Pelvis Forum
... prostatic plexus which carries both sympathetic [via hypogastric nerves] and parasympathetic fibers [via pelvic splanchnic nerves] to the penis • Batson’s venous plexus: many connections exist between pelvic venous networks (e.g. prostatic) and vertebral veins and provides a route for metastasis of ...
... prostatic plexus which carries both sympathetic [via hypogastric nerves] and parasympathetic fibers [via pelvic splanchnic nerves] to the penis • Batson’s venous plexus: many connections exist between pelvic venous networks (e.g. prostatic) and vertebral veins and provides a route for metastasis of ...
Blood vessels and nerves of thoracic wall 胸壁的血管和神经The
... pericardiophrenic vessels and passes anterior to lung roots between mediastinal pleura and pericardium to supply motor and sensory innervation to diaphragm • Sensory fibers supply to pleurae, pericardium and peritoneum of diaphragm; ...
... pericardiophrenic vessels and passes anterior to lung roots between mediastinal pleura and pericardium to supply motor and sensory innervation to diaphragm • Sensory fibers supply to pleurae, pericardium and peritoneum of diaphragm; ...
Thoracic Sympathetic Trunk, Phrenic Nerves, Vagus Nerve, Azygous
... The preganglionic sympathetic supply to the thoracic viscera is from T1–5. The postganglionic supply is from: Superior, middle, and inferior cervical ganglia. T1-T5 paravertebral ganglia. They exit the chain as direct fibers and travel downwards to enter the thorax as cardiopulmonary splanchnic nerv ...
... The preganglionic sympathetic supply to the thoracic viscera is from T1–5. The postganglionic supply is from: Superior, middle, and inferior cervical ganglia. T1-T5 paravertebral ganglia. They exit the chain as direct fibers and travel downwards to enter the thorax as cardiopulmonary splanchnic nerv ...
Chapter 5
... – cervical and lumbar – Secondary curvatures – cervical and lumbar – are convex anteriorly and are _ ...
... – cervical and lumbar – Secondary curvatures – cervical and lumbar – are convex anteriorly and are _ ...
The Skeleton - Sinoe Medical Association
... Coronal suture – articulation between parietal bones and frontal bone anteriorly Sagittal suture – where right and left parietal bones meet superiorly Lambdoid suture – where parietal bones meet the occipital bone posteriorly Squamosal or squamous suture – where parietal and temporal bones meet ...
... Coronal suture – articulation between parietal bones and frontal bone anteriorly Sagittal suture – where right and left parietal bones meet superiorly Lambdoid suture – where parietal bones meet the occipital bone posteriorly Squamosal or squamous suture – where parietal and temporal bones meet ...
... dorsal to the notochord. (Centra are occasionally ossified from bilateral centres which may fail to unite. During early postnatal years the centrum is connected to each half neural arch by a synchondrosis or neurocentral joint. During the first year the arches unite behind é each other, first in the ...
... dorsal to the notochord. (Centra are occasionally ossified from bilateral centres which may fail to unite. During early postnatal years the centrum is connected to each half neural arch by a synchondrosis or neurocentral joint. During the first year the arches unite behind é each other, first in the ...
Introduction
... Above: articulates with zygomatic bone – Below(arched border) which anterior and posterior surface of the body • Frontal Process: – Lateral Surface: • Vertical ridge (Lacrimal crest) • Groove for the lacrimal sac – Medial surface: It is rough and uneven and articulates with the ethmoid and also clos ...
... Above: articulates with zygomatic bone – Below(arched border) which anterior and posterior surface of the body • Frontal Process: – Lateral Surface: • Vertical ridge (Lacrimal crest) • Groove for the lacrimal sac – Medial surface: It is rough and uneven and articulates with the ethmoid and also clos ...
Those are the Breaks: Don`t-miss Cervical Spine
... Key concept: catastrophic arterial injury can occur even without direct fracture involvement of the transverse foramen ...
... Key concept: catastrophic arterial injury can occur even without direct fracture involvement of the transverse foramen ...
Imaging of Spinal Trauma and Spinal Cord Injury: Cervical Spine
... disc and PLL • Posterior column severely lordotic • Compression of cord anteriorly by VB and posteriorly by ligaments • spontaneously reduction when force gone • Paralyzed patient with “normal” C-spine • Spondylosis a predisposing factor • UNSTABLE ...
... disc and PLL • Posterior column severely lordotic • Compression of cord anteriorly by VB and posteriorly by ligaments • spontaneously reduction when force gone • Paralyzed patient with “normal” C-spine • Spondylosis a predisposing factor • UNSTABLE ...
skeletalsystem
... Cervical: begins at 3 months when infant first begins to lift head • Lumbar: begins when child first walks ...
... Cervical: begins at 3 months when infant first begins to lift head • Lumbar: begins when child first walks ...
Introduction
... Surface anatomy/231 Thorax surface anatomy/231 How to count ribs/231 Surface anatomy of the breast in women/232 Visualizing structures at the TIV/V vertebral level/232 Visualizing structures in the superior mediastinum/234 Visualizing the margins of the heart/235 Where to listen for heart sounds/236 ...
... Surface anatomy/231 Thorax surface anatomy/231 How to count ribs/231 Surface anatomy of the breast in women/232 Visualizing structures at the TIV/V vertebral level/232 Visualizing structures in the superior mediastinum/234 Visualizing the margins of the heart/235 Where to listen for heart sounds/236 ...
Thorax MCQ`s 1. Regarding the anterior body wall a. The umbilicus
... 1. Regarding the anterior body wall a. The umbilicus receives cutaneous innervation from T8 b. The neurovascular bundle lies between the external and the internal intercostal muscles c. The nipple receives cutaneous innervation from T6 d. The intercostal nerve lies inferior to the intercostal artery ...
... 1. Regarding the anterior body wall a. The umbilicus receives cutaneous innervation from T8 b. The neurovascular bundle lies between the external and the internal intercostal muscles c. The nipple receives cutaneous innervation from T6 d. The intercostal nerve lies inferior to the intercostal artery ...
Thorax Thorax -Thorax is the Superior part of trunk betw neck and
... -Rib #1 is the broadest, shortest and most curved of the true ribs. And it cannot be palpated because it is under the clavicle. - Rib #2 is thinner, longer and less curved than rib #1 and has two facets on its head for articulation with T1 and T2. - Rib# 10, is unique in that it only has only one fa ...
... -Rib #1 is the broadest, shortest and most curved of the true ribs. And it cannot be palpated because it is under the clavicle. - Rib #2 is thinner, longer and less curved than rib #1 and has two facets on its head for articulation with T1 and T2. - Rib# 10, is unique in that it only has only one fa ...
File
... 2nd most commonly injured joint Acromioclavicular ligament Coracoclavicular Ligaments (2): - trapezoid – anterior, longer, lateral - conoid – shorter, medial ...
... 2nd most commonly injured joint Acromioclavicular ligament Coracoclavicular Ligaments (2): - trapezoid – anterior, longer, lateral - conoid – shorter, medial ...
Lecture Outline ()
... • White column = bundles of myelinated axons that carry signals up & down • Dorsal or posterior columns, lateral columns, and ...
... • White column = bundles of myelinated axons that carry signals up & down • Dorsal or posterior columns, lateral columns, and ...
Appendicular Skeleton (con`t)
... Axial Skeleton (con’t) • vertebral column (spine) – extends from skull to pelvis – 26 irregular bones – ligaments create a flexible, curved structure – 33 vertebrae separated by intervertrebral discs (fibrocartilage) • 9 form sacrum (5) & coccyx (4) ...
... Axial Skeleton (con’t) • vertebral column (spine) – extends from skull to pelvis – 26 irregular bones – ligaments create a flexible, curved structure – 33 vertebrae separated by intervertrebral discs (fibrocartilage) • 9 form sacrum (5) & coccyx (4) ...
Cancellous Bone
... joints for movement • Body: thick, disk-shaped anterior portion • Arch: encloses space for spinal cord; 3 processes for muscle attachment (spinous process – dorsally directed, 2 transverse processes) ...
... joints for movement • Body: thick, disk-shaped anterior portion • Arch: encloses space for spinal cord; 3 processes for muscle attachment (spinous process – dorsally directed, 2 transverse processes) ...
Neuroanatomy and physiological workbook
... This Neuroanatomy and physiology workbook is designed to guide and develop your understanding in relation to the neuroscience patient and hence expand your underpinning knowledge base, which is essential to manage the variety of neurological conditions that you will see. This workbook is intended fo ...
... This Neuroanatomy and physiology workbook is designed to guide and develop your understanding in relation to the neuroscience patient and hence expand your underpinning knowledge base, which is essential to manage the variety of neurological conditions that you will see. This workbook is intended fo ...
Document
... sternoclavicular and sternocostal joints – Body: This part has segments called sternobrae. It articulates with the costal cartilages of the 2nd through 7th ribs on its sides and with the xiphoid process. The joint is xiphisternal and sternocostal joint. – Xiphoid process: This small piece of cartila ...
... sternoclavicular and sternocostal joints – Body: This part has segments called sternobrae. It articulates with the costal cartilages of the 2nd through 7th ribs on its sides and with the xiphoid process. The joint is xiphisternal and sternocostal joint. – Xiphoid process: This small piece of cartila ...
I. In the following questions, selecting the best response. ( 1 point for
... 13. The orbicularis oris depresses and protrudes the lower lip. ( ...
... 13. The orbicularis oris depresses and protrudes the lower lip. ( ...
2D15 – BD0041 Code Questions Answers 1. Write a brief essay on
... The lateral angle is the thickest part of the scapula, ends in a shallow, oval depression called the “glenoid fossa”. Glenoid fossa articulates with the head of the humerus. Constricted region around the glenoid fossa is called the neck of the scapula. The coracoid process arises from a thick base t ...
... The lateral angle is the thickest part of the scapula, ends in a shallow, oval depression called the “glenoid fossa”. Glenoid fossa articulates with the head of the humerus. Constricted region around the glenoid fossa is called the neck of the scapula. The coracoid process arises from a thick base t ...
Vertebra
In the vertebrate spinal column, each vertebra is an irregular bone with a complex structure composed of bone and some hyaline cartilage, the proportions of which vary according to the segment of the backbone and the species of vertebrate animal.The basic configuration of a vertebra varies; the large part is the body, and the central part is the centrum. The upper and lower surfaces of the vertebra body give attachment to the intervertebral discs. The posterior part of a vertebra forms a vertebral arch, in eleven parts, consisting of two pedicles, two laminae, and seven processes. The laminae give attachment to the ligamenta flava. There are vertebral notches formed from the shape of the pedicles, which form the intervertebral foramina when the vertebrae articulate. These foramina are the entry and exit conducts for the spinal nerves. The body of the vertebra and the vertebral arch form the vertebral foramen, the larger, central opening that accommodates the spinal canal, which encloses and protects the spinal cord.Vertebrae articulate with each other to give strength and flexibility to the spinal column, and the shape at their back and front aspects determines the range of movement. Structurally, vertebrae are essentially alike across the vertebrate species, with the greatest difference seen between an aquatic animal and other vertebrate animals. As such, vertebrates take their name from the vertebrae that compose the vertebral column.