Gyrus in a sentence

(1) The gyrus is influenced by genetic factors.

(2) The gyrus is located in the cerebral cortex.

(3) The gyrus is crucial for motor coordination.

(4) The gyrus is essential for language processing.

(5) The gyrus is responsible for spatial awareness.

(6) The gyrus is important for attention and focus.

(7) The gyrus is susceptible to age-related changes.

(8) The gyrus is involved in the perception of pain.

(9) The cingulate gyrus is part of the limbic system.

(10) The occipital gyrus receives input from the eyes.

Gyrus sentence

(11) The cingulate gyrus is connected to the amygdala.

(12) The cingula is also known as the cingulate gyrus.

(13) The gyrus is associated with emotional processing.

(14) The gyrus is affected by traumatic brain injuries.

(15) The paracentral gyrus is part of the frontal lobe.

(16) The cingulum is also known as the cingulate gyrus.

(17) The gyrus is involved in decision-making processes.

(18) The occipital gyrus is part of the cerebral cortex.

(19) The cingulate gyrus is connected to the hippocampus.

(20) The occipital gyrus is crucial for visual attention.

Gyrus make sentence

(21) The uncus is located near the parahippocampal gyrus.

(22) The cortical gyrus is a fold in the brain's surface.

(23) The paracentral gyrus is part of the cerebral cortex.

(24) The occipital gyrus is responsible for visual memory.

(25) The paroccipital gyrus is a fold in the brain tissue.

(26) The paracentral gyrus is part of the motor homunculus.

(27) The occipital gyrus is involved in facial recognition.

(28) The cingulate gyrus is connected to the basal ganglia.

(29) The gyrus is affected by certain drugs and medications.

(30) The mamillary body is connected to the cingulate gyrus.

Sentence of gyrus

(31) Damage to the gyrus can result in cognitive impairments.

(32) The occipital gyrus is located at the back of the brain.

(33) The occipital gyrus is responsible for depth perception.

(34) The temporal gyrus is part of the brain's reward system.

(35) The paroccipital gyrus is involved in visual perception.

(36) The cingulate gyrus is located above the corpus callosum.

(37) The cingulate gyrus is part of the brain's reward system.

(38) The precentral gyrus is affected in patients with stroke.

(39) The peduncular gyrus is important for spatial navigation.

(40) The occipital gyrus is divided into different subregions.

Gyrus meaningful sentence

(41) The fontal gyrus is important for language comprehension.

(42) The cingulate gyrus is connected to the prefrontal cortex.

(43) The cingulate gyrus is important for emotional regulation.

(44) The gyrus is studied extensively in neuroscience research.

(45) The precentral gyrus is organized in a somatotopic manner.

(46) The precentral gyrus is part of the corticobulbar pathway.

(47) The cingulate gyrus is involved in the experience of pain.

(48) The pericentral gyrus is also known as the central sulcus.

(49) The precentral gyrus plays a crucial role in motor control.

(50) The postcentral gyrus is organized in a somatotopic manner.

Gyrus sentence examples

(51) The gyrus is highly interconnected with other brain regions.

(52) The gyrus is larger in individuals with higher intelligence.

(53) Damage to the precentral gyrus can result in motor deficits.

(54) The precentral gyrus is essential for hand-eye coordination.

(55) The occipital gyrus is involved in the perception of motion.

(56) The postcentral gyrus is a prominent structure in the brain.

(57) The postcentral gyrus is involved in the perception of pain.

(58) Damage to the paracentral gyrus can result in motor deficits.

(59) The temporal gyrus is associated with the perception of time.

(60) The cingulate gyrus is involved in decision-making processes.

Sentence with gyrus

(61) Damage to the paracentral gyrus can result in muscle weakness.

(62) The cingulate gyrus is involved in the processing of conflict.

(63) The occipital gyrus plays a crucial role in visual perception.

(64) The occipital gyrus is connected to the primary visual cortex.

(65) The precentral gyrus is active even during imagined movements.

(66) The postcentral gyrus is part of the somatosensory homunculus.

(67) The cingulate gyrus is located in the medial part of the brain.

(68) The cingulate gyrus is implicated in the experience of empathy.

(69) The precentral gyrus is also known as the primary motor cortex.

(70) The supratemporal gyrus is associated with auditory perception.

Use gyrus in a sentence

(71) Damage to the occipital gyrus can result in visual impairments.

(72) The occipital gyrus is activated when viewing images or scenes.

(73) Damage to the postcentral gyrus can result in sensory deficits.

(74) The paracentral gyrus is connected to the primary motor cortex.

(75) The occipital gyrus is one of the four main lobes of the brain.

(76) The uncinate gyrus is a part of the temporal lobe in the brain.

(77) The cingulate gyrus is part of the brain's default mode network.

(78) The gyrus is more developed in humans compared to other animals.

(79) The gyrus is implicated in the processing of facial expressions.

(80) The precentral gyrus is crucial for the control of body posture.

Sentence using gyrus

(81) The fusiform gyrus is located in the temporal lobe of the brain.

(82) The temporal gyrus is located in the temporal lobe of the brain.

(83) The temporal gyrus plays a role in social cognition and empathy.

(84) The cingulate gyrus is believed to be involved in self-awareness.

(85) The gyrus plays a crucial role in memory formation and retrieval.

(86) The gyrus is involved in the formation of new neural connections.

(87) The gyrus is involved in the regulation of sleep and wakefulness.

(88) The precentral gyrus is a prominent structure in the human brain.

(89) The precentral gyrus is located in the frontal lobe of the brain.

(90) The occipital gyrus is involved in recognizing shapes and colors.

Gyrus example sentence

(91) The postcentral gyrus is crucial for the sense of body ownership.

(92) The posteromedial fusiform gyrus is involved in face recognition.

(93) The cingulate gyrus is involved in the processing of pain signals.

(94) The cingulate gyrus is thought to play a role in memory formation.

(95) The gyrus is responsible for the perception of touch and pressure.

(96) The precentral gyrus receives input from the somatosensory cortex.

(97) The precentral gyrus is involved in the regulation of muscle tone.

(98) The temporal gyrus plays a role in memory formation and retrieval.

(99) The temporal gyrus is located on the lateral surface of the brain.

(100) The temporal gyrus is implicated in the processing of social cues.

Sentence with word gyrus

(101) The temporal gyrus is larger in the right hemisphere of the brain.

(102) The postcentral gyrus is part of the primary somatosensory cortex.

(103) The cingulate gyrus is involved in regulating autonomic functions.

(104) The paracentral gyrus is involved in the control of leg movements.

(105) The size of the temporal gyrus has been linked to musical ability.

(106) The cingulate gyrus is divided into anterior and posterior regions.

(107) The pericentral gyrus is located in the parietal lobe of the brain.

(108) The pericentral gyrus is believed to play a role in body awareness.

(109) The occipital gyrus is essential for reading and recognizing words.

(110) The postcentral gyrus is located in the parietal lobe of the brain.

Sentence of gyrus

(111) Broca's area is located in the posterior part of the frontal gyrus.

(112) The paracentral gyrus is connected to the supplementary motor area.

(113) The cingulate gyrus is implicated in various psychiatric disorders.

(114) The cingulate gyrus is implicated in obsessive-compulsive disorder.

(115) Damage to the paracentral gyrus can lead to difficulties in walking.

(116) The cingulate gyrus plays a role in attention and cognitive control.

(117) The cingulate gyrus is highly interconnected with other brain areas.

(118) The cingulate gyrus is one of the most studied regions of the brain.

(119) The precentral gyrus is larger in humans compared to other primates.

(120) The pericentral gyrus is a prominent feature of the cerebral cortex.

Gyrus used in a sentence

(121) The occipital gyrus is highly active during visual processing tasks.

(122) The occipital gyrus is connected to the parietal and temporal lobes.

(123) The temporal gyrus is part of the larger temporal lobe in the brain.

(124) The temporal gyrus is involved in the processing of spoken language.

(125) The temporal gyrus is involved in the perception of rhythm in music.

(126) The cingulate gyrus is associated with empathy and social cognition.

(127) The occipital gyrus is located in the posterior region of the brain.

(128) The cingulate gyrus is involved in the regulation of pain perception.

(129) The precentral gyrus is more active on the dominant side of the body.

(130) The occipital gyrus is responsible for processing visual information.

Gyrus sentence in English

(131) The occipital gyrus is involved in the coordination of eye movements.

(132) The temporal gyrus is involved in the recognition of familiar voices.

(133) Lesions in the postcentral gyrus can lead to impaired proprioception.

(134) The postcentral gyrus is larger in humans compared to other primates.

(135) The postcentral gyrus is implicated in the perception of temperature.

(136) The postcentral gyrus is responsible for the perception of vibration.

(137) The cingulate gyrus is involved in the modulation of pain perception.

(138) Activation of the cingulate gyrus has been observed during meditation.

(139) The precentral gyrus is affected in patients with Parkinson's disease.

(140) The occipital gyrus can be affected by certain neurological disorders.

(141) The occipital gyrus is responsible for differentiating between colors.

(142) The occipital gyrus is involved in the processing of visual illusions.

(143) The temporal gyrus is involved in the recognition of familiar objects.

(144) The precentral gyrus is involved in the control of facial expressions.

(145) The paracentral gyrus is involved in the control of fine motor skills.

(146) Damage to the cingulate gyrus can lead to changes in mood and behavior.

(147) The cingulate gyrus is involved in the regulation of sleep-wake cycles.

(148) The precentral gyrus is responsible for initiating voluntary movements.

(149) The precentral gyrus is highly interconnected with other brain regions.

(150) The precentral gyrus is a key region in the motor network of the brain.

(151) The pericentral gyrus is believed to contribute to the sense of agency.

(152) The temporal gyrus is associated with the perception of pitch in music.

(153) The temporal gyrus is involved in the processing of emotional memories.

(154) The temporal gyrus is activated during the perception of speech sounds.

(155) The paroccipital gyrus contains specialized cells for detecting motion.

(156) The postcentral gyrus plays a crucial role in somatosensory processing.

(157) The cingulate gyrus is implicated in the pathophysiology of depression.

(158) The cingulate gyrus is involved in the formation of long-term memories.

(159) The cingulate gyrus is involved in the regulation of emotional arousal.

(160) The paracentral gyrus is responsible for the control of foot movements.

(161) The occipital gyrus is activated when a person views a visual stimulus.

(162) The cingulate gyrus is implicated in the regulation of stress responses.

(163) The gyrus is affected by neurodegenerative diseases such as Alzheimer's.

(164) The precentral gyrus is involved in both fine and gross motor movements.

(165) The precentral gyrus is activated during tasks requiring motor planning.

(166) The precentral gyrus is connected to the contralateral side of the body.

(167) The precentral gyrus is activated during tasks requiring hand dexterity.

(168) The occipital gyrus is involved in the perception of depth and distance.

(169) The occipital gyrus is more active during daytime compared to nighttime.

(170) The occipital gyrus is affected by aging and can lead to visual decline.

(171) The temporal gyrus is susceptible to damage in traumatic brain injuries.

(172) The precentral gyrus is one of the most studied regions in neuroscience.

(173) The cingulate gyrus is associated with self-awareness and introspection.

(174) The cingulate gyrus is involved in the processing of social information.

(175) The postcentral gyrus is also known as the primary somatosensory cortex.

(176) Damage to the temporal gyrus can result in language and memory deficits.

(177) Damage to the cingulate gyrus can result in changes in mood and behavior.

(178) The cingulate gyrus is involved in the regulation of autonomic functions.

(179) The cingulate gyrus is involved in the modulation of cognitive processes.

(180) The precentral gyrus is more active during movements requiring precision.

(181) The supratemporal gyrus is larger in musicians compared to non-musicians.

(182) The temporal gyrus is more developed in humans compared to other animals.

(183) The temporal gyrus is involved in the integration of sensory information.

(184) The postcentral gyrus is highly interconnected with the precentral gyrus.

(185) The postcentral gyrus is involved in the recognition of objects by touch.

(186) The cingulate gyrus is involved in the regulation of emotional responses.

(187) The temporal gyrus is also involved in the perception of time and rhythm.

(188) The cingulate gyrus is involved in the integration of sensory information.

(189) The cingulate gyrus is a key player in emotional and cognitive processing.

(190) The precentral gyrus is responsible for the control of facial expressions.

(191) The occipital gyrus is more developed in humans compared to other animals.

(192) The occipital gyrus is essential for visual perception and interpretation.

(193) The precentral gyrus is active during both simple and complex motor tasks.

(194) Activation of the postcentral gyrus is associated with tactile perception.

(195) Damage to the precentral gyrus can result in motor deficits and paralysis.

(196) The cingulate gyrus is thought to play a role in decision-making processes.

(197) The occipital gyrus is connected to other brain regions involved in vision.

(198) Activation of the temporal gyrus has been observed during music perception.

(199) The temporal gyrus is implicated in the processing of semantic information.

(200) The cingulate gyrus is larger in individuals with higher levels of anxiety.

(201) The cingulate gyrus is larger in individuals with higher levels of empathy.

(202) The gyrus is involved in the integration of visual and auditory information.

(203) The gyrus is implicated in the development of certain psychiatric disorders.

(204) The precentral gyrus is involved in the coordination of voluntary movements.

(205) The precentral gyrus is responsible for the initiation of speech production.

(206) The occipital gyrus is crucial for recognizing faces and facial expressions.

(207) The temporal gyrus is a region of the brain involved in auditory processing.

(208) The temporal gyrus is associated with the processing of spatial information.

(209) The precentral gyrus receives input from various sensory areas of the brain.

(210) Stimulation of the precentral gyrus can elicit specific muscle contractions.

(211) The postcentral gyrus is involved in the integration of sensory information.

(212) The postcentral gyrus is activated during tasks requiring spatial awareness.

(213) The precentral gyrus is involved in the execution of complex motor sequences.

(214) The precentral gyrus is involved in both voluntary and involuntary movements.

(215) The postcentral gyrus is activated during tasks requiring fine motor control.

(216) The cingulate gyrus is activated during meditation and mindfulness practices.

(217) Damage to the pericentral gyrus can result in deficits in motor coordination.

(218) Damage to the paracentral gyrus can lead to difficulties in fine motor skills.

(219) The paracentral gyrus is responsible for the execution of voluntary movements.

(220) The postcentral gyrus is involved in the discrimination of different textures.

(221) The occipital gyrus plays a crucial role in visual perception and recognition.

(222) The occipital gyrus is involved in the processing of color, shape, and motion.

(223) The occipital gyrus is larger in individuals who have a greater visual acuity.

(224) The cingulate sulcus separates the cingulate gyrus from the paracentral lobule.

(225) The cingulate gyrus is associated with the experience of reward and punishment.

(226) The occipital gyrus is larger in individuals with exceptional visual abilities.

(227) Damage to the temporal gyrus can result in language comprehension difficulties.

(228) The precentral gyrus is crucial for the performance of complex motor sequences.

(229) The postcentral gyrus is involved in the processing of kinesthetic information.

(230) The cingulate gyrus is activated during tasks that require conflict resolution.

(231) Damage to the paracentral gyrus can result in difficulties in grasping objects.

(232) The cingulate gyrus is a part of the brain responsible for emotional processing.

(233) The gyrus is a part of the brain responsible for processing sensory information.

(234) Wernicke's area is located in the posterior part of the superior temporal gyrus.

(235) The precentral gyrus is implicated in the pathophysiology of movement disorders.

(236) The precentral gyrus is crucial for the development of motor skills in children.

(237) The precentral gyrus is a key region in the brain responsible for motor control.

(238) Damage to the precentral gyrus can result in impaired movement and coordination.

(239) The precentral gyrus plays a crucial role in the execution of fine motor skills.

(240) The postcentral gyrus receives input from sensory receptors throughout the body.

(241) Damage to the paracentral gyrus can lead to difficulties in maintaining balance.

(242) The precentral gyrus is connected to the spinal cord via the corticospinal tract.

(243) Activation of the precentral gyrus is observed during voluntary muscle movements.

(244) The precentral gyrus is highly specialized for controlling movements of the body.

(245) The precentral gyrus is essential for the development of skilled motor abilities.

(246) The paroccipital sulcus separates the paroccipital gyrus from the occipital lobe.

(247) The paracentral sulcus separates the paracentral lobule from the cingulate gyrus.

(248) The cingulate gyrus is activated during tasks that require cognitive flexibility.

(249) The posteromedial superior temporal gyrus is associated with auditory processing.

(250) The hippocampal gyrus is a prominent feature of the brain's medial temporal lobe.

(251) The precentral gyrus is involved in both the planning and execution of movements.

(252) The cingulate gyrus is affected in neurodegenerative diseases such as Alzheimer's.

(253) Damage to the pericentral gyrus can result in difficulties with fine motor skills.

(254) The postcentral gyrus is responsible for processing touch and pressure sensations.

(255) The occipital gyrus is responsible for processing visual information in the brain.

(256) The calcarine sulcus is a deep groove that separates the cuneus and lingual gyrus.

(257) The cingulate gyrus is involved in the regulation of blood pressure and heart rate.

(258) The paroccipital gyrus is involved in the perception of motion and visual tracking.

(259) The calcarine gyrus is responsible for processing visual information from the eyes.

(260) The fusiform gyrus is a brain region that plays a crucial role in face recognition.

(261) The temporal gyrus is implicated in the recognition of faces and facial expressions.

(262) The temporal gyrus is a region of the brain that is involved in auditory processing.

(263) The cingulate gyrus is connected to other brain regions involved in memory formation.

(264) The pericentral gyrus is involved in the discrimination of different tactile stimuli.

(265) The temporal gyrus is involved in the integration of visual and auditory information.

(266) The precentral gyrus is interconnected with other regions involved in motor planning.

(267) The paracentral gyrus is responsible for the control of leg movements during walking.

(268) The occipital gyrus is connected to other areas of the brain through neural pathways.

(269) The supratemporal gyrus is a region of the brain responsible for auditory processing.

(270) The cingulate gyrus is involved in the processing of social and emotional information.

(271) Damage to the pericentral gyrus can result in difficulties with hand-eye coordination.

(272) The temporal gyrus is connected to other brain regions involved in emotion processing.

(273) The postcentral gyrus is responsible for the perception of body position and movement.

(274) The paracentral gyrus is responsible for the control of foot movements during running.

(275) The temporal gyrus is connected to other brain regions involved in emotion regulation.

(276) The hippocamp is composed of two main regions: the dentate gyrus and the cornu ammonis.

(277) The cingulate gyrus is connected to other brain regions involved in emotion regulation.

(278) The postcentral gyrus is essential for discriminating between different tactile stimuli.

(279) The postcentral gyrus is more active in individuals with heightened tactile sensitivity.

(280) The postcentral gyrus is essential for the integration of sensory and motor information.

(281) The paracentral gyrus is responsible for controlling movements of the lower extremities.

(282) Lesions in the precentral gyrus can lead to difficulties in performing precise movements.

(283) The postcentral gyrus is connected to other brain regions involved in sensory processing.

(284) The cingulate sulcus is a groove that separates the cingulate gyrus from the frontal lobe.

(285) The precentral gyrus is a region that undergoes changes in activity during motor learning.

(286) The occipital gyrus is larger in individuals who have a greater visual processing ability.

(287) The occipital gyrus is a complex structure that is still being studied by neuroscientists.

(288) The hippocamp is composed of two distinct regions: the dentate gyrus and the cornu ammonis.

(289) The precentral gyrus is part of a larger network of brain regions involved in motor control.

(290) Wernicke's area is part of the cerebral cortex, specifically in the superior temporal gyrus.

(291) Wernicke's area is connected to the angular gyrus, which is involved in reading and writing.

(292) Damage to the postcentral gyrus can result in sensory deficits such as numbness or tingling.

(293) The temporal lobe is divided into two main regions: the superior and inferior temporal gyrus.

(294) The calcarine gyrus is connected to other regions of the brain involved in visual processing.

(295) The temporal gyrus is connected to the parietal lobe via the superior longitudinal fasciculus.

(296) Wernicke's area is connected to the angular gyrus, which is involved in reading comprehension.

(297) The postcentral gyrus is involved in the perception of touch, pressure, temperature, and pain.

(298) The precentral gyrus is responsible for the initiation and coordination of voluntary movements.

(299) The temporal gyrus is one of the most studied regions of the brain in relation to schizophrenia.

(300) The temporal gyrus is a complex structure that is still not fully understood by neuroscientists.

(301) The precentral gyrus is highly interconnected with other regions involved in cognitive functions.

(302) The temporal gyrus is responsible for processing visual information related to faces and objects.

(303) The precentral gyrus is involved in the planning and execution of reaching and grasping movements.

(304) The postcentral gyrus receives information from the thalamus and other sensory areas of the brain.

(305) The fusiform gyrus is also involved in processing visual information related to objects and scenes.

(306) The precentral gyrus is susceptible to damage in conditions such as stroke or traumatic brain injury.

(307) The precentral gyrus is connected to other regions of the brain through a network of neural pathways.

(308) The postcentral gyrus is a region of the brain that is responsible for processing sensory information.

(309) The postcentral gyrus is thought to play a role in the perception of body image and spatial awareness.

(310) The precentral gyrus is a region of the brain that is responsible for controlling voluntary movements.

(311) The precentral gyrus is responsible for generating the neural signals that initiate muscle contractions.

(312) The paroccipital gyrus is connected to the parietal lobe and helps integrate visual and spatial information.

(313) The precentral gyrus receives input from other areas of the brain, such as the basal ganglia and cerebellum.

(314) The precentral gyrus is one of the most studied regions of the brain due to its importance in motor control.

(315) The paroccipital gyrus contains neurons that respond selectively to different orientations of visual stimuli.

(316) The precentral gyrus is also involved in other functions, such as speech production and emotional expression.

(317) Dysfunction of the cingulate gyrus has been implicated in psychiatric disorders such as depression and anxiety.

(318) The postcentral gyrus is one of the most studied regions of the brain due to its importance in sensory processing.

(319) The supratemporal sulcus is a groove on the surface of the brain that separates the supratemporal gyrus from other regions.

(320) The precentral gyrus is organized in a somatotopic manner, meaning that different body parts are represented in different areas of the gyrus.

(321) The postcentral gyrus is organized in a somatotopic manner, meaning that different areas of the gyrus correspond to different parts of the body.

(322) The postcentral gyrus is connected to other areas of the brain involved in motor control, allowing for the integration of sensory and motor information.

The word usage examples above have been gathered from various sources to reflect current and historical usage of the word Gyrus. They do not represent the opinions of TranslateEN.com.