Use "Neural" in a sentence | "Neural" sentence examples
Neural is an adjective that pertains to or relates to the nerves or the nervous system. It is derived from the word "neuron," which refers to the basic building block of the nervous system. When using the word "neural" in a sentence, it is important to ensure that it is used correctly and in the appropriate context. Here are some tips on how to use the word "neural" effectively:
1. Understand the meaning: Before using the word "neural" in a sentence, it is crucial to have a clear understanding of its meaning. Neural refers to anything that is related to the nerves or the nervous system. It can be used to describe processes, functions, or structures associated with the nervous system. Example: "The neural pathways in the brain are responsible for transmitting signals between different regions."
2. Use it in scientific or technical contexts: The word "neural" is commonly used in scientific or technical discussions, particularly in the fields of neuroscience, psychology, and artificial intelligence. It is important to use the word in a context where it is appropriate and relevant. Example: "The researchers conducted a neural network analysis to understand the patterns of brain activity."
3. Be specific and precise: When using the word "neural," try to be specific and precise in your sentence. This will help convey your message accurately and avoid any confusion. Consider using additional descriptive words or phrases to provide more context. Example: "The patient's neural response to the stimulus indicated heightened sensitivity to pain."
4. Connect it to related concepts: To enhance the understanding of the word "neural" in your sentence, try to connect it to related concepts or ideas. This can help provide a broader context and make your sentence more informative. Example: "The neural plasticity of the brain allows for the formation of new connections and adaptation to changing environments."
5. Use it in comparative or contrasting statements: Another effective way to use the word "neural" is in comparative or contrasting statements. This can help highlight differences or similarities between different neural processes or systems. Example: "The neural mechanisms underlying memory retrieval differ significantly from those involved in attentional processes."
6. Consider using it metaphorically: While the word "neural" is primarily used in scientific contexts, it can also be used metaphorically to describe non-biological systems or processes that resemble neural networks. This can add depth and creativity to your sentence. Example: "The neural architecture of the city's transportation system efficiently routes traffic through interconnected roads."
In conclusion, the word "neural" is a versatile adjective that is commonly used in scientific and technical contexts. By understanding its meaning, using it in appropriate contexts, being specific and precise, connecting it to related concepts, using it in comparative or contrasting statements, and considering metaphorical usage, you can effectively incorporate the word "neural" into your sentences.
In the remaining portion of this article, additional example sentences are presented to demonstrate the usage of the term "Neural" within sentences.
"Neural"
(1) With its advanced neural networks
(2) The conceptus develops a neural tube
(3) The computer run on a neural network.
(4) Cephalon, analyze the neural patterns.
(5) The motoneuron responds to neural input.
(6) Deep learning relies on neural networks.
(7) Bifida is caused by a neural tube defect.
(8) The ectoderm gives rise to the neural tube
(9) The neural arch undergoes changes with age
(10) The epiblasts give rise to the neural tube
Sentence For "Neural"
(11) The neural arch is composed of bone tissue.
(12) Python is used for creating neural networks.
(13) The neural connections in the brain arborize
(14) I am studying the concept of neural networks.
(15) The optic cup is formed from the neural tube.
(16) The neural code is the language of the brain.
(17) Anencephalus is a type of neural tube defect.
(18) Examine the exteroceptor's neural connections.
(19) The embryo invaginates to form the neural tube.
(20) Are habituations a result of neural plasticity?
"Neural" In A Sentence
(21) The neural basis of consciousness is a mystery.
(22) The neurons interlock across the neural network.
(23) The perceptron is a single-layer neural network.
(24) The ectoderm gives rise to the neural crest cells
(25) Anencephalous is considered a neural tube defect.
(26) The neural network had a branchlike architecture.
(27) The neural network detected patterns in the data.
(28) Dendrites are essential for neural communication.
(29) I am currently studying neural network algorithms.
(30) Axonic growth is necessary for neural development.
"Neural" Sentence
(31) The neural pathways in the brain control movement.
(32) The neural network was trained to recognize faces.
(33) The cingulum is a complex network of neural fibers.
(34) Ganglia are interconnected through neural pathways.
(35) The tokenized input is fed into the neural network.
(36) Neurobiologists study the neural basis of emotions.
(37) A neural implant can help people with disabilities.
(38) The ectoblast gives rise to the neural crest cells.
(39) Synapses are the building blocks of neural networks.
(40) Anencephalus is a severe form of neural tube defect.
"Neural" Sentence Examples
(41) Perceptrons are a type of artificial neural network.
(42) The neuroscience department studies neural circuits.
(43) The neural network predicted the stock market trend.
(44) Synapses play a crucial role in neural communication.
(45) Feedforward is a type of neural network architecture.
(46) The neural arch protects the spinal cord from injury.
(47) Neurites play a crucial role in neural communication.
(48) Dysfunction of neuroglia can disrupt neural circuits.
(49) The human brain has octillions of neural connections.
(50) Damage to axolemmas can disrupt neural communication.
Sentence With "Neural"
(51) The neural connections in the brain form reticulately
(52) Study the role of connectionism in neural plasticity.
(53) Neural networks are a key component of connectionism.
(54) Chromaffin cells are derived from neural crest cells.
(55) The brain is capable of creating new neural pathways.
(56) The training data is used to train the neural network.
(57) The quantized data was used to train a neural network.
(58) The neural network successfully classified the images.
(59) The neural network's predictions were highly accurate.
(60) The sensorium is a complex network of neural pathways.
Use "Neural" In A Sentence
(61) The perceptron is a type of artificial neural network.
(62) The neural tube closure is a key event in neurulation.
(63) The chondrocranium is derived from neural crest cells.
(64) The neural network in the brain functions reticulately
(65) What are the neural mechanisms underlying kinesthesis?
(66) The tegmentum is a complex network of neural pathways.
(67) The presence of asynapses can affect neural circuitry.
(68) The blastula is a stage where the neural tube develops.
(69) The central sulcus is a region of high neural activity.
(70) The perceptron is a type of feedforward neural network.
Sentence Using "Neural"
(71) The neural arch is formed during embryonic development.
(72) Anencephalies are considered to be neural tube defects.
(73) Defects in neurulation can lead to neural tube defects.
(74) The human brain has quadrillions of neural connections.
(75) The human brain has quintillions of neural connections.
(76) The cyton plays a crucial role in neural communication.
(77) A neural interface can connect the brain to a computer.
(78) The data is fed through the neural network for training.
(79) The neural network can be trained to play complex games.
(80) The sylvian fissure is a region of high neural activity.
Sentences With "Neural"
(81) The neural arch is composed of the pedicles and laminae.
(82) Memories are stored in neural networks within the brain.
(83) Damage to the dendrite can disrupt neural communication.
(84) The brain uses neural pathways to decode motor commands.
(85) The neurons interlock before forming the neural network.
(86) The human brain contains trillions of neural connections.
(87) The neural tube gives rise to the central nervous system.
(88) Ectodermic abnormalities can lead to neural tube defects.
(89) The neuropile is sensitive to changes in neural activity.
(90) Neurobiologists investigate the neural basis of behavior.
Sentence Of "Neural"
(91) The neural arch is composed of bone tissue and cartilage.
(92) The action-potential is a key feature of neural networks.
(93) The tokenized input was used to train the neural network.
(94) The neural system helped the patient with their mobility.
(95) The neural arch is an integral part of the axial skeleton.
(96) Neurites can undergo pruning to refine neural connections.
(97) The axonic neuron is a key player in neural communication.
(98) The neural crest cells play a crucial role in neurulation.
(99) Neurulation begins with the formation of the neural plate.
(100) Neurobiologists explore the neural basis of consciousness.
"Neural" Sentences
(101) The neural tube closure is a key event during neurulation.
(102) The tectum is composed of several layers of neural tissue.
(103) The human brain contains decillions of neural connections.
(104) The decerebrised insect was used to study neural circuits.
(105) The neural basis of memory is a topic of intense research.
(106) The chiasm is a fascinating example of neural connectivity.
(107) Discriminators are often implemented using neural networks.
(108) Researchers are constantly improving neural network models.
(109) The neural network approach has revolutionized many fields.
(110) The neural network's input layer receives the initial data.
"Neural" Use In Sentence
(111) The neural arch is an essential feature of all vertebrates.
(112) Nonlinearities can create rich dynamics in neural networks.
(113) I prefer using a feed forward neural network for this task.
(114) Connectionism emphasizes the importance of neural networks.
(115) The neural arch is located posterior to the vertebral body.
(116) Zinc during pregnancy can help prevent neural tube defects.
(117) Research indicates that exercise can promote neural growth.
(118) Spiking neural networks use pulses to transmit information.
(119) Jaegers are operated by two pilots who share a neural link.
(120) The neural network architecture consists of multiple layers.
Sentence On "Neural"
(121) The neural network can be used for speech recognition tasks.
(122) Xenopus is a popular choice for studying neural development.
(123) The neural network formed a treelike network of connections.
(124) The neural arch provides support and stability to the spine.
(125) The infundibulum is composed of neural and vascular tissues.
(126) Neurites are essential for the formation of neural circuits.
(127) Asynapses can impact the efficiency of neural communication.
(128) The forward pass is a sequential process in neural networks.
(129) The ultimobranchial body is derived from neural crest cells.
(130) The embryon's neural tube begins to form around three weeks.
"Neural" Example
(131) The neural activity can interfere inside the brain function.
(132) The blastopores are the site of neural crest cell formation.
(133) The cephalic end of the neural tube develops into the brain.
(134) The formation of asynapses is influenced by neural activity.
(135) The neural architecture includes nodes, weights, and biases.
(136) Neurons communicate with each other through neural synapses.
(137) Defects in the neural tube can lead to serious birth defects.
(138) Affective neuroscience explores the neural basis of emotions.
(139) The myelencephalon is derived from the embryonic neural tube.
(140) The precomputed values were used to train the neural network.
"Neural" In Sentence
(141) The neural arch is formed by the fusion of several vertebrae.
(142) The neural arch is located posteriorly to the vertebral body.
(143) The neural arch is made up of strong and durable bone tissue.
(144) Antral motility is influenced by hormones and neural signals.
(145) Our brains use neural networks to encode sensory information.
(146) The forward pass is a feedforward process in neural networks.
(147) The brain uses neural networks to encode sensory information.
(148) MDS can be applied to study the structure of neural networks.
(149) Abnormalities in neurulation can lead to neural tube defects.
(150) Neurite outgrowth is a crucial process in neural development.
"Neural" Sentences In English
(151) The action-potential is a key component of neural processing.
(152) The action-potential is a basic unit of neural communication.
(153) The Helmholtz machine is a type of artificial neural network.
(154) Percept is the neural representation of sensory information.
(155) Dendrites are essential for the process of neural plasticity.
(156) The neural tube is a fascinating area of study for scientists.
(157) The neural network was able to recognize patterns in the data.
(158) The neural network's hidden layers help in feature extraction.
(159) Ganglionic ganglia are interconnected through neural networks.
(160) Interneurons are highly interconnected within neural networks.
Make Sentence With "Neural"
(161) The human brain has an incredible number of neural connections
(162) The cerebral aqueduct is surrounded by delicate neural tissue.
(163) Gabaergic interneurons play a role in shaping neural circuits.
(164) Chordamesoderm is involved in the formation of the neural tube
(165) The hypoblast is involved in the formation of the neural tube.
(166) The obex is a site of convergence for various neural pathways.
(167) The notochord is involved in the formation of the neural tube.
(168) The on-chip neural network accelerates machine learning tasks.
(169) The feature vector is often used as input to a neural network.
(170) Neurocytes are interconnected to form complex neural networks.
Sentences Using "Neural"
(171) The axonal injury caused a disruption in the neural circuitry.
(172) If associative learning establishes, neural circuits optimize.
(173) The anencephalous condition is caused by a neural tube defect.
(174) Dendrons are responsible for the formation of neural networks.
(175) Adaptive neural networks can modify their structure over time.
(176) The neural network classifies images based on visual features.
(177) The neural tube is vulnerable to damage during early pregnancy.
(178) The neural tube is formed through a process called neurulation.
(179) The neural tube is a fundamental component of the early embryo.
(180) The neural tube is a remarkable feat of biological engineering.
Sentence From "Neural"
(181) The neural network's architecture can be visualized as a graph.
(182) Lateral inhibition is a phenomenon observed in neural networks.
(183) The analogue computer was used in the study of neural networks.
(184) Folate is crucial for the development of the fetal neural tube.
(185) Psychobiology explores the neural basis of learning and memory.
(186) The interneuron helps to shape the activity of neural circuits.
(187) The array cleg can be used as a placeholder in neural networks.
(188) The neural arch is a crucial component of the vertebral column.
(189) The epiblast is essential for the formation of the neural tube.
(190) Self-organizing neural networks can recognize patterns in data.
(191) The neural network requires a forward pass to make predictions.
(192) The forward pass is a deterministic process in neural networks.
(193) The researcher lases the brain tissue to study neural activity.
(194) Invagination is a key step in the formation of the neural tube.
(195) The brain cognises information through various neural pathways.
(196) Cognitive neuroscience explores the neural basis of cognitions.
(197) The scientist studied the plex of neural pathways in the brain.
(198) The scientist rewires the brain cells to study neural pathways.
(199) Artificial neural networks can be used for supervised learning.
(200) The neural pathways involved in addiction are being researched.
(201) Cortical myelination improves the speed of neural transmission.
(202) GPUs can be used to accelerate the training of neural networks.
(203) The basilar artery is surrounded by important neural structures.
(204) The ependyma is involved in the repair of damaged neural tissue.
(205) The neural tube is formed from the ectoderm layer of the embryo.
(206) The neural tube is a remarkable example of embryonic patterning.
(207) The neural network's output layer provides the final prediction.
(208) The neural network model is often associated with connectionism.
(209) Cognitional neuroscience explores the neural basis of cognition.
(210) Orthogonality is a key concept in the design of neural networks.
(211) The neural arch is responsible for protecting the spinal nerves.
(212) Morphogens can guide axon pathfinding during neural development.
(213) Neurulation involves the folding and fusion of the neural plate.
(214) The forward pass is a crucial step in training a neural network.
(215) The neural connections in the computer network form reticulately
(216) Ectodermic structures include the epidermis and the neural tube.
(217) The activation function used in this neural network is the ReLU.
(218) The invagination of the ectoderm gives rise to the neural plate.
(219) Investigate the neural networks underlying connectionist models.
(220) Explore the role of connectionism in artificial neural networks.
Short & Simple Example Sentence For "Neural" | "Neural" Sentence
(221) During neurulation, the neural tube is formed from the ectoderm.
(222) The blastocoele is involved in the formation of the neural tube.
(223) Neuroblasts play a key role in the formation of neural circuits.
(224) The action-potential is a critical step in neural communication.
(225) Researchers are studying the neural mechanisms behind phosphene.
(226) The build-up of amyloid plaque can disrupt neural communication.
(227) The ectoblast is essential for the formation of the neural tube.
(228) The neural tube is a critical milestone in embryonic development.
(229) The neural tube is a topic of interest in the field of neurology.
(230) The gyrus is involved in the formation of new neural connections.
(231) Synaptic pruning helps refine neural circuits during development.
(232) The gyri in the brain are interconnected through neural pathways.
(233) Memories are stored in the intricate maze of our neural pathways.
(234) The concept of simplices is used in the study of neural networks.
(235) The neural architecture of the human brain is incredibly complex.
(236) Researchers used fmri to investigate the neural basis of empathy.
(237) Researchers used tetrodes to record neural activity in real-time.
(238) The evagination of the neural tube gives rise to the spinal cord.
(239) The fimbriae of the brain are essential for neural communication.
(240) Neurobiologists study the neural mechanisms underlying addiction.
How Do You Write A Good Sentence With "Neural"?
(241) The neurula is characterized by the formation of the neural tube.
(242) The sigmoid activation function is often used in neural networks.
(243) Axonic connections are essential for proper neural communication.
(244) The ndimensional matrix was used to represent the neural network.
(245) The action-potential is a fundamental aspect of neural signaling.
(246) Anencephalies occur when the neural tube fails to close properly.
(247) Athrocytes are important for the repair of damaged neural tissue.
(248) The neural network uses a feed forward algorithm to process data.
(249) The epiblast is responsible for the formation of the neural tube.
(250) I am using Keras to build a neural network for image recognition.
(251) The ingestive system is regulated by hormones and neural signals.
(252) The microimage of the brain tissue showed the neural connections.
(253) The ultimobranchial gland is derived from the neural crest cells.
(254) The ectoblast is responsible for the formation of the neural tube.
(255) The optic chiasma is a fascinating example of neural connectivity.
(256) The myelinated fibers in the brain form intricate neural networks.
(257) The action potential is a crucial process in neural communication.
(258) The neural network's activation function introduces non-linearity.
(259) Mental representation is a product of the brain's neural networks.
(260) The lobes of the brain are interconnected through neural pathways.
English Sentences With Audio Using The Word "Neural".
(261) Some argue that qualia are the result of complex neural processes.
(262) Psychobiology explores the neural mechanisms underlying addiction.
(263) The neural arch is susceptible to fractures in traumatic injuries.
(264) Cathodal stimulation has been shown to modulate neural plasticity.
(265) Tetrodes have revolutionized our understanding of neural circuits.
(266) The classifier is implemented using a neural network architecture.
(267) Myelination is a key factor in the development of neural networks.
(268) Neuroevolutionary algorithms are used to optimize neural networks.
(269) The neuropile is responsible for the formation of neural circuits.
(270) The sulci in the brain help to protect delicate neural structures.
(271) The presence of sulci allows for more efficient neural processing.
(272) The DTS Neural:X technology upmixes stereo audio to multi-channel.
(273) Rhabdoms are responsible for converting light into neural signals.
(274) The action-potential is a critical component of neural plasticity.
(275) Effectors are the final destination of neural signals in the body.
(276) The ectoblast is responsible for the formation of the neural plate.
(277) The cingulum is a site of convergence for multiple neural pathways.
(278) The field of biopsychology explores the neural basis of perception.
(279) The neural tube eventually develops into the brain and spinal cord.
(280) The neural tube defects can be detected through prenatal screening.
How To Use "Neural" With Example Sentences.
(281) The topology of a neural network affects its learning capabilities.
(282) The mesencephalon is composed of different layers of neural tissue.
(283) The subcortical regions are interconnected through neural networks.
(284) The neural arch can vary in shape and size among different species.
(285) The neural arch is connected to the vertebral body by facet joints.
(286) The neural arch is crucial for protecting the delicate spinal cord.
(287) Synaptic pruning is a process that helps refine neural connections.
(288) We relied on backprojections to map the neural pathways accurately.
(289) Folic acid is crucial for the development of the fetal neural tube.
(290) The forward pass is a key component in feedforward neural networks.
(291) The neural tube is the primary structure formed during neurulation.
(292) The interseptal spaces in the brain protect delicate neural tissue.
(293) Neurite branching is essential for establishing neural connections.
(294) The formation of new neurites is a key aspect of neural plasticity.
(295) The nucleated cells in the brain are essential for neural function.
(296) The action-potential is a critical component of neural development.
(297) Neural networks are often used in character recognition algorithms.
(298) The arborescence of the neural network was complex and fascinating.
(299) Lateral inhibition is a fundamental principle of neural processing.
(300) The neural tube is a key focus of research in developmental biology.
(301) Training a neural network involves adjusting the weights and biases.
(302) The neural network's complexity increases with the number of layers.
(303) The neural network's learning rate affects the speed of convergence.
(304) The neural network's weights are adjusted during the training phase.
(305) The algo I used for natural language processing is a neural network.
(306) The waveform of the brain activity showed increased neural activity.
(307) Chaos theory has been used to study the behavior of neural networks.
(308) Using an augmenter can help prevent overfitting in a neural network.
(309) The periventricular white matter contains important neural pathways.
(310) Neuration is the process of forming neural connections in the brain.
(311) The study aimed to explore the neural correlates of hypnotizability.
(312) Synapsis is a fundamental step in the neural circuitry of the brain.
(313) The pericardial cavity is influenced by hormonal and neural signals.
(314) The neural network model was able to generalize well to unseen data.
(315) The perceptron is a building block for more complex neural networks.
(316) The neural arch is a distinguishing feature of the vertebral column.
(317) The initiation of saccades is thought to involve a neural circuitry.
(318) The dendrite's connections with other neurons form a neural network.
(319) Researchers used tetrodes to study the neural dynamics during sleep.
(320) The meninx is responsible for protecting the delicate neural tissue.
(321) The gyri are interconnected with each other through neural pathways.
(322) NSP studies are shedding light on the neural basis of consciousness.
(323) The study aimed to investigate the neural correlates of psychopathy.
(324) Anatomists explore the nervous tissue to comprehend neural pathways.
(325) The formation of the neural tube is a key event during gastrulation.
(326) The synapses interlock before transmitting the neural communication.
(327) The rhabdom is responsible for converting light into neural signals.
(328) The neural arch is present in all vertebrates, from fish to mammals.
(329) The baby's congenital disorder was a result of a neural tube defect.
(330) Depolarization is a key step in the process of neural communication.
(331) Effectors are the muscles and glands that respond to neural signals.
(332) The researcher studied the neural mechanisms involved in imprinting.
(333) The branching pattern of axons allows for complex neural connections.
(334) Biopsychology investigates the neural mechanisms underlying emotions.
(335) The neural network's output is determined by the activation function.
(336) Memories are stored in the intricate tapestry of our neural networks.
(337) Eulerian graphs can be used to study the behavior of neural networks.
(338) The neural arch is essential for maintaining proper spinal alignment.
(339) I'm currently studying the feed forward mechanism in neural networks.
(340) Folic acid is essential for the development of the fetal neural tube.
(341) The obex is connected to other brain regions through neural pathways.
(342) Neuroblasts play a critical role in the formation of neural circuits.
(343) Neural networks can be used as powerful classifiers in deep learning.
(344) The canales in the brain play a crucial role in neural communication.
(345) The classification method employed in this study was neural networks.
(346) The loss function is a crucial component in training neural networks.
(347) Examine the role of neural crest cells in branchial arch development.
(348) Neurobiology research has shed light on the neural basis of emotions.
(349) The release of neurotransmitters can be modulated by neural activity.
(350) The leaf node in the neural network model contains the output values.
(351) The neural arch provides attachment points for muscles and ligaments.
(352) Abnormalities in the neuroepithelium can lead to neural tube defects.
(353) The retinae are responsible for converting light into neural signals.
(354) The scientist anatomises the brain to understand its neural pathways.
(355) The blastodisc is a key structure in the formation of the neural tube.
(356) The neural tube is a crucial structure in early embryonic development.
(357) The schema of the neural network model was trained on a large dataset.
(358) The multinucleate cells in the brain formed intricate neural networks.
(359) The matrixes in this neural network algorithm aid in machine learning.
(360) The feedforward algorithm is a fundamental concept in neural networks.
(361) Keras simplifies the process of building and training neural networks.
(362) Chaos theory has been used to analyze the behavior of neural networks.
(363) The perfusate was perfused through the brain to study neural activity.
(364) The forward pass is computationally efficient in most neural networks.
(365) Neuroblasts can be used as a model system to study neural development.
(366) The study aimed to investigate the neural mechanisms behind phosphene.
(367) The epiblastic tissue contributes to the formation of the neural tube.
(368) Perceptrons are a fundamental concept in the field of neural networks.
(369) Neurobiologists explore the neural circuits involved in motor control.
(370) The chylification process is regulated by hormones and neural signals.
(371) The scientist studied the meshwork of neural connections in the brain.
(372) The blastoporal opening is where the neural tube will eventually form.
(373) The blastoporal region is where the neural crest will eventually form.
(374) The neurochord is composed of neural crest cells and mesodermal cells.
(375) Associativities play a key role in the development of neural networks.
(376) The antidromic pathway is an important aspect of neural communication.
(377) Bayesian deep learning can improve the performance of neural networks.
(378) The dorsoventral axis of the brain is important in neural development.
(379) The closure of the neural tube is a critical step in fetal development.
(380) The neural tube is a remarkable example of the body's intricate design.
(381) The neural network's architecture can be customized for specific tasks.
(382) The optimize returns a set of optimized weights for the neural network.
(383) Synaptic transmission is a fundamental process in neural communication.
(384) The hepatic artery is regulated by various hormones and neural signals.
(385) The commissural neurons contribute to the formation of neural networks.
(386) The bilaminar disc is responsible for the formation of the neural tube.
(387) The neural correlates of consciousness are a topic of ongoing research.
(388) The interlinking of neurons in the brain forms complex neural networks.
(389) The neural arch is a common site for degenerative changes in the spine.
(390) Decoding motor commands requires analyzing patterns of neural activity.
(391) The segmentation problem can be overcome by using deep neural networks.
(392) The backprojections provided valuable insights into the neural network.
(393) Neuroanatomists map the neural pathways involved in sensory perception.
(394) Repatterning involves rewiring the brain to create new neural pathways.
(395) ReLU is a key component in many state-of-the-art neural network models.
(396) Neurobiologists study the neural mechanisms underlying pain perception.
(397) The neurula is the stage where the neural crest cells start to migrate.
(398) Neuroglial cells interact with neurons to form complex neural networks.
(399) Connectionism has been used to study the neural basis of consciousness.
(400) The invaginating process is essential for the formation of neural tube.
(401) The neural implant will be implanted in your spine to restore mobility.
(402) The neurons in our brain link together to form complex neural networks.
(403) Oligodendrocytes are derived from neural stem cells during development.
(404) Biopsychologists investigate the neural mechanisms underlying behavior.
(405) The researcher had to anatomise the brain to study its neural pathways.
(406) The chordamesoderm is responsible for the formation of the neural tube.
(407) The neural arch is a distinguishing feature of the vertebrate skeleton.
(408) The transducing mechanism in the eye converts light into neural signals.
(409) The action potential is a fundamental building block of neural circuits.
(410) The corpuscles in the brain play a crucial role in neural communication.
(411) Understanding the inner workings of a neural network can be challenging.
(412) The neural network's performance can be evaluated using various metrics.
(413) The caudate is connected to other brain regions through neural pathways.
(414) Melanoblasts migrate from the neural crest to various parts of the body.
(415) The somesthesis system is complex and involves multiple neural pathways.
(416) The hemal arch is connected to the neural arch by ligaments and muscles.
(417) The development of the amphioxus involves the formation of a neural tube
(418) The cocultured neurons and astrocytes formed functional neural networks.
(419) The neural network architecture was optimized for efficient computation.
(420) The feedforward architecture is a key component in deep neural networks.
(421) The arborescence of the neural network allowed for complex computations.
(422) The neuropil is essential for the proper functioning of neural circuits.
(423) Biopsychologies shed light on the neural mechanisms underlying emotions.
(424) Regularization can be applied to neural networks to prevent overfitting.
(425) Optogenetics has been used to study the neural basis of decision-making.
(426) Optogenetics has been used to study the neural basis of social behavior.
(427) The systolic array is a popular choice for implementing neural networks.
(428) The study aims to explore the neural mechanisms underlying shockability.
(429) The Hinton method allows for efficient training of deep neural networks.
(430) The neuroepithelium is crucial for the establishment of neural circuits.
(431) The number of perceptrons in a neural network determines its complexity.
(432) Neurobiologists explore the neural circuits involved in decision-making.
(433) Neurobiologists explore the neural circuits involved in social behavior.
(434) NSP studies are uncovering the neural mechanisms behind decision-making.
(435) Connectionism has been used to investigate the neural basis of behavior.
(436) Pre-trained embeddings can be used to initialize a neural network model.
(437) The neural arch is formed by the fusion of two pedicles and two laminae.
(438) The neural arch is essential for maintaining the stability of the spine.
(439) During embryonic development, the neuroepithelium forms the neural tube.
(440) The relu function is used to introduce non-linearity in neural networks.
(441) Blastodermic cells are responsible for the formation of the neural tube.
(442) The ansatz for this algorithm is based on a neural network architecture.
(443) The neurons and glial cells were cocultured to study neural development.
(444) Dendrites can be damaged by toxins, leading to impaired neural function.
(445) Axonal injury can disrupt the flow of information within neural networks.
(446) The ectoblast is responsible for the formation of the neural crest cells.
(447) The therapist used exercises to recanalize the patient's neural pathways.
(448) The intelligent machine's neural network allows it to recognize patterns.
(449) The neural tube is protected by the amniotic fluid surrounding the fetus.
(450) The neural tube is a complex structure that requires precise development.
(451) Synaptic pruning is a developmental process that refines neural circuits.
(452) Convolutional neural networks are widely used in image recognition tasks.
(453) Stromal cells in the brain play a role in neural development and support.
(454) Implementing a neural network requires extensive computational resources.
(455) The generation of action potentials is a key process in neural signaling.
(456) Interneurons are essential for the proper functioning of neural circuits.
(457) The connectome is a comprehensive map of neural connections in the brain.
(458) The Keras library provides a high-level API for building neural networks.
(459) Decoding motor commands requires a deep understanding of neural networks.
(460) Microelectrodes can be implanted in the brain to monitor neural activity.
(461) The amygdale is connected to other brain regions through neural pathways.
(462) The arborisations of the neural pathways facilitated learning and memory.
(463) The study of axoplasms is crucial for understanding neural communication.
(464) We used backprojections to visualize the distribution of neural activity.
(465) Axonic neurons have been found to have specific roles in neural circuits.
(466) The study of axolemmas is important for understanding neural development.
(467) Folacin is important for the proper development of the fetal neural tube.
(468) The program interpolates the missing values using a neural network model.
(469) The implant electrode is a key component of the neural prosthetic device.
(470) The neural pathways in the brain arborize to facilitate complex thinking.
(471) Connectionism has been used to understand the neural basis of creativity.
(472) They transfected the mammalian cells with a gene for neural regeneration.
(473) The self-organizing neural network learns patterns and makes predictions.
(474) The stereotaxic system was used to map the neural circuitry of the brain.
(475) Channelrhodopsin has been used to investigate the neural basis of memory.
(476) The filar cells in the brain play a crucial role in neural communication.
(477) The branchings of the neural network allowed for complex decision-making.
(478) Antidromic firing can lead to the activation of different neural pathways.
(479) The protocerebrum is connected to other brain regions via neural pathways.
(480) The use of radioautography has allowed researchers to map neural circuits.
(481) Comparative psychology explores the neural mechanisms underlying behavior.
(482) Stereotaxic injections of tracers help trace neural pathways in the brain.
(483) The internodal axon connections in the brain form complex neural networks.
(484) The retinae have a complex neural circuitry that processes visual signals.
(485) The cyton is crucial for the formation and maintenance of neural circuits.
(486) The neurobiologist's findings shed light on the neural basis of addiction.
(487) The neural arch plays a vital role in transmitting forces along the spine.
(488) The neural arch is an important landmark for identifying vertebral levels.
(489) The neural arch is a key component in maintaining proper spinal alignment.
(490) The researcher investigated the neural mechanisms underlying apperception.
(491) The convolve function is a key component in convolutional neural networks.
(492) Hinton's work has advanced our understanding of how neural networks learn.
(493) Splanchnic blood flow is regulated by various hormonal and neural factors.
(494) Neurobiologists study the neural mechanisms underlying sensory perception.
(495) The leaf node in this neural network represents the classification result.
(496) The schematic diagram shows the flow of information in the neural network.
(497) The stochastic model is applied to study the behavior of a neural network.
(498) The axolemmas of neurons are crucial for the formation of neural networks.
(499) Neuroanatomists study the neural circuits involved in learning and memory.
(500) The microvolt reading provided valuable insights into the neural activity.
Learning English Faster Through Complete Sentences With "Neural"
Sentences are everywhere.
Without sentences, language doesn’t really work.
When you first started learning English, you may have memorized words such as English meaning of the word "Neural"; But now that you have a better understanding of the language, there’s a better way for you to learn meaning of "Neural" through sentence examples.
True, there are still words that you don’t know. But if you learn whole sentences with "Neural", instead of the word "Neural" by itself, you can learn a lot faster!
Focus Your English Learning On Sentences With "Neural".
Why Is Focusing on Sentences Important?
Sentences are more than just strings of words. They’re thoughts, ideas and stories. Just like letters build words, words build sentences. Sentences build language, and give it personality.
Again, without sentences, there’s no real communication. If you were only reading words right now, you wouldn’t be able to understand what I’m saying to you at all.
- The Word "Neural" in Example Sentences.
- "Neural" in a sentence.
- How to use "Neural" in a sentence.
- 10 examples of sentences "Neural".
- 20 examples of simple sentences "Neural".
All the parts of speech in English are used to make sentences. All sentences include two parts: the subject and the verb (this is also known as the predicate). The subject is the person or thing that does something or that is described in the sentence. The verb is the action the person or thing takes or the description of the person or thing. If a sentence doesn’t have a subject and a verb, it is not a complete sentence (e.g., In the sentence “Went to bed,” we don’t know who went to bed).
Four Types Of Sentence Structure.
Simple Sentences With "Neural"
A simple sentence with "Neural"contains a subject and a verb, and it may also have an object and modifiers. However, it contains only one independent clause.
Compound Sentences With "Neural"
A compound sentence with "Neural" contains at least two independent clauses. These two independent clauses can be combined with a comma and a coordinating conjunction or with a semicolon.
Complex Sentences With "Neural"
A complex sentence with "Neural" contains at least one independent clause and at least one dependent clause. Dependent clauses can refer to the subject (who, which) the sequence/time (since, while), or the causal elements (because, if) of the independent clause.
Compound-Complex Sentences With "Neural"
Sentence types can also be combined. A compound-complex sentence with "Neural" contains at least two independent clauses and at least one dependent clause.