker, but is excessively sensitive, and appears to be a very delicate organ of touch. The mouth leads by a
. The anatomy of the domestic animals. Veterinary anatomy. 638 BLOOD-VASCULAR SYSTEM OF THE HORSE In some cases the thyroid and larjTigeal arteries arise from the carotid separately or by a sliort common stem. A laryngeal branch is often detached from the carotid in front of the thyro- larjnigeal and enters the larynx with the anterior laryngeal ners-e. The pharyngeal branch fre- quently comes directly from the carotid.. ym Fig. 558.—Deep Dissection ratus ventralis; j2J, musculo-cutaneous nerve; 5-f. median nerve; ^.5, ulnar nerve; 5ff, radial nerve; ^7, axillary nerve; 2S, dorsal branches of Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/the-anatomy-of-the-domestic-animals-veterinary-anatomy-638-blood-vascular-system-of-the-horse-in-some-cases-the-thyroid-and-larjtigeal-arteries-arise-from-the-carotid-separately-or-by-a-sliort-common-stem-a-laryngeal-branch-is-often-detached-from-the-carotid-in-front-of-the-thyro-larjnigeal-and-enters-the-larynx-with-the-anterior-laryngeal-ners-e-the-pharyngeal-branch-fre-quently-comes-directly-from-the-carotid-ym-fig-558deep-dissection-ratus-ventralis-j2j-musculo-cutaneous-nerve-5-f-median-nerve-5-ulnar-nerve-5ff-radial-nerve-7-axillary-nerve-2s-dorsal-branches-of-image236759741.htmlRMRN59D1–. The anatomy of the domestic animals. Veterinary anatomy. 638 BLOOD-VASCULAR SYSTEM OF THE HORSE In some cases the thyroid and larjTigeal arteries arise from the carotid separately or by a sliort common stem. A laryngeal branch is often detached from the carotid in front of the thyro- larjnigeal and enters the larynx with the anterior laryngeal ners-e. The pharyngeal branch fre- quently comes directly from the carotid.. ym Fig. 558.—Deep Dissection ratus ventralis; j2J, musculo-cutaneous nerve; 5-f. median nerve; ^.5, ulnar nerve; 5ff, radial nerve; ^7, axillary nerve; 2S, dorsal branches of
. The Biological bulletin. Biology; Zoology; Biology; Marine Biology. ECHINODERM NEUROBIOLOGY 437. FIGURE 2a. Camera lucida drawing of a neuron filled with Lucifer Yellow in the ectoneural system, lying transversely across the radial nerve cord. Note the varicose terminals of branches. (Inset) The relationship of the neurone to a segment of the nerve cord. Scale = 20 //. b. Ectoneural neuron showing varicose terminals lying longitudinally within three segments of the radial nerve cord. Scale = 20 p.. c. Hyponeural neuron showing non varicose fine branches that are post-synaptic dendrites. A si Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/the-biological-bulletin-biology-zoology-biology-marine-biology-echinoderm-neurobiology-437-figure-2a-camera-lucida-drawing-of-a-neuron-filled-with-lucifer-yellow-in-the-ectoneural-system-lying-transversely-across-the-radial-nerve-cord-note-the-varicose-terminals-of-branches-inset-the-relationship-of-the-neurone-to-a-segment-of-the-nerve-cord-scale-=-20-b-ectoneural-neuron-showing-varicose-terminals-lying-longitudinally-within-three-segments-of-the-radial-nerve-cord-scale-=-20-p-c-hyponeural-neuron-showing-non-varicose-fine-branches-that-are-post-synaptic-dendrites-a-si-image234644626.htmlRMRHMYH6–. The Biological bulletin. Biology; Zoology; Biology; Marine Biology. ECHINODERM NEUROBIOLOGY 437. FIGURE 2a. Camera lucida drawing of a neuron filled with Lucifer Yellow in the ectoneural system, lying transversely across the radial nerve cord. Note the varicose terminals of branches. (Inset) The relationship of the neurone to a segment of the nerve cord. Scale = 20 //. b. Ectoneural neuron showing varicose terminals lying longitudinally within three segments of the radial nerve cord. Scale = 20 p.. c. Hyponeural neuron showing non varicose fine branches that are post-synaptic dendrites. A si
. The Biological bulletin. Biology; Zoology; Biology; Marine Biology. bm •'' cm—. i Im. n-t FIG. ii. Diagrams of the two types of sense organs found in Cuncone- mertcs gracilis Coe. A, integumentary sense organ; B, subcutaneous sense organ; bm, basement layer of surface epithelium (i) ; cm and Im, circular and longitudinal musculatures of cephalic wall; n, nerve leading to dorsal brain lobe. The central radial branches from the nervous plexus pass be- tween the bundles of longitudinal muscles and form a second, delicate intermuscular plexus beneath the inner circular muscles. From this plexus Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/the-biological-bulletin-biology-zoology-biology-marine-biology-bm-cm-i-im-n-t-fig-ii-diagrams-of-the-two-types-of-sense-organs-found-in-cuncone-mertcs-gracilis-coe-a-integumentary-sense-organ-b-subcutaneous-sense-organ-bm-basement-layer-of-surface-epithelium-i-cm-and-im-circular-and-longitudinal-musculatures-of-cephalic-wall-n-nerve-leading-to-dorsal-brain-lobe-the-central-radial-branches-from-the-nervous-plexus-pass-be-tween-the-bundles-of-longitudinal-muscles-and-form-a-second-delicate-intermuscular-plexus-beneath-the-inner-circular-muscles-from-this-plexus-image234672400.htmlRMRHP714–. The Biological bulletin. Biology; Zoology; Biology; Marine Biology. bm •'' cm—. i Im. n-t FIG. ii. Diagrams of the two types of sense organs found in Cuncone- mertcs gracilis Coe. A, integumentary sense organ; B, subcutaneous sense organ; bm, basement layer of surface epithelium (i) ; cm and Im, circular and longitudinal musculatures of cephalic wall; n, nerve leading to dorsal brain lobe. The central radial branches from the nervous plexus pass be- tween the bundles of longitudinal muscles and form a second, delicate intermuscular plexus beneath the inner circular muscles. From this plexus
. Bulletin of the Museum of Comparative Zoology at Harvard College. Zoology; Zoology. PRENTISS: POLYDACTYLISM IN MAN AND DOMESTIC ANIMALS. 295 n. VI.' n. u. - 4 — 5?) J The nerves of this maniis also show important modifications. The normal manus, like that of swine, is innervated by four branches of the median nerve; tlie most radial and most ulnar branches (compare Fig. X, 2, 5) give off small twigs to the rudiments of digits ii and v. Branch 5 is joined by the ulnar nerve im- mediately before it divides to form 5 a and 5 b. In the polydactyle manus (Fig. X, 2, 5) the modification is in conn Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/bulletin-of-the-museum-of-comparative-zoology-at-harvard-college-zoology-zoology-prentiss-polydactylism-in-man-and-domestic-animals-295-n-vi-n-u-4-5-j-the-nerves-of-this-maniis-also-show-important-modifications-the-normal-manus-like-that-of-swine-is-innervated-by-four-branches-of-the-median-nerve-tlie-most-radial-and-most-ulnar-branches-compare-fig-x-2-5-give-off-small-twigs-to-the-rudiments-of-digits-ii-and-v-branch-5-is-joined-by-the-ulnar-nerve-im-mediately-before-it-divides-to-form-5-a-and-5-b-in-the-polydactyle-manus-fig-x-2-5-the-modification-is-in-conn-image233920340.htmlRMRGFYNT–. Bulletin of the Museum of Comparative Zoology at Harvard College. Zoology; Zoology. PRENTISS: POLYDACTYLISM IN MAN AND DOMESTIC ANIMALS. 295 n. VI.' n. u. - 4 — 5?) J The nerves of this maniis also show important modifications. The normal manus, like that of swine, is innervated by four branches of the median nerve; tlie most radial and most ulnar branches (compare Fig. X, 2, 5) give off small twigs to the rudiments of digits ii and v. Branch 5 is joined by the ulnar nerve im- mediately before it divides to form 5 a and 5 b. In the polydactyle manus (Fig. X, 2, 5) the modification is in conn
. The aboral nervous system of Marsupiocrinus Morris. Crinoidea, Fossil; Nervous system -- Echinodermata; Paleontology -- Decatur County, Tennessee; Paleontology -- Silurian. PAUL: ABORAL NERVOUS SYSTEM OF MARSUPIOCRINUS 465. Fig. 5. Camera lucida drawing of a small area of supposed aboral nerve sys- tem in Marsupiocrinus sp. A, B directions of radii A, B; C, cross member; IR, zigzag inter-radial branch; K, keel; L, lateral branches; P, curved processes. tures on one side of each stipe whereas the curved processes are devel- oped on both sides of a branch. Quite apart from these considerations Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/the-aboral-nervous-system-of-marsupiocrinus-morris-crinoidea-fossil-nervous-system-echinodermata-paleontology-decatur-county-tennessee-paleontology-silurian-paul-aboral-nervous-system-of-marsupiocrinus-465-fig-5-camera-lucida-drawing-of-a-small-area-of-supposed-aboral-nerve-sys-tem-in-marsupiocrinus-sp-a-b-directions-of-radii-a-b-c-cross-member-ir-zigzag-inter-radial-branch-k-keel-l-lateral-branches-p-curved-processes-tures-on-one-side-of-each-stipe-whereas-the-curved-processes-are-devel-oped-on-both-sides-of-a-branch-quite-apart-from-these-considerations-image237972600.htmlRMRR4GDC–. The aboral nervous system of Marsupiocrinus Morris. Crinoidea, Fossil; Nervous system -- Echinodermata; Paleontology -- Decatur County, Tennessee; Paleontology -- Silurian. PAUL: ABORAL NERVOUS SYSTEM OF MARSUPIOCRINUS 465. Fig. 5. Camera lucida drawing of a small area of supposed aboral nerve sys- tem in Marsupiocrinus sp. A, B directions of radii A, B; C, cross member; IR, zigzag inter-radial branch; K, keel; L, lateral branches; P, curved processes. tures on one side of each stipe whereas the curved processes are devel- oped on both sides of a branch. Quite apart from these considerations
![. Anatomy of the cat. Cats; Mammals. THE VEINS. 319 V. cephalica lying in the palm. Fig. 130. SurKRMCIAL Arteries, Veins, and Nerves on THE Extensor Side of t h e Arm and Dor- sum OF the Hand. a, V. cephalica; /', V. mediana cu- biti; c, V. cepha- lica antibrachii; d, A. collateralis radi- aHs superior; e, Aa. and Vv. digi- tales dorsales; f, A. radialis; g, su- ])erficial r ad i a 1 nerve; //, N. nms- culocutaneus; ?', N. cutaneus niediahs. (Fig. 130).—Several superficial branches of the hand unite to form a common trunk which curves about the radial side of the wrist and here unites with a s Stock Photo](https://c8.alamy.com/comp/RN7XWC/anatomy-of-the-cat-cats-mammals-the-veins-319-v-cephalica-lying-in-the-palm-fig-130-surkrmcial-arteries-veins-and-nerves-on-the-extensor-side-of-t-h-e-arm-and-dor-sum-of-the-hand-a-v-cephalica-v-mediana-cu-biti-c-v-cepha-lica-antibrachii-d-a-collateralis-radi-ahs-superior-e-aa-and-vv-digi-tales-dorsales-f-a-radialis-g-su-erficial-r-ad-i-a-1-nerve-n-nms-culocutaneus-n-cutaneus-niediahs-fig-130several-superficial-branches-of-the-hand-unite-to-form-a-common-trunk-which-curves-about-the-radial-side-of-the-wrist-and-here-unites-with-a-s-RN7XWC.jpg ". Anatomy of the cat. Cats; Mammals. THE VEINS. 319 V. cephalica lying in the palm. Fig. 130. SurKRMCIAL Arteries, Veins, and Nerves on THE Extensor Side of t h e Arm and Dor- sum OF the Hand. a, V. cephalica; /', V. mediana cu- biti; c, V. cepha- lica antibrachii; d, A. collateralis radi- aHs superior; e, Aa. and Vv. digi- tales dorsales; f, A. radialis; g, su- ])erficial r ad i a 1 nerve; //, N. nms- culocutaneus; ?', N. cutaneus niediahs. (Fig. 130).—Several superficial branches of the hand unite to form a common trunk which curves about the radial side of the wrist and here unites with a s Stock Photo")
. Anatomy of the cat. Cats; Mammals. THE VEINS. 319 V. cephalica lying in the palm. Fig. 130. SurKRMCIAL Arteries, Veins, and Nerves on THE Extensor Side of t h e Arm and Dor- sum OF the Hand. a, V. cephalica; /', V. mediana cu- biti; c, V. cepha- lica antibrachii; d, A. collateralis radi- aHs superior; e, Aa. and Vv. digi- tales dorsales; f, A. radialis; g, su- ])erficial r ad i a 1 nerve; //, N. nms- culocutaneus; ?', N. cutaneus niediahs. (Fig. 130).—Several superficial branches of the hand unite to form a common trunk which curves about the radial side of the wrist and here unites with a s Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/anatomy-of-the-cat-cats-mammals-the-veins-319-v-cephalica-lying-in-the-palm-fig-130-surkrmcial-arteries-veins-and-nerves-on-the-extensor-side-of-t-h-e-arm-and-dor-sum-of-the-hand-a-v-cephalica-v-mediana-cu-biti-c-v-cepha-lica-antibrachii-d-a-collateralis-radi-ahs-superior-e-aa-and-vv-digi-tales-dorsales-f-a-radialis-g-su-erficial-r-ad-i-a-1-nerve-n-nms-culocutaneus-n-cutaneus-niediahs-fig-130several-superficial-branches-of-the-hand-unite-to-form-a-common-trunk-which-curves-about-the-radial-side-of-the-wrist-and-here-unites-with-a-s-image236817320.htmlRMRN7XWC–. Anatomy of the cat. Cats; Mammals. THE VEINS. 319 V. cephalica lying in the palm. Fig. 130. SurKRMCIAL Arteries, Veins, and Nerves on THE Extensor Side of t h e Arm and Dor- sum OF the Hand. a, V. cephalica; /', V. mediana cu- biti; c, V. cepha- lica antibrachii; d, A. collateralis radi- aHs superior; e, Aa. and Vv. digi- tales dorsales; f, A. radialis; g, su- ])erficial r ad i a 1 nerve; //, N. nms- culocutaneus; ?', N. cutaneus niediahs. (Fig. 130).—Several superficial branches of the hand unite to form a common trunk which curves about the radial side of the wrist and here unites with a s
. Anatomy of the woodchuck (Marmota monax). Woodchuck; Mammals. Fig. 10-9. Left brachial plexus, schematic lateral view. C5- T2 ventral branches of last three cervical and first two tho- racic spinal nerves, 1 lateral thoracic n., 2 caudal pectoral nn., 3 median n., 4 musculocutaneus n., 5 ulnar n., 6 radial n., 7 dorsal thoracic n., 8 axillary n., 9 branch of axillary n. to teres major m., 10 subscapular n., 11 long thoracic n., 12 suprascapular n. The dorsal buccal branch passes dorsal to the max- illary blood vessels. It separates from the auriculo- palpebral nerve and crosses the masseter Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/anatomy-of-the-woodchuck-marmota-monax-woodchuck-mammals-fig-10-9-left-brachial-plexus-schematic-lateral-view-c5-t2-ventral-branches-of-last-three-cervical-and-first-two-tho-racic-spinal-nerves-1-lateral-thoracic-n-2-caudal-pectoral-nn-3-median-n-4-musculocutaneus-n-5-ulnar-n-6-radial-n-7-dorsal-thoracic-n-8-axillary-n-9-branch-of-axillary-n-to-teres-major-m-10-subscapular-n-11-long-thoracic-n-12-suprascapular-n-the-dorsal-buccal-branch-passes-dorsal-to-the-max-illary-blood-vessels-it-separates-from-the-auriculo-palpebral-nerve-and-crosses-the-masseter-image236799288.htmlRMRN73WC–. Anatomy of the woodchuck (Marmota monax). Woodchuck; Mammals. Fig. 10-9. Left brachial plexus, schematic lateral view. C5- T2 ventral branches of last three cervical and first two tho- racic spinal nerves, 1 lateral thoracic n., 2 caudal pectoral nn., 3 median n., 4 musculocutaneus n., 5 ulnar n., 6 radial n., 7 dorsal thoracic n., 8 axillary n., 9 branch of axillary n. to teres major m., 10 subscapular n., 11 long thoracic n., 12 suprascapular n. The dorsal buccal branch passes dorsal to the max- illary blood vessels. It separates from the auriculo- palpebral nerve and crosses the masseter
. Elements of comparative anatomy. Anatomy, Comparative. 526 COMPARATIVE ANATOMY. carried still farther, for a bridge of integument is drawn over the pit, and the two separate openings are sometimes widely separated. Both orifices—but most commonly the anterior ones—may project forwards in the form of tubes. The investing mucous membrane sometimes forms radial, sometimes parallel folds, by which its surface may be considerably increased. The whole surface is supplied with terminal branches of the olfactory nerve. There is another kind of modification, in which the surface is so much increased Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/elements-of-comparative-anatomy-anatomy-comparative-526-comparative-anatomy-carried-still-farther-for-a-bridge-of-integument-is-drawn-over-the-pit-and-the-two-separate-openings-are-sometimes-widely-separated-both-orificesbut-most-commonly-the-anterior-onesmay-project-forwards-in-the-form-of-tubes-the-investing-mucous-membrane-sometimes-forms-radial-sometimes-parallel-folds-by-which-its-surface-may-be-considerably-increased-the-whole-surface-is-supplied-with-terminal-branches-of-the-olfactory-nerve-there-is-another-kind-of-modification-in-which-the-surface-is-so-much-increased-image231599655.htmlRMRCP7M7–. Elements of comparative anatomy. Anatomy, Comparative. 526 COMPARATIVE ANATOMY. carried still farther, for a bridge of integument is drawn over the pit, and the two separate openings are sometimes widely separated. Both orifices—but most commonly the anterior ones—may project forwards in the form of tubes. The investing mucous membrane sometimes forms radial, sometimes parallel folds, by which its surface may be considerably increased. The whole surface is supplied with terminal branches of the olfactory nerve. There is another kind of modification, in which the surface is so much increased
. Elements of Comparative Anatomy. 526 COMPAEATIVE ANATOMY. carried still farther, for a bridge of integument is drawn over tlie pit, and the two separate openings are sometimes widely separated. Both, orifices—but most commonly the anterior ones—may project forwards in the form of tubes. The investing mucous membrane sometimes forms radial, sometimes parallel folds, by which its surface may be considerably increased. The whole surface is supplied with terminal branches of the olfactory nerve. There is another kind of modification, in which the surface is so much increased towards the exterior Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/elements-of-comparative-anatomy-526-compaeative-anatomy-carried-still-farther-for-a-bridge-of-integument-is-drawn-over-tlie-pit-and-the-two-separate-openings-are-sometimes-widely-separated-both-orificesbut-most-commonly-the-anterior-onesmay-project-forwards-in-the-form-of-tubes-the-investing-mucous-membrane-sometimes-forms-radial-sometimes-parallel-folds-by-which-its-surface-may-be-considerably-increased-the-whole-surface-is-supplied-with-terminal-branches-of-the-olfactory-nerve-there-is-another-kind-of-modification-in-which-the-surface-is-so-much-increased-towards-the-exterior-image231587321.htmlRMRCNKYN–. Elements of Comparative Anatomy. 526 COMPAEATIVE ANATOMY. carried still farther, for a bridge of integument is drawn over tlie pit, and the two separate openings are sometimes widely separated. Both, orifices—but most commonly the anterior ones—may project forwards in the form of tubes. The investing mucous membrane sometimes forms radial, sometimes parallel folds, by which its surface may be considerably increased. The whole surface is supplied with terminal branches of the olfactory nerve. There is another kind of modification, in which the surface is so much increased towards the exterior
. The Devonian crinoids of the State of New York. Crinoidea, Fossil; Paleontology; Paleontology. DEVONIAN CRINOIDS OF NEW YORK 19 cord is in a separate axial canal it passes into the calyx plates through the radial facet. Each nerve cord has a double structure; it separates when it enters the radial into two branches, sending one to the basal on the right and the other to the basal on the left. If the crinoid is monocyclic the cords which pass to the basals join in a ring which surrounds the chambered organ. Here the lobes of the chambered organ correspond with the basals and are interradial. Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/the-devonian-crinoids-of-the-state-of-new-york-crinoidea-fossil-paleontology-paleontology-devonian-crinoids-of-new-york-19-cord-is-in-a-separate-axial-canal-it-passes-into-the-calyx-plates-through-the-radial-facet-each-nerve-cord-has-a-double-structure-it-separates-when-it-enters-the-radial-into-two-branches-sending-one-to-the-basal-on-the-right-and-the-other-to-the-basal-on-the-left-if-the-crinoid-is-monocyclic-the-cords-which-pass-to-the-basals-join-in-a-ring-which-surrounds-the-chambered-organ-here-the-lobes-of-the-chambered-organ-correspond-with-the-basals-and-are-interradial-image231645926.htmlRMRCTAMP–. The Devonian crinoids of the State of New York. Crinoidea, Fossil; Paleontology; Paleontology. DEVONIAN CRINOIDS OF NEW YORK 19 cord is in a separate axial canal it passes into the calyx plates through the radial facet. Each nerve cord has a double structure; it separates when it enters the radial into two branches, sending one to the basal on the right and the other to the basal on the left. If the crinoid is monocyclic the cords which pass to the basals join in a ring which surrounds the chambered organ. Here the lobes of the chambered organ correspond with the basals and are interradial.
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