Lateral dorsal cutaneous nerves

The lateral giant interneuron (LG) is an interneuron in the abdominal nerve cord of crayfish, lobsters, shrimp of the order Decapoda and their relatives in the crustacean class Malacostraca. It is part of the system that controls a special kind of escape reflex of these organisms known as the "caridoid escape reaction." When the of the tail fan of crayfish are stimulated, the LG activates the motor neurons that control flexion movements of the abdomen in a way that propels the crayfish away from the source of the stimulation. The LG bypasses the main neural system that controls locomotion, thus shortening the reaction time. The lateral giant connection to motor giant fast flexor neurons was the first known example of an electrical synapse ().

Lateral alveolar click

Lateral gene transfer

Lateral intercondylar tubercles

Lateral habenula

Lateral logic

Lateral angle of the scapula

Lateral communication is "the exchange, imparting or sharing of information, ideas or feelings between people within a community, peer groups, departments or units of an organization who are at or about the same hierarchical level as each other for the purpose of coordinating activities, efforts or fulfilling a common purpose or goal".

Lateral flow test

Latera is a small town and comune in the Province of Viterbo, Italy.Situated near Bolsena Lake and Mezzano Lake, is important for volcanic underground activity near the town centre. It has a small rock with a medieval palace by Farnese family, surrounded by medieval stone houses.

Later with Bob Costas

Later som miljarder

Lateral epicondylitis

The lateral corticospinal tract (also called the crossed pyramidal tract or lateral cerebrospinal fasciculus) is the largest part of the corticospinal tract. It extends throughout the entire length of the spinal cord, and on transverse section appears as an oval area in front of the posterior column and medial to the posterior spinocerebellar tract.

Lateral inguinal fossa

The most lateral of the bundles of the anterior nerve roots is generally taken as a dividing line that separates the anterolateral system into two parts. These are the anterior funiculus, between the anterior median fissure and the most lateral of the anterior nerve roots, and the lateral funiculus between the exit of these roots and the posterolateral sulcus.

fasciculus lateralis plexus brachialis

Lateral epicondyle of femur

Lateral dorsal cutaneous nerve

Lateral cutaneous branch

Lateral decubitus

Lateral genicular arteries

Lateral antibrachial cutaneous

The lateral antebrachial cutaneous nerve (or lateral cutaneous nerve of forearm) (branch of musculocutaneous nerve, also sometimes spelled "antebrachial") passes behind the cephalic vein, and divides, opposite the elbow-joint, into a volar and a dorsal branch.

Lateral antebrachial cutaneous nerve

Lateral aperture of the forth ventricle

Lateral accessory lobes

Lateral cutaneous nerve of the arm

Lateral epicondyles

Lateral Ventricles

Lateral border

The lateral collateral ligament of ankle joint (or external lateral ligament of the ankle-joint) are ligaments of the ankle which attach to the fibula. Its components are:
* anterior talofibular ligament The anterior talofibular ligament attaches the anterior margin of the lateral malleolus to the adjacent region of the talus bone. The most common ligament involved in ankle sprain is the anterior talofibular ligament.
* posterior talofibular ligament The posterior talofibular ligament runs horizontally between the neck of the talus and the medial side of lateral malleolus

Lateral and subjacent support, in the law of property, describes the right a landowner has to have that land physically supported in its natural state by both adjoining land and underground structures. If a neighbor's excavation or excessive extraction of underground liquid deposits (crude oil or aquifers) causes subsidence, such as by causing the landowner's land to cave in, the neighbor will be subject to strict liability in a tort action. The neighbor will also be strictly liable for damage to buildings on the landowner's property if the landowner can show that the weight of the buildings did not contribute to the collapse of the land. If the landowner is unable to make such a showing, the neighbor must be shown to have been negligent in order for the landowner to recover damages. If the landowner owns everything beneath the ground on his property, he may convey to another party the rights to mineral deposits under the land and other things requiring excavation, such as easements for buried conduits or for water wells. However, such a conveyance requires the recipient to prevent any damage to the surface of the land caused by the excavation unless the conveyance itself grants express authority for the surface land to be damaged, "as reasonably necessary" for the recipient to exercise his extraction rights.

Later Trần dynasty

Lateral flap

nervus cutaneus dorsalis lateralis

Lateral epicondyle of the femur

Lateral electrical surface stimulation is a neuromuscular stimulation treatment for idiopathic scoliosis. It is also known as the LESS treatment, and was invented by Dr. Jens Axelgaard in 1976. It is a non-invasive scoliosis treatment that utilizes electrical muscle stimulation, which is also known as neurostimulation or neuromuscular stimulation.

The lateral hypothalamus(LH), also called the lateral hypothalamic area, contains the primary orexinergic nucleus within the hypothalamus that widely projects throughout the nervous system; this system of neurons mediates an array of cognitive and physical processes, such as promoting feeding behavior and arousal, reducing pain perception, and regulating body temperature, digestive functions, and blood pressure, among many others. Clinically significant disorders that involve dysfunctions of the orexinergic projection system include narcolepsy, motility disorders or functional gastrointestinal disorders involving visceral hypersensitivity (e.g., irritable bowel syndrome), and eating disorders.

Lateral geniculate nuclei

Lateral cutaneous nerves of arm

The lateral horn (lateral protocerebrum) is one of the two areas of the insect brain where projection neurons of the antennal lobe send their axons. The other area is the mushroom body. Several morphological classes of neurons in the lateral horn receive olfactory information through the projection neurons.

Lateral Rectus

Lateral cutaneous nerve of the forearms

Lateral geniculate

Lateral cutaneous branches

Lateral cuneiform bones

Later homonym

Lateral inferior genicular

The lateral circumflex femoral artery (lateral femoral circumflex artery, external circumflex artery) is an artery in the upper thigh.

Later with Jools Holland is an official DVD released by Björk on August 23, 2003. The DVD contains seven rare performances of Björk from 1995 to 1997 that have all been recorded on the Later with Jools Holland program. All performances featured on the DVD are radically re-worked from the original album versions; for "Hyperballad" she is accompanied by electra strings; "Venus as a Boy" with Guy Sigsworth on harpsichord; "Possibly Maybe" with a full band featuring legendary slide guitarist BJ Cole; "Bachelorette" and "Hunter" with an Icelandic String Octet and Mark Bell, "Jóga" with an Icelandic String Octet and "So Broken" accompanied by world-famous Flamenco guitarist Raimundo Amador. Björk had also performed "Aeroplane" on the show with D'Influence (her first ever live performance as a solo artist) but it is not included on the DVD, although it is erroneously mentioned on the insert track listing. The performance of "Jóga" also appears on another Jools Holland DVD (Later With Jools Holland: Mellow), which was released in 2006. All the performances are of album tracks apart from "So Broken" which is a B-side to the Jóga single. The Video Album was re-released in 2012 as Later with Jools Holland 1995–2011, including the latter performances from Björk in 2007 and 2011, promoting Volta and Biophilia respectively.

Later life of Margaret Thatcher

Lateral lemniscus

Lateral incisor

Lateral funiculus

Lateral basis bundle

Lateral expansion

Lateral cutaneous nerve of the forearm

Lateral alveolo-palatal approximant

Lateral cervical lymph nodes

Lateral inferior genicular artery

Lateral horns

Lateral condyles of the femur

Latera, Flaminius Annibali de

Later Wei

Lateral apertures

Lateral flow tests, also known as lateral flow immunochromatographic assays, are simple cellulose-based devices intended to detect the presence (or absence) of a target analyte in liquid sample (matrix) without the need for specialized and costly equipment, though many lab-based applications exist that are supported by reading equipment. Typically, these tests are used for medical diagnostics either for home testing, point of care testing, or laboratory use. A widely spread and well known application is the home pregnancy test. Lateral Flow Tests can operate as either or .

The lateral aperture is a paired structure in human anatomy. It is an opening in each lateral extremity of the lateral recess of the fourth ventricle of the human brain, which also has a single median aperture. The two lateral apertures provide a conduit for cerebrospinal fluid to flow from the brain's ventricular system into the subarachnoid space; specifically into the pontocerebellar cistern at the cerebellopontine angle. The structure is also called the lateral aperture of the fourth ventricle or the foramen of Luschka after anatomist Hubert von Luschka. Gross total resection of tumours that extend through foramen of Lushka is sometimes not possible due to bradycardia.

Later Zhao dynasty

Lateral ligament of malleus

Lateral dorsal nucleus of the thalamus

Lateral facial dysplasia

The lateral cricoarytenoid (also anterior cricoarytenoid) muscles extend from the lateral cricoid cartilage to the muscular process of the arytenoid cartilage. By rotating the arytenoid cartilages medially, these muscles adduct the vocal cords and thereby close the rima glottidis, protecting the airway. (Their action is antagonistic to that of the posterior cricoarytenoid muscles.) The lateral cricoarytenoid muscles receive innervation from the recurrent laryngeal branch of the vagus nerve (CN X).

Lateral arcuate ligaments

Later life of Jose de San Martin

Lateral angle

Lateral collateral ligaments of ankle joints

Lateral genicular nucleus

Lateral cutaneous nerves

Lateral circumflex femoral artery

Lateral collateral ligament of the ankle joints

Lateral condyle of the tibia

The lateral lemniscus is a tract of axons in the brainstem that carries information about sound from the cochlear nucleus to various brainstem nuclei and ultimately the contralateral inferior colliculus of the midbrain. Three distinct, primarily inhibitory, cellular groups are located interspersed within these fibers, and are thus named the nuclei of the lateral lemniscus.

Lateral dot

The lateral clicks are a family of click consonants found only in African languages. The clicking sound used by equestrians to urge on their horses is a lateral click, although it is not a speech sound in that context. Lateral clicks are found throughout southern Africa and in two languages in Tanzania. The place of articulation is not known to be contrastive in any language, and typically varies from alveolar to palatal. The symbol in the International Phonetic Alphabet that represents a generic lateral click is ⟨ǁ⟩, a double vertical bar. Prior to 1989, ⟨ʖ⟩ was the IPA letter for the lateral clicks, and this is still preferred by some phoneticians, as the vertical bar may be confounded with prosody marks and, in some fonts, with a double el. Either letter may be combined with a second letter to indicate the manner of articulation, though this is commonly omitted for tenuis clicks, and increasingly a diacritic is used instead. Common lateral clicks are: The last is what is heard in the sound sample above, as non-native speakers tend to glottalize clicks to avoid nasalizing them. In the orthographies of individual languages, the letters and digraphs for lateral clicks may be based on either the vertical bar symbol of the IPA, ⟨ǁ⟩, or on the Latin ⟨x⟩ of Bantu convention. Nama and most Saan languages use the former; Naro, Sandawe, and Zulu use the latter.

Lateral cutaneous nerve of the thigh

Lateral Pressure Theory

Lateral geniculate body

Lateral compartment

Lateral intermuscular septum of thigh

Lateral Line System

Lateral circumflex femoral arteries

Lateral cutaneous nerve of arm

Lateral branch of supraorbital nerve

The lateral grey column (lateral column, lateral cornu, lateral horn of spinal cord, intermediolateral column) is one of the three grey columns of the spinal cord (which give the shape of a butterfly); the others being the anterior and posterior grey columns. The lateral grey column is primarily involved with activity in the sympathetic division of the autonomic motor system. It projects to the side as a triangular field in the thoracic and upper lumbar regions (specifically T1-L2) of the postero-lateral part of the anterior grey column.

Lateral ganglionic eminence

Lateral Link

Lateral epicondylosis

Lateral hearts, also known as pseudohearts or commissural vessels, are blood vessels on either side of the alimentary canal of some annelids that pump blood from the dorsal vessel to the ventral vessel. The lateral hearts of Lumbricus terrestris are located in body segments 6–11.

Lateral funiculus of spinal cord

Lateral entorhinal cortex

Lateral buoy

The lateral intermuscular septum of thigh is a fold of deep fascia in the thigh. It is between the vastus lateralis and biceps femoris. It separates the anterior compartment of the thigh from the posterior compartment of the thigh.

Lateral click

circumflex femoral artery

Lateral coital position

Lateral anterior thoracic

Lateral intermuscular septum of the thigh

Lateral cerebral sulcus

Lateral compartments of the legs

Lateral cutaneous nerves of the thighs

Lateral hiring

East-West Highway

The lateral condyle is the lateral portion of the upper extremity of tibia. It serves as the insertion for the biceps femoris muscle (small slip). Most of the tendon of the biceps femoris inserts on the fibula.

Lateral corticospinal tracts

Later jin (Five dynasties)

Lateral Intraparietal

The lateral clicks are a family of click consonants found only in African languages. The clicking sound used by equestrians to urge on their horses is a lateral click, although it is not a speech sound in that context. Lateral clicks are found throughout southern Africa and in two languages in Tanzania. The place of articulation is not known to be contrastive in any language, and typically varies from alveolar to palatal. The last is what is heard in the sound sample above, as non-native speakers tend to glottalize clicks to avoid nasalizing them.

Later with Jules Holland

Lateral hire

Arteria inferior lateralis genus

Lateral entry

Lateral aperture of fourth ventricle

Lateral horn

Lateral expansion, in economics, is the growth of a business enterprise through the acquisition of similar companies, in the hope of achieving economies of scale or economies of scope. Unchecked lateral expansion can lead to powerful conglomerates or monopolies. Related is vertical expansion, which is the growth of a business enterprise through the acquisition of companies that produce the intermediate goods needed by the business or help market and distribute its final goods. Any such value chain activities can be acquired through vertical expansion.

Lateral cutaneous branches of torso

Lateral cutaneous nerve of forearm

Lateral cervical muscles

Lateral cutaneous nerves of the forearm

The lateral cervical lymph nodes are a group of lymph nodes found in the lateral side of the neck. Terminologia Anatomica divides them into:
* Superficial lateral cervical lymph nodes
* Deep lateral cervical lymph nodes Another source divides this group into "internal jugular", "spinal accessory", and "transverse cervical".

Lateral Link Group, Inc., is a legal recruiting firm for elite attorneys that was founded in December 2005 by several Harvard Law School alumni. The company specializes in placing attorneys at top-tier firms and companies and provides career services to Members including a proprietary online job database. Lateral Link's clients include both law firms and in-house legal employers in the United States, Asia, Western Europe, and Middle East. Starting in 2015, Lateral Link began offering variable staffing opportunities to its members through its partner, Cadence Counsel. In 2017, Lateral Link acquired Bridgeline Solutions, a temporary legal staffing company.

Lateral horns of the spinal cord

Lateral hyothyroid ligament

The lateral compartment of the leg contains:
* Fibularis longus
* Fibularis brevis

The lateral epicondyle of the humerus is a small, tuberculated eminence, curved a little forward, and giving attachment to the radial collateral ligament of the elbow joint, and to a tendon common to the origin of the supinator and some of the extensor muscles. Specifically, these extensor muscles include the anconeus muscle, the supinator, extensor carpi radialis brevis, extensor digitorum, extensor digiti minimi, and extensor carpi ulnaris. In birds, where the arm is somewhat rotated compared to other tetrapods, it is termed dorsal epicondyle of the humerus. In comparative anatomy, the term ectepicondyle is sometimes used.

Lateral column

nucleus dorsalis lateralis

Lateral condyle

Lateral cutanous femoral nerve

Lateral condyles of the tibia

Lateral basis bundles

Later T’ang

The lateral dorsal cutaneous nerve is a cutaneous branch of the foot. This is a separate branch from the Lateral sural cutaneous nerve which is located on the back of the leg. The turns into a dorsal digital nerve and supplies the lateral side of the fifth toe. The course of this nerve influences the surgical approach to fixation of fractures of the fifth metatarsal, as the most direct surgical approach is at risk of damaging it.

Lateral cornu

Lateral heart

The lateral cord is a division of the brachial plexus. Cervical spinal nerves C5, C6, and C7 contribute to it. The lateral cord gives rise to the following nerves:
* The lateral pectoral nerve to the pectoralis major muscle
* The musculocutaneous nerve which innervates the biceps muscle
* The median nerve, partly. The other part comes from the medial cord.

Later mughals

Lateral lumbocostal arch

Lateral and subjacent support

Lateral cord

Lateral Line sense organs

Comune di Latera

Lateral condyle of tibias

Lateral compartment of leg

Lateral cricoarytenoid

Lateral alveolar approximant

Lateral Ventricle

Lateral gyrus

Lateral brachial cutaneous nerve

Lateral clicks

External lateral ligament of the ankle-joint

Lateral canal

Lateral approximant

Lateral epicondyle (disambiguation)

The lateral giant interneuron (LG) is an interneuron in the abdominal nerve cord of crayfish, lobsters, shrimp of the order Decapoda and their relatives in the crustacean class Malacostraca. It is part of the system that controls a special kind of escape reflex of these organisms known as the "caridoid escape reaction." The lateral giant connection to motor giant fast flexor neurons was the first known example of an electrical synapse ().

Lateral aortic glands

Lateral deltoid

The lateral epicondyle of the femur, smaller and less prominent than the medial epicondyle, gives attachment to the fibular collateral ligament of the knee-joint. Directly below it is a small depression from which a smooth well-marked groove curves obliquely upward and backward to the posterior extremity of the condyle.

The lateral line, also called lateral line system (LLS) or lateral line organ (LLO), is a system of sense organs found in aquatic vertebrates, used to detect movement, vibration, and pressure gradients in the surrounding water. The sensory ability is achieved via modified epithelial cells, known as hair cells, which respond to displacement caused by motion and transduce these signals into electrical impulses via excitatory synapses. Lateral lines serve an important role in schooling behavior, predation, and orientation. Fish can use their lateral line system to follow the vortices produced by fleeing prey. Lateral lines are usually visible as faint lines of pores running lengthwise down each side, from the vicinity of the gill covers to the base of the tail. In some species, the receptive

Lateral femoral circumflex artery

Lateral compartments of the leg

Later works (Liszt)

Later Tran Dynasty

Lateral consonants

Lateral cutaneous nerve of thighs

Lateral femoral cutaneous nerve

Lateral dorsal nucleus

Lateral aperture

Latera

Lateral condyle of the femurs

Lateral condyle of tibia

Lateral Force Variation

The lateral inferior genicular is an artery of the leg.

Lateral fasciculus proprius

Lateral cutaneous branch of iliohypogastric nerve

Lateral brachial cutaneous nerves

The lateral cervical nucleus is a scattered nucleus located dorsally in the lateral funiculus in the first three cervical segments of the spine. The spinocervical and spinothalamic tracts synapse in the lateral cervical nucleus; the spinocervical tract projects ipsilaterally while the spinothalamic tract projects contralaterally. The axons of neurons the lateral cervical nucleus cross the midline, join the medial lemniscus as it forms in the caudal medulla and ascend to the ventral posterolateral nucleus.

Musculus cricoarytaenoideus lateralis

Lateral Road

Lateral giant interneuron

The lateral arcuate ligament (also lateral lumbocostal arch and external arcuate ligament) is a ligament under the diaphragm that arches across the upper part of the quadratus lumborum muscle. It is traversed by the subcostal nerve, artery and vein.

Lateral condyle of femur

Lateral affricate

Lateral border of the scapula

Nodi lymphoidei cervicales laterales

Lateral dorsal nucleus of thalamus

Lateral giant neuron

Lateral erosion

Lateral hypothalamic nucleus

fasciculus cerebrospinalis lateralis

Nervus cutaneus antebrachii lateralis

Lateral costotransverse ligaments

Lateral budding

Lateral Giant Interneuron

The lateral inguinal fossa is a structure described in human anatomy. It is a shallow concave stretch of peritoneum on the deep surface of the anterior abdominal wall and is best seen from the greater peritoneal cavity, looking anteriorly (as, for example, during laparoscopy).

The later life of José de San Martín (national hero of Argentina) documents the life of San Martín after his retirement from the Spanish American wars of independence. He met Simón Bolívar at the Guayaquil conference, resigned from his political offices in Peru and handed him the command of the Army of the Andes. San Martín returned to Argentina, and then left for Europe. He spent his later life in France, and died in Boulogne-sur-Mer on August 17, 1850.

In neurobiology, lateral inhibition is the capacity of an excited neuron to reduce the activity of its neighbors. Lateral inhibition disables the spreading of action potentials from excited neurons to neighboring neurons in the lateral direction. This creates a contrast in stimulation that allows increased sensory perception. It is also referred to as lateral antagonism and occurs primarily in visual processes, but also in tactile, auditory, and even olfactory processing. Cells that utilize lateral inhibition appear primarily in the cerebral cortex and thalamus and make up lateral inhibitory networks (LINs). Artificial lateral inhibition has been incorporated into artificial sensory systems, such as vision chips, hearing systems, and optical mice. An often under-appreciated point is that a

Lateral blast

Later with Jools Holland is an official DVD released by Björk on August 23, 2003. The DVD contains seven rare performances of Björk from 1995 to 1997 that have all been recorded on the Later with Jools Holland program. All performances featured on the DVD are radically re-worked from the original album versions; for "Hyperballad" she is accompanied by electra strings; "Venus as a Boy" with Guy Sigsworth on harpsichord; "Possibly Maybe" with a full band featuring legendary slide guitarist BJ Cole; "Bachelorette" and "Hunter" with an Icelandic String Octet and Mark Bell, "Jóga" with an Icelandic String Octet and "So Broken" accompanied by world-famous Flamenco guitarist Raimundo Amador. Björk had also performed "Aeroplane" on the show with D'Influence (her first ever live performance as a so

Lateral crests

Later with Greg Kinnear

Lateral entrance

Later with Jools Holland (Bjoerk DVD)

Lateral fold hypertrophy

Lateral cervical lymph node

The lateral epicondyle of the humerus is a small, tuberculated eminence, curved a little forward, and giving attachment to the radial collateral ligament of the elbow joint, and to a tendon common to the origin of the supinator and some of the extensor muscles. Specifically, these extensor muscles include the anconeus muscle, the supinator, extensor carpi radialis brevis, extensor digitorum, extensor digiti minimi, and extensor carpi ulnaris. In birds, where the arm is somewhat rotated compared to other tetrapods, it is termed dorsal epicondyle of the humerus. In comparative anatomy, the term ectepicondyle is sometimes used. A common injury associated with the lateral epicondyle of the humerus is lateral epicondylitis also known as tennis elbow. Repetitive overuse of the forearm, as seen in tennis or other sports, can result in inflammation of "the tendons that join the forearm muscles on the outside of the elbow. The forearm muscles and tendons become damaged from overuse. This leads to pain and tenderness on the outside of the elbow."

Later medieval period

Lateral ligaments of the malleus

Lateral approximant consonant

Lateral flexion

Lateral abdominal cutaneous branches of intercostal nerves

Later life of Rabindranath Tagore

Lateral atlanto-axial joint

The lateral horn (lateral protocerebrum) is one of the two areas of the insect brain where projection neurons of the antennal lobe send their axons. The other area is the mushroom body. Several morphological classes of neurons in the lateral horn receive olfactory information through the projection neurons. In lateral horn, axons of pheromone-sensitive projection neurons are segregated from the axons of plant odor-sensitive projection neurons. In addition, the dendrites of lateral horn neurons are restricted to one of these two zones, suggesting that pheromones and plant odors are processed separately in the lateral horn. Lateral horn neurons responsive to non-pheromonal odors arborize widely in the lateral horn, possibly integrating information from a large number of projection neurons (even if the projection neurons themselves project only to specific regions of the lateral horn). Intracellular recordings from lateral horn neurons show that many of these neurons respond broadly to odors. Responses in these neurons are synchronized to odor-evoked oscillations, and depend on odor concentration.

Lateral condyle of femurs

Lateral arcuate ligament

Later That Same Year is the 1970 album by country rock/folk rock musician Ian Matthews' band, Matthews Southern Comfort. This was Ian's third album after his departure from Fairport Convention in 1969, and was released in November 1970 shortly after the band's single "Woodstock" had reached Number One in the UK singles chart. For the US release in Spring 1971, "Jonah" was left off the album and was replaced with "Woodstock" which became the lead track.

Later With Jools Holland

Lateral costotransverse ligament

Lateral diffusion

Lateral Plantar Artery

Lateral line sense organs

Lateral femoral circumflex

Lateral compartments of leg

Lateral angle of scapula

Lateral communication

Tractus corticospinalis lateralis,

Lateral and medial

Lateral inhibition

Lateral Support

Lateral fricative

The lateral coital position is a sex position described by Masters and Johnson in their Human Sexual Response. The position was preferred by 75% of their heterosexual respondents once they had tried it.

Lateral epicondyle of humerus

Lateral intermuscular septum of arm

Lateral grey column

Lateral calcaneal branches of sural nerve

The East-West Highway, also known as the Lateral Road, is the Bhutan primary east-west corridor, connecting Phuentsholing in the southwest to Trashigang in the east. In between, the Lateral Road runs directly through Wangdue Phodrang, Trongsa, and other population centers. The Lateral Road also has spurs connecting to the capital Thimphu and other major population centers such as Paro and Punakha. The Lateral Road traverses are a number of high passes, including and . The highest pass on the road is at Chapcha; the second-highest pass is at Trumshing La in central Bhutan at an altitude of over 3,800 m (12,500 ft).

Lateral cartilage

Lateral and subjacent support, in the law of property, describes the right a landowner has to have that land physically supported in its natural state by both adjoining land and underground structures. If a neighbor's excavation or excessive extraction of underground liquid deposits (crude oil or aquifers) causes subsidence, such as by causing the landowner's land to cave in, the neighbor will be subject to strict liability in a tort action. The neighbor will also be strictly liable for damage to buildings on the landowner's property if the landowner can show that the weight of the buildings did not contribute to the collapse of the land. If the landowner is unable to make such a showing, the neighbor must be shown to have been negligent in order for the landowner to recover damages.

Lateral horn of spinal cord

Lateral epicondyle of the humerus

Lateral femoral epicondyle

Lateral intermuscular septum of the arm

lemniscus lateralis

Lateral collateral ligaments of the ankle joints

Lateral abdominal cutaneous branches

Lateral aortic lymph node

apertura lateralis ventriculi quarti

Lateral Thinking

Lateral horn (disambiguation)

Lateral flow assay

Arteria circumflexa femoris lateralis

Lateral electrical surface stimulation is a neuromuscular stimulation treatment for idiopathic scoliosis. It is also known as the LESS treatment, and was invented by Dr. Jens Axelgaard in 1976. It is a non-invasive scoliosis treatment that utilizes electrical muscle stimulation, which is also known as neurostimulation or neuromuscular stimulation. The LESS treatment is used to treat individuals with mild to moderate degrees of scoliosis, and is often used either as a replacement to or as a complement to traditional scoliosis bracing. The LESS treatment is a less intrusive form of scoliosis treatment, and eliminates the physical and psychological problems that can be associated with traditional bracing treatment. In LESS treatment, the patient is treated through neuromuscular stimulation each night during sleep. Neurostimulation electrodes "are placed on the convex side of the curve in the region of the posterior to midaxillary line" in order to engage the back muscles through neuromuscular stimulation as the patient sleeps. The stimulation creates muscle contractions and strengthens the patient's back in order to gradually straighten out the spinal curvature.

Lateral fissure

Lateral gray horn

Lateral earth pressure

Later life and career of Larry Norman

The most lateral of the bundles of the anterior nerve roots is generally taken as a dividing line that separates the anterolateral system into two parts. These are the anterior funiculus, between the anterior median fissure and the most lateral of the anterior nerve roots, and the lateral funiculus between the exit of these roots and the posterolateral sulcus. The lateral funiculus transmits the contralateral corticospinal and spinothalamic tracts. A lateral cutting of the spinal cord results in the transection of both ipsilateral posterior column and lateral funiculus and this produces Brown-Séquard syndrome.

Lateral cutaneous nerve (disambiguation)

The lateral hypothalamus(LH), also called the lateral hypothalamic area, contains the primary orexinergic nucleus within the hypothalamus that widely projects throughout the nervous system; this system of neurons mediates an array of cognitive and physical processes, such as promoting feeding behavior and arousal, reducing pain perception, and regulating body temperature, digestive functions, and blood pressure, among many others. Clinically significant disorders that involve dysfunctions of the orexinergic projection system include narcolepsy, motility disorders or functional gastrointestinal disorders involving visceral hypersensitivity (e.g., irritable bowel syndrome), and eating disorders. The neurotransmitter glutamate and the endocannabinoids (e.g., anandamide) and the orexin neuropeptides orexin-A and orexin-B are the primary signaling neurochemicals in orexin neurons; pathway-specific neurochemicals include GABA, melanin-concentrating hormone, nociceptin, glucose, the dynorphin peptides, and the appetite-regulating peptide hormones leptin and ghrelin, among others. Notably, cannabinoid receptor 1 (CB1) is colocalized on orexinergic projection neurons in the lateral hypothalamus and many output structures, where the CB1 and orexin receptor 1 (OX1) receptors form the CB1–OX1 receptor heterodimer.

Lateral Giant

Lateral calcaneal branches of sural nerves

Lateral alveolar flap

Later life of Issac Newton

Lateral brachial cutaneous nerve (disambiguation)

Lateral gray column

Later with Jools Holland (Bjork DVD)

Lateral cerebellum

Lateral collateral ligament of ankle joints

Lateral globus pallidus

Later Zhou Dynasty

Lateral geniculate bodies

Lateral antibrachial cutaneous nerve

Lateral collateral ligament

Lateral cutaneous branch of iliohypogastric nerves

Later with Jools Holland (Björk DVD)

Lateral cutaneous nerve of the thighs

Lateral accessory lobes, or LALs are paired, symmetrical, systems of synaptic neuropils that exist in the brains of insects and other arthropods. Lateral accessory lobes are located inferiorly and laterally from ellipsoid body, anteriorly and laterally from the bulb. In the frontal section of the arthropod brain the LALs are projected as two triangles, called lateral triangles. The LALs have roughly pyramidal shape.

Later Today

Lateral cords

Lateral hypothalamus

Lateral area

Lateral collateral ligament of the ankle joint

Lateral collateral ligament (disambiguation)

Lateral axis

Lateral aortic lymph nodes

The lateral condyle is one of the two projections on the lower extremity of the femur. The other one is the medial condyle. The lateral condyle is the more prominent and is broader both in its front-to-back and transverse diameters.

Lateral abdominal cutaneous branch

Lateral group

Lateral condyles of tibias

Lateral grey columns

Lateral electrical surface stimulation

Lateral aperture of the fourth ventricle

Lateral condyles of the tibias

Lateral condylopatellar sulcus

Lateral (anatomy)

Later with Jools Holland

Lateral

The lateral dorsal nucleus is a nucleus of the thalamus. It is the most anterior of the dorsal lateral nuclei. It acts in concert with the anterior nuclei of thalamus. It receives significant input from several subdivisions of visual cortex, and has a primary output to parietal cortex on the dorsolateral cortical convexity, giving it access to limbic forebrain nuclei important for emotion and behavior functions.

Lateral femoral cutaneous neuropathy

Lateral anal sphincterotomy

Lateral-line

A lateral canal is a canal built along the same right-of-way as an existing stream. Water for the canal is usually provided by the original natural stream. Many French lateral canals have the word latéral as part of their name. Examples include Canal latéral à l'Aisne, Canal latéral à la Garonne, and Canal latéral à la Marne. The normal aim of constructing such a canal was to provide a more consistent depth of water for navigation particularly during dry summers and to make navigation easier during periods of flood. Problems often remained where the original course of the river was still used.

Lateral giant

Lateral corticospinal tract

Lateral cutaneous nerves of the arm

Lateral condyle of the femur

Lateral cutaneous branch (disambiguation)

Lateral deltoids

Lateral longitudinal stria

Lateral Giant Neuron

Lateral collateral ligaments

Later synonym

Lateral cervical ligaments

Lateral Flexion

Later Tonight

Lateral cartilage of the nose

Lateral cuneiform bone

Lateral-line canal

Later T’ang dynasty

The Lateral costotransverse ligament is a fibrous band that crosses transversely from the posterior surface of the tip of a transverse process of a vertebra to the non-articular part of the tubercle of the corresponding rib.

Lateral cricoarytenoid muscles

Lateral condyles of the femurs

Lateral cutaneous nerves of the forearms

Lateral femoral notch sign

Later life of José de San Martín

In neurobiology, lateral inhibition is the capacity of an excited neuron to reduce the activity of its neighbors. Lateral inhibition disables the spreading of action potentials from excited neurons to neighboring neurons in the lateral direction. This creates a contrast in stimulation that allows increased sensory perception. It is also referred to as lateral antagonism and occurs primarily in visual processes, but also in tactile, auditory, and even olfactory processing. Cells that utilize lateral inhibition appear primarily in the cerebral cortex and thalamus and make up lateral inhibitory networks (LINs). Artificial lateral inhibition has been incorporated into artificial sensory systems, such as vision chips, hearing systems, and optical mice. An often under-appreciated point is that although lateral inhibition is visualised in a spatial sense, it is also thought to exist in what is known as "lateral inhibition across abstract dimensions." This refers to lateral inhibition between neurons that are not adjacent in a spatial sense, but in terms of modality of stimulus. This phenomenon is thought to aid in colour discrimination.

Lateral cervical muscle

Lateral flow tests, also known as lateral flow immunochromatographic assays, are simple cellulose-based devices intended to detect the presence (or absence) of a target analyte in liquid sample (matrix) without the need for specialized and costly equipment, though many lab-based applications exist that are supported by reading equipment. Typically, these tests are used for medical diagnostics either for home testing, point of care testing, or laboratory use. A widely spread and well known application is the home pregnancy test. The technology is based on a series of capillary beds, such as pieces of porous paper, microstructured polymer, or sintered polymer. Each of these elements has the capacity to transport fluid (e.g., urine) spontaneously. The first element (the sample pad) acts as a sponge and holds an excess of sample fluid. Once soaked, the fluid migrates to the second element (conjugate pad) in which the manufacturer has stored the so-called conjugate, a dried format of bio-active particles (see below) in a salt-sugar matrix that contains everything to guarantee an optimized chemical reaction between the target molecule (e.g., an antigen) and its chemical partner (e.g., antibody) that has been immobilized on the particle's surface. While the sample fluid dissolves the salt-sugar matrix, it also dissolves the particles, and in one combined transport action, the sample and conjugate mix while flowing through the porous structure. In this way, the analyte binds to the particles while migrating further through the third capillary bed. This material has one or more areas (often called stripes) where a third molecule has been immobilized by the manufacturer. By the time the sample-conjugate mix reaches these strips, analyte has been bound on the particle and the third "capture" molecule binds the complex. After a while, when more and more fluid has passed the stripes, particles accumulate and the stripe-area changes color. Typically, there are at least two stripes: one (the control) that captures any particle and thereby shows that reaction conditions and technology worked fine and one that contains a specific capture molecule and only captures those particles onto which an analyte molecule has been immobilized. After passing these reaction zones, the fluid enters the final porous material, the wick, that simply acts as a waste container. Lateral Flow Tests can operate as either or .

Lateral femoral condyle

Lateral cutaneous branch of the iliohypogastric nerves

Lateral electrical surface stimulation treatment

Lateral Lemniscus

The lateral line, also called lateral line system (LLS) or lateral line organ (LLO), is a system of sense organs found in aquatic vertebrates, used to detect movement, vibration, and pressure gradients in the surrounding water. The sensory ability is achieved via modified epithelial cells, known as hair cells, which respond to displacement caused by motion and transduce these signals into electrical impulses via excitatory synapses. Lateral lines serve an important role in schooling behavior, predation, and orientation. Fish can use their lateral line system to follow the vortices produced by fleeing prey. Lateral lines are usually visible as faint lines of pores running lengthwise down each side, from the vicinity of the gill covers to the base of the tail. In some species, the receptive organs of the lateral line have been modified to function as electroreceptors, which are organs used to detect electrical impulses, and as such, these systems remain closely linked. Most amphibian larvae and some fully aquatic adult amphibians possess mechanosensitive systems comparable to the lateral line. Due to many overlapping functions and their great similarity in ultrastructure and development, the lateral line system and the inner ear of fish are often grouped together as the octavolateralis system (OLS).

Tires provide for steering, traction, braking, and load support by transmitting forces between the vehicle and the road. Lateral force variation (LFV) is a property of a tire that characterizes its dynamic behavior of these forces. High values of LFV for a given tire reflect a high level of manufacturing variations in the tire structure that will impart ride disturbances into the vehicle in the lateral, or steering, direction. LFV is measured according to processes specified by the ASTM International in ASTM F1806 – Standard Practice for Tire Testing.

Lateral internal sphincterotomy

Later that day

Later Zhou dynasty

Lateral glossoepiglottic fold

Lateral compartment of the legs

The Later Trần dynasty (Vietnamese: Nhà Hậu Trần) period of 1407 to 1413 in the history of Vietnam is characterized by two revolts against the Ming dynasty rule, centered on Trần Ngỗi (Giản Định Đế) and Trần Quý Khoáng (Trùng Quang Đế

Lateral condyles of femur

Lateral fasciculus

Lateral anterior thoracic nerve

Later Yan Dynasty

Lateral cutaneous nerves of thighs

Later magazine

Lateral cuneiform

Lateral force variation

Lateral grey column (Lateral horn)

Lateral collateral ligament of ankle joint

The East-West Highway, also known as the Lateral Road, is the Bhutan primary east-west corridor, connecting Phuentsholing in the southwest to Trashigang in the east. In between, the Lateral Road runs directly through Wangdue Phodrang, Trongsa, and other population centers. The Lateral Road also has spurs connecting to the capital Thimphu and other major population centers such as Paro and Punakha.

Lateral cervical ligament

Lateral epicondyle

Lateral circumflex humeral artery

Lateral cutaneous nerves of thigh

Lateral intermuscular septum

Lateral Lined Armyworm

Lateral earth pressure theory

Lateral earth pressure is the pressure that soil exerts in the horizontal direction. The lateral earth pressure is important because it affects the consolidation behavior and strength of the soil and because it is considered in the design of geotechnical engineering structures such as retaining walls, basements, tunnels, deep foundations and braced excavations.

Lateral (disambiguation)

Lateral listhesis

Lateral cerebrospinal fasciculus

Lateral internal sphincterotomy is an operation performed on the internal anal sphincter muscle for the treatment of chronic anal fissure. The internal anal sphincter is one of two muscles that comprise the anal sphincter which controls the passage of feces. The procedure helps by lowering the resting pressure of the internal anal sphincter, which improves blood supply to the fissure and allows faster healing. The procedure has been shown to be very effective, with 96% of fissures healing at a median of 3 weeks in one trial.

Lateral lingual swellings

Lateral abdominal cutaneous branch of intercostal nerve

Lateral cornus

Lateral hypothalamic area

Lateral hyothyroid ligaments

Lateral genicular artery

Lateral border of scapula

Lateral hypothalamic

Lateral cervical nucleus

Lateral Geniculate Nucleus

Lateral cutaneous nerves of forearm

Lateral abdominal cutaneous branches of the intercostal nerves

Lateral chromatic aberration

Lateral condyle of the tibias

Lateral intermuscular septum (disambiguation)

Lateral bud

Lateral cutaneous nerve

Lateral cricoarytenoid muscle

Lateral anterior thoracic nerves

Lateral femoral cutaneous

Lateral condyles of tibia

Lateral cutaneous nerves of the thigh

Lateral epicondylalgia

Lateral cutaneous nerve of forearms

Lateral cutaneous branch of the iliohypogastric nerve

Lateral circumflex femoral

Lateral abdominal cutaneous branch of the intercostal nerve

Lateral intercondylar tubercle

Lateral horn of insect brain

Later That Same Year

Lateral horn of the spinal cord

Lateral line

Lateral cuneate nucleus

Lateral aortic lymph glands

The lateral collateral ligament of ankle joint (or external lateral ligament of the ankle-joint) are ligaments of the ankle which attach to the fibula. Its components are:
* anterior talofibular ligament The anterior talofibular ligament attaches the anterior margin of the lateral malleolus to the adjacent region of the talus bone. The most common ligament involved in ankle sprain is the anterior talofibular ligament.
* posterior talofibular ligament The posterior talofibular ligament runs horizontally between the neck of the talus and the medial side of lateral malleolus
* calcaneofibular ligament The calcaneofibular ligament is attached on the posteromedial side of lateral malleolus and descends posteroinferiorly below to a lateral side of the calcaneus.

Lateral cerebral fissure

Lateral compartment of the leg

Tires provide for steering, traction, braking, and load support by transmitting forces between the vehicle and the road. Lateral force variation (LFV) is a property of a tire that characterizes its dynamic behavior of these forces. High values of LFV for a given tire reflect a high level of manufacturing variations in the tire structure that will impart ride disturbances into the vehicle in the lateral, or steering, direction. LFV is measured according to processes specified by the ASTM International in ASTM F1806 – Standard Practice for Tire Testing. LFV can best be explained by example. Assume a perfectly uniform tire mounted on a perfectly round wheel loaded with a constant force against a perfectly round test wheel. As the wheel turns, it turns the tire, and the tire carcass undergoes repeated deformation and recovery as it enters and exits the contact area. If we measure the lateral force between the tire and the wheel we will see zero change as the tire turns. If we now test a typical production tire we will see the lateral force vary as the tire turns. Consider a good tire with LFV of 4 pounds. This tire will induce a 4 pound force sideways into the vehicle every rotation. The frequency of the force will increase in direct proportion to rotating speed. This effect will influence the steering of the vehicle. Tire makers test tires at the point of manufacture to verify that the LFV is within allowable quality limits. Tires that exceed these limits may be scrapped or sold to markets that do not require stringent quality.

Lateral ligament of the malleus

Lateral buds

Lateral ligament of the ankle

Lateral horns of spinal cord

Lateral cricoarytenoids

Lateral condyle (disambiguation)