Anatomy nose bones external: nasal processes of frontal bones
... Internally attached to stem of epiglottis, vocal and vestibular ligaments and thyroarytenoid, thyroepiglottic and vocalis muscles Cricoid cartilage Complete ring of cartilage at level of C6 Attached to thyroid cartilage above Inferior attachment to trachea Posterior insertion of oesophageal muscle P ...
... Internally attached to stem of epiglottis, vocal and vestibular ligaments and thyroarytenoid, thyroepiglottic and vocalis muscles Cricoid cartilage Complete ring of cartilage at level of C6 Attached to thyroid cartilage above Inferior attachment to trachea Posterior insertion of oesophageal muscle P ...
Role of Crosstalk Between Phosphatidylinositol 3
... Studies in zebrafish have provided a crucial general framework for understanding the key aspects of mechanistic understanding of artery–vein specification during embryogenesis. Indeed, many signaling events in zebrafish are faithfully recapitulated in higher vertebrates.19 Nonetheless, studies in ma ...
... Studies in zebrafish have provided a crucial general framework for understanding the key aspects of mechanistic understanding of artery–vein specification during embryogenesis. Indeed, many signaling events in zebrafish are faithfully recapitulated in higher vertebrates.19 Nonetheless, studies in ma ...
2-Brain Rad Anantomy
... Hippocampus forms the floor of the inferior horn. are small or not visible unless they are dilated ...
... Hippocampus forms the floor of the inferior horn. are small or not visible unless they are dilated ...
Gummy Bear Lab
... A. Use your notes, textbook, or other source to define or describe the following terms: 1) Frontal (coronal) plane – ...
... A. Use your notes, textbook, or other source to define or describe the following terms: 1) Frontal (coronal) plane – ...
Document
... pterygoids are firmly attached to its lateral surface. Along the dorsal surface of the basisphenoid capsule and the parasphenoid process pass two high crests, separated from each other by a shallow furrow. The orbitosphenoids (fig. 3) are very small, of semilunar shape. They are articulated with the ...
... pterygoids are firmly attached to its lateral surface. Along the dorsal surface of the basisphenoid capsule and the parasphenoid process pass two high crests, separated from each other by a shallow furrow. The orbitosphenoids (fig. 3) are very small, of semilunar shape. They are articulated with the ...
SENSORY, MOTOR, AND INTEGRATIVE SYSTEMS
... level of incident. • b. Motor pathway injury leads to paralysis that is described by the extent of motor loss, below the level of incident. • 2. Damage to the cord, particularly transection, results in spinal cord shock, described as the loss of spinal reflexes, such as with incontinence. ...
... level of incident. • b. Motor pathway injury leads to paralysis that is described by the extent of motor loss, below the level of incident. • 2. Damage to the cord, particularly transection, results in spinal cord shock, described as the loss of spinal reflexes, such as with incontinence. ...
Chapter 15 Digestive System
... by epithelial–mesenchymal interactions between gut endoderm and surrounding visceral (splanchnic) mesoderm. Endoderm cells initiate the stabilization process by secreting SHH, which establishes a nested expression of HOX genes in the mesoderm. This interaction results in a genetic cascade that regul ...
... by epithelial–mesenchymal interactions between gut endoderm and surrounding visceral (splanchnic) mesoderm. Endoderm cells initiate the stabilization process by secreting SHH, which establishes a nested expression of HOX genes in the mesoderm. This interaction results in a genetic cascade that regul ...
Veterinary Developmental Anatomy
... Appendix III. List of Anomalies..................................72 ...
... Appendix III. List of Anomalies..................................72 ...
Arch of aorta and its relations
... The Ascending aorta and pulmonary trunk are inside the pericardium. Near the heart, the beginning of the pulmonary trunk is anterior to the ascending aorta. As it ascends, it becomes on the left side of the ascending aorta and then it terminates posterior to the aortic arch giving the right and left ...
... The Ascending aorta and pulmonary trunk are inside the pericardium. Near the heart, the beginning of the pulmonary trunk is anterior to the ascending aorta. As it ascends, it becomes on the left side of the ascending aorta and then it terminates posterior to the aortic arch giving the right and left ...
![[edit] Reproduction](http://s1.studyres.com/store/data/004262089_1-11e1f262a9daa1eb642481be5091f0d7-300x300.png)
[edit] Reproduction
... The acrosome reaction of spermatozoa is a prerequisite for the association between a spermatozoon and an egg, which occurs through fusion of their plasma membranes. After a spermatozoon comes in contact with an egg, the acrosome, which is a prominence at the anterior tip of the spermatozoa, undergoe ...
... The acrosome reaction of spermatozoa is a prerequisite for the association between a spermatozoon and an egg, which occurs through fusion of their plasma membranes. After a spermatozoon comes in contact with an egg, the acrosome, which is a prominence at the anterior tip of the spermatozoa, undergoe ...
File
... Body Cavities Formation of the Intraembryonic Cavity At the end of the third week the lateral plate mesoderm acquires a cleft that splits it into two layers. The somatic mesodermal layer takes a course towards the amniotic wall while the splanchnic mesoderm layer becomes continuous with the wall of ...
... Body Cavities Formation of the Intraembryonic Cavity At the end of the third week the lateral plate mesoderm acquires a cleft that splits it into two layers. The somatic mesodermal layer takes a course towards the amniotic wall while the splanchnic mesoderm layer becomes continuous with the wall of ...
Gross Brain Lab
... Cavernous sinus- flat sinus on either side of the body of the sphenoid; traversed by the internal carotid artery, and cranial nerves III, IV, V (ophthalmic & maxillary divisions), and VI IX. ...
... Cavernous sinus- flat sinus on either side of the body of the sphenoid; traversed by the internal carotid artery, and cranial nerves III, IV, V (ophthalmic & maxillary divisions), and VI IX. ...
The Lumbosacral Plexus HO
... vertebrae. In addition, the muscle is attached to the medial ends of Transverse processes of the lumbar vertebrae. The muscle passes downwards along the pelvic brim, and then beneath the inguinal ligament into the thigh, where its tendon is attached to the lesser trochanter of the femur. The Lumbar ...
... vertebrae. In addition, the muscle is attached to the medial ends of Transverse processes of the lumbar vertebrae. The muscle passes downwards along the pelvic brim, and then beneath the inguinal ligament into the thigh, where its tendon is attached to the lesser trochanter of the femur. The Lumbar ...
- Circle of Docs
... 59. What is between dura mater and periosteum of vertebral canal a. Epidural b. Subdural c. Subarachnoid d. CSF 60. Which is the inferior border of the IVF a. Superior notch b. Inferior notch c. Body d. Articular pillar 61. What is the weakest part of the disc a. Posterolateral b. Posteromedial c. A ...
... 59. What is between dura mater and periosteum of vertebral canal a. Epidural b. Subdural c. Subarachnoid d. CSF 60. Which is the inferior border of the IVF a. Superior notch b. Inferior notch c. Body d. Articular pillar 61. What is the weakest part of the disc a. Posterolateral b. Posteromedial c. A ...
The Development of the Cape Species of Peripatus. PART IV.
... present. In fact, it may be said of this tissue generally, that it does not become a marked feature of the sections until the organs separate from one another and leave room for the previously closely-packed nuclei to spread out, and, as in the case of the white matter of the nerve-cord, partly to w ...
... present. In fact, it may be said of this tissue generally, that it does not become a marked feature of the sections until the organs separate from one another and leave room for the previously closely-packed nuclei to spread out, and, as in the case of the white matter of the nerve-cord, partly to w ...
BRAINSTEM AND CRANIAL NERVES I. MULTIPLE CHOICE: Circle
... T F 8. The oculomotor nerve, cerebral peduncles and superior colliculi are all visible on the ventral surface of the midbrain. T F 9. The visceromotor nuclei of the cranial nerves generally lie medial to those of the somatomotor nuclei. T F 10. The dorsal column nuclei receive direct synaptic input ...
... T F 8. The oculomotor nerve, cerebral peduncles and superior colliculi are all visible on the ventral surface of the midbrain. T F 9. The visceromotor nuclei of the cranial nerves generally lie medial to those of the somatomotor nuclei. T F 10. The dorsal column nuclei receive direct synaptic input ...
Brainstem II
... Which of the following can cause a facial nerve palsy A Mobius syndrome B Millard-Gubler Syndrome C 8 ½ syndrome D Melkersson-Rosenthal syndrome E All of the above ...
... Which of the following can cause a facial nerve palsy A Mobius syndrome B Millard-Gubler Syndrome C 8 ½ syndrome D Melkersson-Rosenthal syndrome E All of the above ...
Embryogenesis Handout Part 2
... pharyngeal arch mesoblast—the others form somites in the cranio-caudal direction. The somite pairs are formed along the neural tube and range from the cranial region up to the embryo’s tail. In the end, the human embryo will have approximately 35-37 somite pairs. The number of somites is used to rou ...
... pharyngeal arch mesoblast—the others form somites in the cranio-caudal direction. The somite pairs are formed along the neural tube and range from the cranial region up to the embryo’s tail. In the end, the human embryo will have approximately 35-37 somite pairs. The number of somites is used to rou ...
Digestive System
... • Divided into 4 lobes – Right lobe – largest, in right hypochondriac region – Left lobe – narrow part extending into left hypochondriac ...
... • Divided into 4 lobes – Right lobe – largest, in right hypochondriac region – Left lobe – narrow part extending into left hypochondriac ...
Spinal Cord
... 1. Sensory neurons have cell bodies in the periphery and central processes that do not cross the midline. Lower motor neurons have cell bodies in the central nervous system and axons that do not cross the midline 2. Sensory pathways to the cerebral cortex involve a chain of at least three neurons, t ...
... 1. Sensory neurons have cell bodies in the periphery and central processes that do not cross the midline. Lower motor neurons have cell bodies in the central nervous system and axons that do not cross the midline 2. Sensory pathways to the cerebral cortex involve a chain of at least three neurons, t ...
Color Atlas of Human Anatomy, Vol. 3 - ReadingSample - Beck-Shop
... (A – D) Cross sections at different levels (left, myelin stain; right, cellular stain) vary considerably. In the regions of cervical enlargement and lumbar enlargement, the crosssectional area is larger than in the rest of the spinal cord; it is largest at the C4 – C5 and L4 – L5 levels. In both swe ...
... (A – D) Cross sections at different levels (left, myelin stain; right, cellular stain) vary considerably. In the regions of cervical enlargement and lumbar enlargement, the crosssectional area is larger than in the rest of the spinal cord; it is largest at the C4 – C5 and L4 – L5 levels. In both swe ...
Lannoo, M.J. Neuro Manual - Indiana State University
... Taking care not to tear the cranial nerve roots, remove the arteries and meninges from the entire brain. Identify the major divisions of the brain. Review the blood supply. A Note on Terminology: You will remember that in the peripheral nervous system, axons are grouped into nerves, and cell bodies ...
... Taking care not to tear the cranial nerve roots, remove the arteries and meninges from the entire brain. Identify the major divisions of the brain. Review the blood supply. A Note on Terminology: You will remember that in the peripheral nervous system, axons are grouped into nerves, and cell bodies ...
TSM59 - The Cerebellum
... The cerebellum modifies descending efferent motor signals to control and adjust movement o Compares cortical (intended) signals to proprioceptive and sensory (actual) signals o Each side of the body is controlled and represented ipsilaterally in the hemispheres o Functions relating to postural muscl ...
... The cerebellum modifies descending efferent motor signals to control and adjust movement o Compares cortical (intended) signals to proprioceptive and sensory (actual) signals o Each side of the body is controlled and represented ipsilaterally in the hemispheres o Functions relating to postural muscl ...
Drosophila embryogenesis
Drosophila embryogenesis, the process by which Drosophila (fruit fly) embryos form, is a favorite model system for geneticists and developmental biologists studying embryogenesis. The small size, short generation time, and large brood size make it ideal for genetic studies. Transparent embryos facilitate developmental studies. Drosophila melanogaster was introduced into the field of genetic experiments by Thomas Hunt Morgan in 1909.