Lumbar Plexus
... visceral afferent fibers form a plexus of Nerves, the aortic plexus, around the abdominal part of the aorta . Regional concentrations of this plexus around the origins of the celiac, renal arteries Superior mesenteric celiac plexus Inferior mesenteric plexus Renal plexus 1- The celiac plexus consi ...
... visceral afferent fibers form a plexus of Nerves, the aortic plexus, around the abdominal part of the aorta . Regional concentrations of this plexus around the origins of the celiac, renal arteries Superior mesenteric celiac plexus Inferior mesenteric plexus Renal plexus 1- The celiac plexus consi ...
ONE1_02_Postural_Assessment
... Muscles and their nerves… A) provide stability to the trunk. B) produce movement during physiologic activity. ...
... Muscles and their nerves… A) provide stability to the trunk. B) produce movement during physiologic activity. ...
Slide 1
... visceral afferent fibers form a plexus of Nerves, the aortic plexus, around the abdominal part of the aorta . Regional concentrations of this plexus around the origins of the celiac, renal arteries Superior mesenteric celiac plexus Inferior mesenteric plexus Renal plexus 1- The celiac plexus consi ...
... visceral afferent fibers form a plexus of Nerves, the aortic plexus, around the abdominal part of the aorta . Regional concentrations of this plexus around the origins of the celiac, renal arteries Superior mesenteric celiac plexus Inferior mesenteric plexus Renal plexus 1- The celiac plexus consi ...
The Pons - Dentistry 09
... On the anterolateral surface of the pons , the trigeminal nerve emerges on each side Each nerve consist of a smaller ,medial part ,known as the motor root, and a larger, lateral part, known as the sensory root. In the groove between the pons and the medulla ablongata there emerge, from medial to lat ...
... On the anterolateral surface of the pons , the trigeminal nerve emerges on each side Each nerve consist of a smaller ,medial part ,known as the motor root, and a larger, lateral part, known as the sensory root. In the groove between the pons and the medulla ablongata there emerge, from medial to lat ...
Sodium in smooth muscle relaxation - AJP
... CaCl, were added in concentrations of 10 mM which resulted in ionic strength increases of 0.02 for the first three salts, 0.04 for MgS04, and 0.03 for the last two salts. Relaxation was measured at the end of 5 min NaCl was the most potent relaxation of all agents tested. Choline chloride, KCl, and ...
... CaCl, were added in concentrations of 10 mM which resulted in ionic strength increases of 0.02 for the first three salts, 0.04 for MgS04, and 0.03 for the last two salts. Relaxation was measured at the end of 5 min NaCl was the most potent relaxation of all agents tested. Choline chloride, KCl, and ...
Chapter 13
... afferent fibers carry signal to dorsal horn of spinal cord interneurons integrate the information efferent fibers carry impulses to skeletal muscles ...
... afferent fibers carry signal to dorsal horn of spinal cord interneurons integrate the information efferent fibers carry impulses to skeletal muscles ...
are formed
... – area of skin supplied by a peripheral nerve that is formed by multiple spinal cord ...
... – area of skin supplied by a peripheral nerve that is formed by multiple spinal cord ...
BTEC Unit 1 Assignment 2 Task 5 D2 Comparing
... should use electron micrographs and identify and draw the cell organelles listed in the Unit content. For P5, learners must produce a short description of the structures and functions of cell components. • For M2, learners must briefly explain cell differentiation and its importance in the formation ...
... should use electron micrographs and identify and draw the cell organelles listed in the Unit content. For P5, learners must produce a short description of the structures and functions of cell components. • For M2, learners must briefly explain cell differentiation and its importance in the formation ...
PPT
... 4-An elongate groove (the mylohyoid groove) extends anteroinferiorly from the mandibular foramen. The nerve to mylohyoid is in this groove ...
... 4-An elongate groove (the mylohyoid groove) extends anteroinferiorly from the mandibular foramen. The nerve to mylohyoid is in this groove ...
The ramus of mandible is quadrangular in shape and has medial
... 4-An elongate groove (the mylohyoid groove) extends anteroinferiorly from the mandibular foramen. The nerve to mylohyoid is in this groove ...
... 4-An elongate groove (the mylohyoid groove) extends anteroinferiorly from the mandibular foramen. The nerve to mylohyoid is in this groove ...
The Parasympathetic Ganglia in the Head and Neck
... which pass in the vagus nerve (relay in many ganglion in different organs in the thorax and abdomen). Postganglionic fibers: the axons of the terminal ganglia in the different thoracic and abdominal organs pass directly to supply: ...
... which pass in the vagus nerve (relay in many ganglion in different organs in the thorax and abdomen). Postganglionic fibers: the axons of the terminal ganglia in the different thoracic and abdominal organs pass directly to supply: ...
Slide 1
... mandible inferior to mandibular foramen The medial pterygoid is innervated by the nerve to medial pterygoid from the mandibular nerve [V3]. The medial pterygoid mainly elevates the mandible, closing jaws ...
... mandible inferior to mandibular foramen The medial pterygoid is innervated by the nerve to medial pterygoid from the mandibular nerve [V3]. The medial pterygoid mainly elevates the mandible, closing jaws ...
The ramus of mandible is quadrangular in shape and has medial
... 4-An elongate groove (the mylohyoid groove) extends anteroinferiorly from the mandibular foramen. The nerve to mylohyoid is in this groove ...
... 4-An elongate groove (the mylohyoid groove) extends anteroinferiorly from the mandibular foramen. The nerve to mylohyoid is in this groove ...
Medial pterygoid
... mandible inferior to mandibular foramen The medial pterygoid is innervated by the nerve to medial pterygoid from the mandibular nerve [V3]. The medial pterygoid mainly elevates the mandible, closing jaws ...
... mandible inferior to mandibular foramen The medial pterygoid is innervated by the nerve to medial pterygoid from the mandibular nerve [V3]. The medial pterygoid mainly elevates the mandible, closing jaws ...
incidence and morphology of accessory head of flexor
... interosseous artery it descend anterior to interosseous membrane between and deep to FPL and FDP and supply both and terminate posterior to pronator quadratus. 1Paralysis of AIN due to compression in the forearm is called as the kilohnevin syndrome. 2,3,6,19The causes for compression could be abnorm ...
... interosseous artery it descend anterior to interosseous membrane between and deep to FPL and FDP and supply both and terminate posterior to pronator quadratus. 1Paralysis of AIN due to compression in the forearm is called as the kilohnevin syndrome. 2,3,6,19The causes for compression could be abnorm ...
25-autonomic supply of head & neck
... • Taste fibers from soft palate pass along lesser palatine nerve → ganglion (without relay) → nerve to pterygoid canal → greater petrosal nerve • Sensory fibers from nose, palate & pharynx pass along nasal, palatine & pharyngeal branches of ganglion → ganglion (without relay) → ganglionic branches → ...
... • Taste fibers from soft palate pass along lesser palatine nerve → ganglion (without relay) → nerve to pterygoid canal → greater petrosal nerve • Sensory fibers from nose, palate & pharynx pass along nasal, palatine & pharyngeal branches of ganglion → ganglion (without relay) → ganglionic branches → ...
The Thoracic Cavity
... bodies (at level of T12) – runs superiorly – empties into Sup. Vena Cava – drains right posterior intercostal veins – Connects to hemiazygos and accessory hemiazygos that drain left side ...
... bodies (at level of T12) – runs superiorly – empties into Sup. Vena Cava – drains right posterior intercostal veins – Connects to hemiazygos and accessory hemiazygos that drain left side ...
Needle Free Meso Therapy Instrument
... osmosis technology open cell membrane water channels, osmosis membrane, through the hair follicle, the sweat gland and corneous layer, in order to promote circulation. Electricity penetration: main role in scattered material molecular, to help its smooth penetrate into skin and internal, of the same ...
... osmosis technology open cell membrane water channels, osmosis membrane, through the hair follicle, the sweat gland and corneous layer, in order to promote circulation. Electricity penetration: main role in scattered material molecular, to help its smooth penetrate into skin and internal, of the same ...
Spinal Anatomy - Circle of Docs
... 30. Leptomeninges are composed of: a. Pia and dura b. Dura and arachnoid c. Pia and arachnoid d. Periosteum and dura Pachymeninges = dura mater 31. Which of the following cells are phagocytes in the central nervous system: a. Oligodendrocytes – myelinate b. Microglia – phagocytes in CNS c. Astrocyte ...
... 30. Leptomeninges are composed of: a. Pia and dura b. Dura and arachnoid c. Pia and arachnoid d. Periosteum and dura Pachymeninges = dura mater 31. Which of the following cells are phagocytes in the central nervous system: a. Oligodendrocytes – myelinate b. Microglia – phagocytes in CNS c. Astrocyte ...
The Larynx Anat. & Phys 1
... Lies in front of the laryngopharynx from the level of the third to the sixth cervical vertebrae. Consists of a framework of cartilages, connected by ligaments and membranes, lined by a mucous membrane and moved by muscles. ...
... Lies in front of the laryngopharynx from the level of the third to the sixth cervical vertebrae. Consists of a framework of cartilages, connected by ligaments and membranes, lined by a mucous membrane and moved by muscles. ...
Review Article Macrophage Plasticity and the - e
... monocytes also enter the damaged tissue and start differentiating into macrophages shortly aer invasion by neutrophils [17]. Other in�ammatory cell types, such as mast cells and T cells, have also been implicated in the repair and �brogenesis of several tissues/organs; however, their role in muscle ...
... monocytes also enter the damaged tissue and start differentiating into macrophages shortly aer invasion by neutrophils [17]. Other in�ammatory cell types, such as mast cells and T cells, have also been implicated in the repair and �brogenesis of several tissues/organs; however, their role in muscle ...
Cranial Parasympathetic Ganglions and their Relations
... The trigeminal nerve is the largest of the cranial nerves. It originates from the brainstem at the midlateral surface of the pons, near its upper border, by a smaller motor and a larger sensory root. The afferent fibers transmit information from the face, oral and nasal cavities, and most of the sca ...
... The trigeminal nerve is the largest of the cranial nerves. It originates from the brainstem at the midlateral surface of the pons, near its upper border, by a smaller motor and a larger sensory root. The afferent fibers transmit information from the face, oral and nasal cavities, and most of the sca ...
Myocyte
A myocyte (also known as a muscle cell) is the type of cell found in muscle tissue. Myocytes are long, tubular cells that develop from myoblasts to form muscles in a process known as myogenesis. There are various specialized forms of myocytes: cardiac, skeletal, and smooth muscle cells, with various properties. The striated cells of cardiac and skeletal muscles are referred to as muscle fibers. Cardiomyocytes are the muscle fibres that form the chambers of the heart, and have a single central nucleus. Skeletal muscle fibers help support and move the body and tend to have peripheral nuclei. Smooth muscle cells control involuntary movements such as the peristalsis contractions in the stomach.