Neural Sentence Examples

neural
  • It is with the neural element of muscle tonus that tendon phenomena are intimately associated.

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  • The jerk is obtainable only from muscle fibres possessed of neural tonus.

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  • The nerves that control them develop from neural crest.

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  • Small neural nets can be used for a layer in a subsumption architecture.

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  • Neural crest cells are primitive cells that are present as part of the nervous system during fetal development.

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  • In broad terms, behavioral neuroscience describes the study of the neural basis of behavior.

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  • Current work is focusing on the incorporation of an attentional model into a neural oscillator based model of stream segregation.

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  • Neural motion detectors do appear to use a strategy based on such space-time pairings to encode image motion.

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  • Travel, too, provides new experiences that create new neural pathways, especially.. .

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  • The thrust of CMM based systems is to explore how biologically plausible neural networks can be used for practical computing tasks.

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  • Our findings are consistent with a large-scale neural network centered in frontal and parietal cortex that supports comprehension of generalized quantifiers.

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  • The students will learn how to model and exercise biologically realistic neural networks.

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  • The achaete-scute genes encode transcriptional regulators bearing a bHLH motif whose expression endows cells with neural potential.

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  • N. Mtetwa and L.S. Smith, Precision constrained stochastic resonance in a feedforward neural network.

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  • For several years the adult rodent brain has been known to contain neural stem cells.

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  • Second, we investigated the neural basis of stream segregation using fMRI.

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  • You can use quite simple programming methods to create a neural network in Visual Basic.

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  • The calculators use so-called " artificial intelligence " and artificial neural networks to make the predictions.

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  • If a neural stem cell divides symmetrically, the result is two more neural progenitor cells.

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  • Neural networks to is careful to reform easy to insurance for ireland car rental imagine making tremendous strides.

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  • Mechanisms of pain and the neural substrates of learning and memory will be covered.

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  • There was concern about the use of brain, neural and lymphoid tissue and pituitary.

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  • The " hcl NAP " is the simplest form of a mechanical to neural transduction.

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  • Proteins; Ligands; Heme; ChloroP prediction server ChloroP is a neural network-based method for predicting chloroplast transit peptides and their cleavage sites.

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  • This game is more challenging to your neural transmitters than punishing to your carpel tunnels.

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  • The simple nerve-ganglion or brain (g) lies on the anterodorsal side of the pharynx, and by its position determines the orientation of the animal, the cloacal opening lying on the same side, and the course of the gut being" neural."The sense organs are a pair of pigmented eyes (oc), and two pairs of antennae, one anterior proximal and near the wreath, the other distal and usually more or less lateral.

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  • To recoup that have car classic insurance ireland northern largely been neural networks are.

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  • Neural synchrony The neural mechanisms underlying perceptual grouping may utilize temporal synchrony.

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  • The result is that the transmission of nerve impulses through neural networks becomes modified.

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  • More generally, there is the " universality class " assumption (Abbott, 1990) upon which neural net research is implicitly based.

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  • It was, however, associated with a larger neural signal (over the contra-lateral ventral occipital cortex), than the unattended light.

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  • Neural networks may be used to predict zooplankton abundance from a few readily available parameters.

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  • This includes hearing problems, neural problems and balance problems, as well as other related issues.

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  • When used in conjunction with playing by ear, tabs can create a strong neural link between the notes played and their position on the fret-board, making muscle-memory development much stronger.

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  • In both types of NF, a genetic defect causes these neural crest cells to develop abnormally, resulting in numerous tumors and malformations of the nerves, bones, and skin.

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  • Neural tube defect, for example, is a birth defect in which the neural tube that forms the spinal cord does not close completely.

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  • Pregnant women whose diets are deficient in folic acid have a greater chance of having a baby with neural tube defects (NTD), such as spina bifida.

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  • The neural tube of the embryo develops into the brain, spinal cord, spinal column, and the skull.

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  • Advances in neuroimaging have also led researchers to identify certain parts of the brain and specific neural pathways that are associated with phobias.

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  • For some children with autism, the repeated, active interaction provided by intensive educational/behavioral therapy may modify their neural circuitry before it goes too much awry, correcting it before autism becomes permanent.

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  • Abnormally high AFP may indicate that the fetus has an increased risk of a neural tube defect, the most common and severe type of disorder associated with increased AFP.

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  • For example, a deficiency in folic acid during the early stages of pregnancy may lead to neural tube defects such as spina bifida.

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  • This so-called neural tube develops into the spinal cord, and at one end, the brain.

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  • Many different types of brain defects are caused by improper closure of this neural tube.

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  • Defects in skull closure are thought to cause some cases of encephalocele, while defects in neural tube closure may cause others.

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  • Soon after closure of the neural tube, the brain divides into two halves, or hemispheres.

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  • Prenatal diagnosis of neural tube defects causing anencephaly or meningomyelocele is possible through ultrasound examination and maternal blood testing for alpha-fetoprotein, which is almost always elevated.

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  • Folic acid is a vitamin that has been shown to reduce the incidence of neural tube defects.

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  • The Centers for Disease Control and Prevention recommends that all women of childbearing age consume 0.4 mg of folic acid daily to prevent neural tube defects.

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  • This is due to the fact that the fibers in the spinal cord and cerebral cortex have not been completely covered in myelin, the protein and lipid sheath that aids in processing neural signals.

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  • Long-term treatment of spinal cord injuries usually involves drug therapy, the use of neural prostheses, and rehabilitation.

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  • Neural prostheses are used to compensate for lost function resulting from SCI.

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  • Neural prostheses contain many intricate components, such as implanted stimulators, electrodes, leads and connectors, sensors, and programming systems.

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  • One device, a neural prosthesis that allows rudimentary hand control, was approved by the United States Food and Drug Administration (FDA).

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  • In the early 2000s envisioned treatments include an immune therapy procedure that has been tested in Israel with human subjects and possibilities for mechanical neural prostheses.

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  • Alpha fetoprotein test-A screening blood test that can be done after the sixteenth week of pregnancy to evaluate the possibility of spina bifida and other neural tube defects in the fetus.

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  • Folic acid in early pregnancy helps prevent neural tube defects such as spina bifida.

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  • This procedure enables an obstetrician to determine any chromosomal disorders or open neural tube defects, such as spina bifida, that the unborn fetus may have.

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  • Neural tube defects like spina bifida and anencephaly are being researched as possible defects where environmental states may affect the development of the fetus as well as genetics.

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  • Folic acid intake prior to and during pregnancy is a huge contribution to the prevention of neural tubal defects.

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  • Folate intake during pregnancy also protects against neural tube birth defects, which can result in spina bifida and anencephaly.

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  • One of folic acid's most important functions takes place during pregnancy as the fetus develops its neural tube.

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  • The neural tube is where the development of the central nervous system occurs, and when it does not properly form and close, the baby may be born with neurological birth defects, known as neural tube defects.

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  • This migration affects the structure of the brain and the neural circuits responsible for behavior and thinking.

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  • Human neural circuitry was designed by natural selection to solve problems our ancestors faced during our evolutionary history.

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  • It is not my intention to turn you into experts in neural computation - that is not possible in the time we have available.

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  • The stimulus (or neural activity) is then convolved with the assumed or modeled HRF to give the assumed BOLD response.

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  • The neural correlates of the verbal component of working memory.

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  • This pattern of the motorneuron dendrites is a neural map, which represents centrally the distribution of body wall muscles in the periphery.

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  • My other interests include novel neural network architectures, the compression of chess endgames databases and the computer analysis of music.

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  • It is not just that we would need a new sort of relationship between thought and neural process for the purpose of escaping epiphenomenalism.

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  • Neural impulses do not travel at the same speed, muscles are not equidistant from the brain, and much more.

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  • Work on sequential parameter estimation in neural networks has continued.

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  • To do any less is to unnecessarily put the developing fetus at risk for neural tube birth defects.

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  • However to prevent neural tube defects, supplemental folate must be taken early in gestation.

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  • In addition, the data indicate that the neural mechanisms involved in vowel identification receive an input from those responsible for the continuity illusion.

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  • The scientists took neural stem cells from mouse fetuses and genetically engineered them to produce interleukin 12.

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  • Maximum length sequence brainstem evoked response - a potentially sensitive means to detect neural dysfunction of the brain in high risk neonates.

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  • A different neural net is used for each forecast type.

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  • Its basic proposition is that neural events are effects of wholly neural or other bodily causal sequences.

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  • A feed forward neural network player is played against a static player (Gondo ), for the first 30 moves.

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  • Could improved communication between cells help drive more cells to become neural?

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  • The role of the retinal pigment epithelium in regulating development of the neural retina.

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  • Some of these children have other defects such as cardiac anomalies, chromosomal abnormalities, kidney and genital anomalies, and neural tube defects, such as spina bifida.

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  • This standardized test scores responses to 33 specific neurological stimuli to estimate the infant's neural development.

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  • Dubowitz exam-Standardized test that scores responses to 33 specific neurological stimuli to estimate an infant's neural development and, hence, gestational age.

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  • The human body is composed of tissues including bones, organs, fat, and neural tissue.

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  • It is likely that the next stage in the evolution of electronics, whether it is artificial intelligence and neural networks, or smaller and faster nanotechnology - will serve as a catalyst for additional growth.

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  • The areas of intervening cortex, arriving at structural completion later than the above sense-spheres, are called by some association-spheres, to indicate the view that they contain the neural mechanisms of reactions (some have said "ideas") associated with the sense perceptions elaborated in the several sensese spheres.

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  • The vertebral axis shows a series of broad rings, with distinct neural arches, but no ribs.

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  • Towards the end of the body both neural and haemal arches are continued into forked radial cartilages, which support a median fin.

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  • To these is attached the powerful elastic ligament (ligamentum nuchae, or " paxwax ") which, passing forwards in the middle line of the neck above the neural arches of the cervical vertebrae - to which it is also connected - is attached to the occiput and supports the weight of the head.

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  • C. Labyrinthodonta, with simple biconcave vertebral disks, very slightly pierced by a remnant of the notochord and supporting the loosely articulated neural arch.

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  • Microsauria, nearest the reptiles, with persistent notochord completely surrounded by constricted cylinders on which the neural arch rests.

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  • This plan of structure, apparently evolved out of the rhachitomous type by suppression of the pleurocentra and the downward extension of the neural arch, leads to that characteristic of frogs in which, as development shows, the vertebra is formed wholly or for the greater part by the neural arch (14).

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  • We are also using auditory evoked potentials to measure more directly the neural correlates of these processes.

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  • This contrasts with ACT in the sense that learning in a neural state automaton does not demand the physical changes associated with lifetime evolution.

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  • The connection we already have involves the Proposition of Neural Indeterminacy, probabilistic causation, and the Correlation Hypothesis.

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  • The neural and behavioral characteristics that are influenced by hormones appear to include all those that show sex differences.

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  • Most of us broadly agree on the colors we see, because we are using similar neural circuits to see them.

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  • Earlier work established the potential for estimating spectral irradiance from multi-band data using a neural network technique (Milton et al., 2000 ).

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  • Applications of optics and SLM devices, including neural networks, telecommunications switches, WDM switches, volume holography and tuneable lasers.

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  • However, no one suggests that kind of learning is supported by the kinds of neural mechanisms you mention.

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  • This is certainly a major downfall of the RM model, but not neural solutions to natural language processing in general.

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  • Abnormally high levels of this substance suggests there may be defects in the fetal neural tube, a structure that will include the brain and spinal cord when completely developed.

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  • The work of Camillo Golgi (Pavia, 1885 and onwards) on the minute structure of the nervous system has led to great alteration of doctrine in neural physi nerve cells, that is to say, the fine nerve fibres - since all nerve fibres are nerve cell branches, and all nerve cell branches are nerve fibres - which form a close felt-work in the nervous centres, there combined into a network actually continuous throughout.

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  • A prominent and practically important illustration of neural tonus is given by the skeletal muscles.

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  • The parapodium is represented with its neural or ventral surface uppermost.

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  • The neural laminae are broad, the spines almost obsolete, except in the seventh, and the transverse processes not largely developed.

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  • Embolomeri, with the centra and intercentra equally developed disks, of which there are thus two to each neural arch; these disks perforated in the middle for the passage of the notochord.

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  • Branchiosauria, nearest to the true batrachians; with persistent non-constricted notochord, surrounded by barrel-shaped, bony cylinders formed by the neural arch above and a pair of intercentra below, both these elements taking an equal share in the formation of a transverse process on each side for the support of the rib.

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  • It is still longer before the neural tube completes its closure in front, exhibiting a small orifice at the surface, the anterior neuropore.

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  • The primordium of the neurochord (neural or medullary plate) referred to above becomes closed in from the surface by the overgrowth of surrounding epiblast, and its edges also bend up, meet, and finally fuse to form a tube, the medullary or neural tube.

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  • An important fact to note is that the blastopore is included in this overgrowth of epiblast, so that the neural tube remains for some time in open communication with the archenteron by means of a posterior neurenteric canal.

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  • In the female the same growth of epithelial cords into the mesenchyme of the genital ridge takes place, but each one is Neural tube.

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  • The figure B also shows the peculiar neural investiture formed by the cerebral arteries in Limulus and the derivation from this of the arteries to the limbs, III, IV, VI, whereas in Scorpio the latter have a separate origin from the anterior aorta.

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