Full text - Acta Palaeontologica Polonica
... the left side of PIN specimen (fig. 2 and pI. 2:2) is interpreted as a foramen for ramus meningea of stapedial artery. The basioccipital, not distinguishable from exoccipitals, consists of an anterior, roughly rectangular part, inserted between the promontoria, and a very wide posterior part, with l ...
... the left side of PIN specimen (fig. 2 and pI. 2:2) is interpreted as a foramen for ramus meningea of stapedial artery. The basioccipital, not distinguishable from exoccipitals, consists of an anterior, roughly rectangular part, inserted between the promontoria, and a very wide posterior part, with l ...
Anatomy of the Orbit 26 (2)
... Also provides protection to cornea Lashes offer additional protection When eye is open, the upper lid covers about 1/6th of the cornea & the lower lid just touches the limbus. The two lids meet each other at medial and lateral angles(or outer & inner canthi). ...
... Also provides protection to cornea Lashes offer additional protection When eye is open, the upper lid covers about 1/6th of the cornea & the lower lid just touches the limbus. The two lids meet each other at medial and lateral angles(or outer & inner canthi). ...
Hand and Wrist Joint
... There are 15 bones that form connections from the end of the forearm to the hand. The wrist itself contains eight small bones, called carpal bones. These bones are grouped in two rows across the wrist. The proximal row is where the wrist creases when you bend it. Beginning with the thumbside of the ...
... There are 15 bones that form connections from the end of the forearm to the hand. The wrist itself contains eight small bones, called carpal bones. These bones are grouped in two rows across the wrist. The proximal row is where the wrist creases when you bend it. Beginning with the thumbside of the ...
Gross Anatomy of the Brain - Dr. Leichnetz
... Orbitofrontal gyri- on the orbital (inferior) surface of the frontal lobe Temporal lobe: Inferior temporal gyrus and sulcus- visual discrimination Occipitotemporal (fusiform) gyrus- recognition of faces Collateral sulcus- separates occipitotemporal and parahippocampal gyri Parahippocampal gyrus- gyr ...
... Orbitofrontal gyri- on the orbital (inferior) surface of the frontal lobe Temporal lobe: Inferior temporal gyrus and sulcus- visual discrimination Occipitotemporal (fusiform) gyrus- recognition of faces Collateral sulcus- separates occipitotemporal and parahippocampal gyri Parahippocampal gyrus- gyr ...
Practice Questions
... 5. _____ Treacher Collins syndrome is a genetic defect in which neural crest cells do not migrate appropriately into the First branchial arch. Children with this syndrome often have hypoplasia of the A. Frontal bone B. Zygomatic bone C. Mandible D. Hyoid bone E. Nasal septum 6. _____ Accidental rem ...
... 5. _____ Treacher Collins syndrome is a genetic defect in which neural crest cells do not migrate appropriately into the First branchial arch. Children with this syndrome often have hypoplasia of the A. Frontal bone B. Zygomatic bone C. Mandible D. Hyoid bone E. Nasal septum 6. _____ Accidental rem ...
Pharynx - mcstmf
... They are separated from the latter by a thin plate of bone so that infection can readily spread from the sinuses into the orbit. The anterior sinuses open into the infundibulum. The middle sinuses open into the middle meatus, on or above the bulla ethmoidalis. The posterior sinuses open into ...
... They are separated from the latter by a thin plate of bone so that infection can readily spread from the sinuses into the orbit. The anterior sinuses open into the infundibulum. The middle sinuses open into the middle meatus, on or above the bulla ethmoidalis. The posterior sinuses open into ...
The Ear: Hearing and Balance
... Each of these bones has 2 names apiece: _________________ or malleus _______________ or incus _________________ or stapes ...
... Each of these bones has 2 names apiece: _________________ or malleus _______________ or incus _________________ or stapes ...
Parapharyngeal space
... • For deep lobe of parotid lesion • Superficial parotidectomy with facial nerve preservation • Retract facial nerve from the deep parotid lobe ...
... • For deep lobe of parotid lesion • Superficial parotidectomy with facial nerve preservation • Retract facial nerve from the deep parotid lobe ...
The Region of the Nose and Nasal Cavities
... front to th e" septum , and below to th e lower cartilage. The latter is curved upon itself so as to form the outer and inner boundaries of the extern al orifice of th e nostril. It approaches its fellow of the opposite side internally, and thus forms the upper part of the " columna nasi, the partit ...
... front to th e" septum , and below to th e lower cartilage. The latter is curved upon itself so as to form the outer and inner boundaries of the extern al orifice of th e nostril. It approaches its fellow of the opposite side internally, and thus forms the upper part of the " columna nasi, the partit ...
TMJ, Face, Skull
... with the two sides moving in opposite directions so that one side is protracted while the other is retracted – Actions combined with elevation and depression, rhythmically and alternately ...
... with the two sides moving in opposite directions so that one side is protracted while the other is retracted – Actions combined with elevation and depression, rhythmically and alternately ...
2.1.3.2.2 Hip bone - SUST Repository
... The skull is composed of several separate bones united at immobile joints called sutures. The connective tissue between the bones is called a sutural ligament. The mandible is an exception to this rule, for it is united to the skull by the mobile temporomandibularjoint.The bones of the skull can be ...
... The skull is composed of several separate bones united at immobile joints called sutures. The connective tissue between the bones is called a sutural ligament. The mandible is an exception to this rule, for it is united to the skull by the mobile temporomandibularjoint.The bones of the skull can be ...
Ca Ba V - VCOMcc
... 1. mesenchymal cells (MCs) (derived from somatic lateral plate mesoderm and paraxial mesoderm cells (particularly schlerotome)) aggregate to form a “model” of developing bone ...
... 1. mesenchymal cells (MCs) (derived from somatic lateral plate mesoderm and paraxial mesoderm cells (particularly schlerotome)) aggregate to form a “model” of developing bone ...
Fukushima`s Microanatomy and Dissection of The Temporal Bone
... the non-dependent arm the shoulder must be rolled anteriorly and pulled gently in the caudal direction. Once in this position the shoulder is secured by tape to the arm board. This maneuver pulls the shoulder away from the surgeon and allows the surgeon to “look up” in a caudal to cranial direction ...
... the non-dependent arm the shoulder must be rolled anteriorly and pulled gently in the caudal direction. Once in this position the shoulder is secured by tape to the arm board. This maneuver pulls the shoulder away from the surgeon and allows the surgeon to “look up” in a caudal to cranial direction ...
PowerPoint to accompany Hole’s Human Anatomy and
... a: © Ed Reschke; b,c: Courtesy of John W. Hole, Jr. ...
... a: © Ed Reschke; b,c: Courtesy of John W. Hole, Jr. ...
07 1st pelvis & sacrum
... Greater sciatic notch: Allows sciatic nerve & vessels to pass from pelvis to thigh. Lesser sciatic notch: allow vessels & nerves to pass from pelvis to perinium. ...
... Greater sciatic notch: Allows sciatic nerve & vessels to pass from pelvis to thigh. Lesser sciatic notch: allow vessels & nerves to pass from pelvis to perinium. ...
Topographical anatomy and measurements of selected
... angle of almost 180°, as it extends superiorly and anteriorly and after 2–3 mm approaches the hiatus of the greater petrosal nerve canal. Together with the greater petrosal nerve runs the intracranial part of the stapedial artery, which enters the facial nerve canal from the inferior niche in the re ...
... angle of almost 180°, as it extends superiorly and anteriorly and after 2–3 mm approaches the hiatus of the greater petrosal nerve canal. Together with the greater petrosal nerve runs the intracranial part of the stapedial artery, which enters the facial nerve canal from the inferior niche in the re ...
Comparative cranial osteology of fossorial lizards from the tribe
... The skulls of Calyptommatus nicterus (Fig. 1), Scriptosaura catimbau (Fig. 2) and Nothobachia ablephara (Fig. 3) measure 6 mm in length, corresponding approximately to 10.5, 11, and 11.5% of the SVL (average SVL of 5.7, 5.5, and 5.2 cm, respectively). All are relatively elongated, but the skull of C ...
... The skulls of Calyptommatus nicterus (Fig. 1), Scriptosaura catimbau (Fig. 2) and Nothobachia ablephara (Fig. 3) measure 6 mm in length, corresponding approximately to 10.5, 11, and 11.5% of the SVL (average SVL of 5.7, 5.5, and 5.2 cm, respectively). All are relatively elongated, but the skull of C ...
Chapter 3
... Paranasal Sinuses • Paranasal sinuses are cavities in bones of the skull that communicate with the nasal cavity. – They are lined by mucous membranes and also serve to lighten the skull and serve as resonating chambers for ...
... Paranasal Sinuses • Paranasal sinuses are cavities in bones of the skull that communicate with the nasal cavity. – They are lined by mucous membranes and also serve to lighten the skull and serve as resonating chambers for ...
Pathology Codes - Museum of London
... frontal and left parietal, just anterior and lateral to bregma. It’s possible that this may simply be a very large arachnoid granulation, but it appears to be associated more with the left meningeal impressions than with the sagittal sulcus, suggesting the possibility it might be representative of s ...
... frontal and left parietal, just anterior and lateral to bregma. It’s possible that this may simply be a very large arachnoid granulation, but it appears to be associated more with the left meningeal impressions than with the sagittal sulcus, suggesting the possibility it might be representative of s ...
Chapter 3 - Morgan Community College
... Paranasal Sinuses • Paranasal sinuses are cavities in bones of the skull that communicate with the nasal cavity. – They are lined by mucous membranes and also serve to lighten the skull and serve as resonating chambers for ...
... Paranasal Sinuses • Paranasal sinuses are cavities in bones of the skull that communicate with the nasal cavity. – They are lined by mucous membranes and also serve to lighten the skull and serve as resonating chambers for ...
skull
... Paranasal Sinuses • Paranasal sinuses are cavities in bones of the skull that communicate with the nasal cavity. – They are lined by mucous membranes and also serve to lighten the skull and serve as resonating chambers for ...
... Paranasal Sinuses • Paranasal sinuses are cavities in bones of the skull that communicate with the nasal cavity. – They are lined by mucous membranes and also serve to lighten the skull and serve as resonating chambers for ...
02. Face
... It is a delicate, impermeable membrane covering the brain, lying between pia mater & dura mater. It is separated from the dura by subdural space, and from the pia by subarachnoid space, which is filled with cerebro-spinal fluid. The arachnoid projects into the venous sinuses to form arachnoid vil ...
... It is a delicate, impermeable membrane covering the brain, lying between pia mater & dura mater. It is separated from the dura by subdural space, and from the pia by subarachnoid space, which is filled with cerebro-spinal fluid. The arachnoid projects into the venous sinuses to form arachnoid vil ...
Lunate dislocation IMAGES IN CLINICAL RADIOLOGY A B
... fracture (Fenton syndrome). It involves all the intercarpal joints and disruption of most of the major carpal ligaments. It produces volar dislocation and forward rotation of the lunatum. The concave distal surface of the lunatum therefore faces anteriorly (Fig. A) and the capitatum drops into the s ...
... fracture (Fenton syndrome). It involves all the intercarpal joints and disruption of most of the major carpal ligaments. It produces volar dislocation and forward rotation of the lunatum. The concave distal surface of the lunatum therefore faces anteriorly (Fig. A) and the capitatum drops into the s ...
Wish List
... Articulated lower limb (also available in library Individual lower limb bones (also available in library) Dissected Human Cadaver ...
... Articulated lower limb (also available in library Individual lower limb bones (also available in library) Dissected Human Cadaver ...
File
... maxillary, frontal, sphenoid and ethmoid bones. They are lined with mucoperiosteum & filled with air. They communicate with nasal cavity through relatively small apertures. Function of Paranasal Sinuses: 1. Act as resonators of voice. 2. Reduce weight of the skull. 3. Help in formation of facial cha ...
... maxillary, frontal, sphenoid and ethmoid bones. They are lined with mucoperiosteum & filled with air. They communicate with nasal cavity through relatively small apertures. Function of Paranasal Sinuses: 1. Act as resonators of voice. 2. Reduce weight of the skull. 3. Help in formation of facial cha ...
Skull
This article incorporates text in the public domain from the 20th edition of Gray's Anatomy (1918)The skull is a bony structure in the head of most vertebrates (in particular, craniates) that supports the structures of the face and forms a protective cavity for the brain. The skull is composed of two parts: the cranium and the mandible. The skull forms the anterior most portion of the skeleton and is a product of encephalization, housing the brain, many sensory structures (eyes, ears, nasal cavity), and the feeding system. Functions of the skull include protection of the brain, fixing the distance between the eyes to allow stereoscopic vision, and fixing the position of the ears to help the brain use auditory cues to judge direction and distance of sounds. In some animals, the skull also has a defensive function (e.g. horned ungulates); the frontal bone is where horns are mounted. The English word ""skull"" is probably derived from Old Norse ""skalli"" meaning bald, while the Latin word cranium comes from the Greek root κρανίον (kranion).The skull is made of a number of fused flat bones.