Where in the human body would you find the 'Inferior Concha'?
"more especially in the middle of the bone. Both extremities are more or less pointed, the posterior being the more tapering. The inferior nasal concha is ossified from a single center, which appears about the fifth month of fetal life in the lateral wall of the cartilaginous nasal capsule. Inferior nasal concha The inferior nasal concha (inferior turbinated bone or inferior turbinal/turbinate) is one of the three paired nasal conchae in the nose. It extends horizontally along the lateral wall of the nasal cavity and consists of a lamina of spongy bone, curled upon itself like a scroll, (""turbinate"" meaning"
"Conchae are composed of pseudostratified columnar, ciliated respiratory epithelium with a thick, vascular, and erectile glandular tissue layer. The conchae are located laterally in the nasal cavities, curling medially and downward into the nasal airway. Each pair is composed of one concha in either side of the nasal cavity, divided by the septum. The ""superior conchae"" are smaller structures, connected to the middle conchae by nerve-endings, and serve to protect the olfactory bulb. The openings to the posterior ethmoidal sinuses exist under the superior meatus. The ""middle conchae"" are smaller. In humans, they are usually as long as the little"
"Lower extremity of femur The lower extremity of femur (or distal extremity) is the lower end of the thigh bone in human and other animals, closer to the knee. It is larger than the upper extremity of femur, is somewhat cuboid in form, but its transverse diameter is greater than its antero-posterior; it consists of two oblong eminences known as the condyles. Anteriorly, the condyles are slightly prominent and are separated by a smooth shallow articular depression called the patellar surface. Posteriorly, they project considerably and a deep notch, the intercondylar fossa of femur, is present between them. The lateral"
"concha which arise from the cranial portion of the skull. Hence, these two are considered as a part of the cranial bones. It has two surfaces, two borders, and two extremities. The medial surface is convex, perforated by numerous apertures, and traversed by longitudinal grooves for the lodgement of vessels. The lateral surface is concave, and forms part of the inferior meatus. Its upper border is thin, irregular, and connected to various bones along the lateral wall of the nasal cavity. It may be divided into three portions: of these, The inferior border is free, thick, and cellular in structure,"
"Crotch In humans, the crotch is the bottom of the pelvis, the region of the body where the legs join the torso, and is often considered to include the groin and genitals. ""Crotch"" is derived from ""crutch""; it ""was first used in 1539 to refer to a forked stick used as a farm implement."" This region of the body is also described with other terms such as ""groin"" or the lower ventral area. The human crotch has been depicted in artwork. In Paleolithic art, forms called tectiforms or quadrilaterals have sometimes been interpreted to be ""quick visual guides, reminders to"
"The region located between the crura (shanks) of the antihelix is the triangular fossa (depression), while the scapha (elongated depression) lies between the helix and antihelix. The antihelix borders in the middle (medially) to the rim of the concha (shell) and the concha proper, which is composed of the conchal cymba above (superiorly) and the conchal cavum below (inferiorly), which are separated by the helical crus, and meet the antihelix at the antihelical rim. The tragus (auditory canal lobule) and the antitragus (counterpart lobule) are separated by the intertragal notch; the auditory canal lobule does not contain cartilage, and displays"
"Nasal concha In anatomy, a nasal concha (), plural conchae (), also called a turbinate or turbinal, is a long, narrow, curled shelf of bone that protrudes into the breathing passage of the nose in humans and various animals. The conchae are shaped like an elongated seashell, which gave them their name (Latin ""concha"" from Greek ""κόγχη""). A concha is any of the scrolled spongy bones of the nasal passages in vertebrates. In humans, the conchae divide the nasal airway into 4 groove-like air passages, and are responsible for forcing inhaled air to flow in a steady, regular pattern around"
"inferior concha where the meatus extends along its length. On it is a curved fissure, the hiatus semilunaris, limited below by the edge of the uncinate process of the ethmoid and above by an elevation named the bulla ethmoidalis; the middle ethmoidal cells are contained within this bulla and open on or near to it. Through the hiatus semilunaris the meatus communicates with a curved passage termed the infundibulum, which communicates in front with the anterior ethmoidal cells and in rather more than fifty percent of skulls is continued upward as the frontonasal duct into the frontal air-sinus; when this"
"superior concha is narrow, a fourth supreme nasal concha is present situated above and sharing the space with the superior concha. The conchae extend along the length of the nasal cavity. The internal structures and cavities, including the conchae and paranasal sinuses form an integrated system for the conditioning (moistening and warming) and filtering of the air breathed in through the nose. This functioning also includes the major role of the nasal mucosa, and the resulting conditioning of the air before it reaches the lungs is important in maintaining the internal environment and proper functioning of the lungs. The turbulence"
"in the ankylosaurid dinosaur ""Saichania"". Nasal concha In anatomy, a nasal concha (), plural conchae (), also called a turbinate or turbinal, is a long, narrow, curled shelf of bone that protrudes into the breathing passage of the nose in humans and various animals. The conchae are shaped like an elongated seashell, which gave them their name (Latin ""concha"" from Greek ""κόγχη""). A concha is any of the scrolled spongy bones of the nasal passages in vertebrates. In humans, the conchae divide the nasal airway into 4 groove-like air passages, and are responsible for forcing inhaled air to flow in"
"Conus medullaris The conus medullaris (Latin for ""medullary cone"") or conus terminalis is the tapered, lower end of the spinal cord. It occurs near lumbar vertebral levels 1 (L1) and 2 (L2), occasionally lower. The upper end of the conus medullaris is usually not well defined. After the spinal cord tapers out, the spinal nerves continue to branch out diagonally, forming the cauda equina. The pia mater that surrounds the spinal cord, however, projects directly downward, forming a slender filament called the filum terminale, which connects the conus medullaris to the back of the coccyx. The filum terminale provides a"
"Inferior olivary nucleus The inferior olivary nucleus (ION), is a structure found in the medulla oblongata underneath the superior olivary nucleus. In vertebrates, the ION is known to coordinate signals from the spinal cord to the cerebellum to regulate motor coordination and learning. These connections have been shown to be tightly associated, as degeneration of either the cerebellum or the ION results in degeneration of the other. Though neurons of the ION are glutamatergic, they receive inhibitory input via GABA receptors. There are two distinct GABAα receptor populations that are spatially organized within each neuron present in the ION. The"
"Inferior mesenteric artery In human anatomy, the inferior mesenteric artery, often abbreviated as IMA, is the third main branch of the abdominal aorta and arises at the level of L3, supplying the large intestine from the left colic (or splenic) flexure to the upper part of the rectum, which includes the descending colon, the sigmoid colon, and part of the rectum. Proximally, its territory of distribution overlaps (forms a watershed) with the middle colic artery, and therefore the superior mesenteric artery. The SMA and IMA anastomose via the marginal artery of the colon (artery of Drummond) and via Riolan's arcade"
"along the back part of the body: it is called the linea quadrata (or quadrate line). About the junction of the upper one-third and lower two-thirds on the intertrochanteric crest is the quadrate tubercle located. The size of the tubercle varies and it is not always located on the intertrochanteric crest and that also adjacent areas can be part of the quadrate tubercel, such as the posterior surfare of the greater trochanter or the neck of the femur. In a small anatomical study it was shown that the epiphysial line passes directly through the quadrate tubercle. Upper extremity of femur"
"are represented as smaller. The resulting image is that of a distorted human body, with disproportionately huge hands, lips, and face. In the sensory homunculus, below the areas handling sensation for the teeth, gums, jaw, tongue, and pharynx lies an area for intra-abdominal sensation. At the very top end of the primary sensory cortex, beyond the area for the toes, it has traditionally been believed that the sensory neural networks for the genitals occur. However, more recent research has suggested that there may be two different cortical areas for the genitals, possibly differentiated by one dealing with erogenous stimulation and"
"Supreme nasal concha The supreme nasal concha or highest nasal concha is a nasal concha (turbinate) that occurs in some cases. It is shaped like a seashell and found on the posterosuperior part of the lateral nasal wall. It lies on the medial surface of the labyrinth of ethmoid above the superior nasal concha. This makes it the highest the nasal conchae, and the highest of three on the ethmoid bone. It is often no more than a small, simple crest protruding from the nasal wall. The space below and the fissure lateral to the concha are known as the"
"disorders all involve motor coordination. Inferior olivary nucleus The inferior olivary nucleus (ION), is a structure found in the medulla oblongata underneath the superior olivary nucleus. In vertebrates, the ION is known to coordinate signals from the spinal cord to the cerebellum to regulate motor coordination and learning. These connections have been shown to be tightly associated, as degeneration of either the cerebellum or the ION results in degeneration of the other. Though neurons of the ION are glutamatergic, they receive inhibitory input via GABA receptors. There are two distinct GABAα receptor populations that are spatially organized within each neuron"
"Subcoracoid bursa The subcoracoid bursa or subcoracoid bursa of Collas is a synovial bursa located in the shoulder. It is located anterior to the subscapularis muscle and inferior to the coracoid process. Its function is to reduce friction between the coracobrachialis, subscapularis and short head of the biceps tendons, thus facilitating internal and external rotation of the shoulder. The subcoracoid bursa does not communicate with the glenohumeral joint under normal circumstances, but may communicate with the subacromial bursa. As such, contrast fluid injected into the glenohumeral joint during an arthrogram that extends into the subcoracoid bursa is abnormal, and indirectly"
"Inferior sagittal sinus The inferior sagittal sinus (also known as inferior longitudinal sinus), within the human head, is an area beneath the brain which allows blood to drain outwards posteriorly from the center of the head. It drains (from the center of the brain) to the straight sinus (at the back of the head), which connects to the transverse sinuses. ""See diagram (at right)"": labeled in the brain as """" (for Latin: ""sinus sagittalis inferior""). The inferior sagittal sinus courses along the inferior border of the falx cerebri, superior to the corpus callosum. It receives blood from the deep and"
"Pectoralis minor The pectoralis minor () is a thin, triangular muscle, situated at the upper part of the chest, beneath the pectoralis major in the human body. It arises from the upper margins and outer surfaces of the third, fourth, and fifth ribs, near their cartilages and from the aponeuroses covering the intercostalis. The fibers pass superior and lateral and converge to form a flat tendon, which is inserted into the medial border and upper surface of the coracoid process of the scapula. The pectoralis minor muscle is covered anteriorly (superficially) by the clavipectoral fascia. The Medial pectoral nerve pierces"
"Submucosa The submucosa (or tela submucosa) is a thin layer of tissue in various organs of the gastrointestinal, respiratory, and genitourinary tracts. It is the layer of dense irregular connective tissue that supports the mucosa (mucous membrane) and joins it to the muscular layer, the bulk of overlying smooth muscle (fibers running circularly within layer of longitudinal muscle). The submucosa (""sub-"" + ""mucosa"") is to a mucous membrane what the subserosa (""sub-"" + ""serosa"") is to a serous membrane. Blood vessels, lymphatic vessels, and nerves (all supplying the mucosa) will run through here. Tiny parasympathetic ganglia are scattered around forming"
"legs join together. The bottom of the crotch defines one end of the inseam. The crotch-region on smaller garments such as underwear are sometimes referred to as the ""pouch"". Loosely-fitted or bagginess in the crotch-region is sometimes associated with a lax, casual and easy-going approach to attires or garbs. Clothing that is tight-fitting on the crotch is sometimes called a ""bulge"" on men, and a ""cameltoe"" on women, especially if one's figure is conspicuous. Prolonged constrictive pressure of the crotch on the male genitals may increase the likelihood of detumescing. Crotch In humans, the crotch is the bottom of the"
"implies a full thickness rotator cuff tear. Subcoracoid bursa The subcoracoid bursa or subcoracoid bursa of Collas is a synovial bursa located in the shoulder. It is located anterior to the subscapularis muscle and inferior to the coracoid process. Its function is to reduce friction between the coracobrachialis, subscapularis and short head of the biceps tendons, thus facilitating internal and external rotation of the shoulder. The subcoracoid bursa does not communicate with the glenohumeral joint under normal circumstances, but may communicate with the subacromial bursa. As such, contrast fluid injected into the glenohumeral joint during an arthrogram that extends into"
"can occur in the cervical (neck), thoracic (back), lumbar (lower back), or sacral (pelvic) levels. Between each pair of vertebrae, spinal nerves branch off of the spinal cord and carry information to and from specific parts of the body. The location of injury to the spinal cord maps to the body, and the area of skin innervated by a specific spinal nerve, is called a dermatome. All dermatomes below the level of injury to the spinal cord may lose sensation. An injury at a lower point on the spine does not necessarily mean better sexual function; for example, people with"
"Axilla The axilla (also, armpit, underarm or oxter) is the area on the human body directly under the joint where the arm connects to the shoulder. It also provides the under-arm sweat gland. In humans, the formation of body odor happens mostly in the axillary region. These odorant substances serve as pheromones which play a role related to mating. The underarm regions seem more important than the genital region for body odor which may be related to human bipedalism. Anatomically, the boundaries of the ""axilla"" are: The lower posterior boundary is called the posterior axillary fold and this is a"
"Axilla The axilla (also, armpit, underarm or oxter) is the area on the human body directly under the joint where the arm connects to the shoulder. It also provides the under-arm sweat gland. In humans, the formation of body odor happens mostly in the axillary region. These odorant substances serve as pheromones which play a role related to mating. The underarm regions seem more important than the genital region for body odor which may be related to human bipedalism. Anatomically, the boundaries of the ""axilla"" are: The lower posterior boundary is called the posterior axillary fold and this is a"
"Subcutaneous tissue The subcutaneous tissue (), also called the hypodermis, hypoderm (), subcutis, or superficial fascia, is the lowermost layer of the integumentary system in vertebrates. The types of cells found in the hypodermis are fibroblasts, adipose cells, and macrophages. The hypodermis is derived from the mesoderm, but unlike the dermis, it is not derived from the dermatome region of the mesoderm. In arthropods, the hypodermis is an epidermal layer of cells that secretes the chitinous cuticle. The term also refers to a layer of cells lying immediately below the epidermis of plants. The hypodermis is beneath dermis which is"
"bladder dysfunction, spastic or flaccid weakness depending on the level of the lesion, and bilateral sensory loss . Comparatively, cauda equina syndrome may cause radicular pain, bowel/bladder dysfunction, patchy sensory loss or saddle anesthesia and lower extremity weakness at the level of the lumbar and sacral roots. Pediatric patients may have a syrinx associated with their Chiari malformation and the conus medullaris will be located at or below the L2-L3 lumbar vertebrae disk space. Conus medullaris The conus medullaris (Latin for ""medullary cone"") or conus terminalis is the tapered, lower end of the spinal cord. It occurs near lumbar vertebral"
"Subcapitulum The subcapitulum (from Latin ""sub"", under and ""capitulum"", small head), also known as infracapitulum, hypognathum or hipognatum, refers to the ventral part of the gnathosoma (the part of the body comprising the mouth and feeding parts) or the fusion of the palpal coxae and the labrum (the upper or anterior mouthpart) complex present in the mites on which the mouth, pedipalps (the second pair of appendages), lips and pharynx are located. In its central part, the gutter hypostome (the anterior part of the subcapitulum) is formed, which in the forceps is transformed into a serrated pricking system. The anterolateral"
"Suprasternal notch The suprasternal notch, also known as the fossa jugularis sternalis or jugular notch is a large, visible dip in between the neck and the two collarbones of the human anatomy. The jugular notch is found at the superior border of the manubrium of the sternum, between the clavicular notches. Intrathoracic pressure is measured by using a transducer held in such a way over the body that an actuator engages the soft tissue that is located above the suprasternal notch. Arcot J. Chandrasekhar, MD of Loyola University, Chicago, is the author of an evaluative test for the aorta using"
"It also divides the supracolic and infracolic compartments, with the liver, spleen and gastric fundus above it and the small intestine and colon below it. The first lumbar vertebra lies at the level of the transpyloric plane. Despite the conus medullaris, the end of the spinal cord, being understood to terminate at the level of the transpyloric plane, there is significant variability. Up to 40% of people have spinal cords ending below the transpyloric plane. The transpyloric plane passes through the pylorus of the stomach, despite it [pylorus] being suspended by the lesser and greater omentum and being relatively mobile."
"a shallow depression (fossa) on the surface between the sacrum and the perineum, located in the intergluteal cleft that runs from just below the sacrum to the perineum. It does not always appear. The coccygeal fossa marks the deepest part of the pelvic floor, next to the coccyx. The levator ani ascends from here. The extensor coccygis is a slender muscle fascicle, which is not always present. It extends over the lower part of the posterior surface of the sacrum and coccyx. It arises by tendinous fibers from the last segment of the sacrum, or first piece of the coccyx,"
"Inferior cerebellar peduncle The upper part of the posterior district of the medulla oblongata is occupied by the inferior cerebellar peduncle, a thick rope-like strand situated between the lower part of the fourth ventricle and the roots of the glossopharyngeal and vagus nerves. Each cerebellar inferior peduncle connects the spinal cord and medulla oblongata with the cerebellum, and comprises the juxtarestiform body and restiform body. Important fibers running through the inferior cerebellar peduncle include the dorsal spinocerebellar tract and axons from the inferior olivary nucleus, among others. The inferior cerebellar peduncle carries many types of input and output fibers that"