Hypothalamus in a sentence

(1) The hypothalamus releases hormones.

(2) The hypothalamus is located in the brain.

(3) Bombesins are produced by the hypothalamus.

(4) The appestat is located in the hypothalamus.

(5) The center of the brain is the hypothalamus.

(6) The hypothalamus regulates body temperature.

(7) The hypothalamus controls hunger and thirst.

(8) The hypothalamus is part of the limbic system.

(9) Orexin neurons are located in the hypothalamus.

(10) The torso is where the hypothalamus is located.

Hypothalamus sentence

(11) ACTH secretion is regulated by the hypothalamus.

(12) Growth hormone is regulated by the hypothalamus.

(13) The hypothalamus is located in the cranial cavity.

(14) The hypothalamus is affected by drugs and alcohol.

(15) The hypothalamus is lined with columnar epithelium.

(16) The hypothalamus can be detected through MRI scans.

(17) The hypothalamus plays a role in sleep-wake cycles.

(18) The hypothalamus is affected by stress and anxiety.

(19) The hypothalamus helps regulate internal secretion.

(20) The hypothalamus helps to adjust our hormone levels.

Hypothalamus make sentence

(21) The hypothalamus contains many neurosecretory cells.

(22) The hypothalamus secretes within the nervous system.

(23) The hypothalamus is involved in the stress response.

(24) The hypothalamus is involved in emotional responses.

(25) The anterior hypothalamus regulates body temperature.

(26) Alcohol abuse can lead to damage in the hypothalamus.

(27) Certain drugs can directly activate the hypothalamus.

(28) The hypothalamus is connected to the pituitary gland.

(29) Damage to the hypothalamus can disrupt sleep patterns.

(30) The hypothalamus helps to adjust our sleep-wake cycle.

Sentence of hypothalamus

(31) The chiasmatic nucleus is located in the hypothalamus.

(32) The adenohypophyses are controlled by the hypothalamus.

(33) Adequate sleep is necessary for a balanced hypothalamus.

(34) Exercise can engage hypothalamus and release endorphins.

(35) The body's temperature is regulated by the hypothalamus.

(36) Disruption of the hypothalamus can result in mood swings.

(37) The hypothalamus is important for reproductive functions.

(38) The antrums of the hypothalamus regulate body temperature.

(39) The hypothalamus also helps regulate the sleep-wake cycle.

(40) The hypothalamus function is to control hunger and thirst.

Hypothalamus meaningful sentence

(41) The hypothalamus is important for maintaining homeostasis.

(42) The suprachiasmatic nucleus is located in the hypothalamus.

(43) Certain medications can help modulate hypothalamus activity.

(44) The modulate hypothalamus is connected to the limbic system.

(45) The hypothalamus secretes hormones onto the pituitary gland.

(46) Damage to the hypothalamus can result in hormonal imbalances.

(47) The mammillary body is located in the posterior hypothalamus.

(48) The anterior pituitary gland is connected to the hypothalamus.

(49) The anterior pituitary gland is regulated by the hypothalamus.

(50) Disrupting the hypothalamus can impact reproductive functions.

Hypothalamus sentence examples

(51) The modulate hypothalamus is involved in the sleep-wake cycle.

(52) The modulate hypothalamus is connected to the pituitary gland.

(53) A traumatic brain injury can directly affect the hypothalamus.

(54) Stress can affect the hypothalamus and disrupt sleep patterns.

(55) Engaging hypothalamus can help regulate your body temperature.

(56) Engaging hypothalamus can help regulate your sleep-wake cycle.

(57) The hypothalamus is responsible for the secretion of oxytocin.

(58) Effectors in the hypothalamus help regulate hunger and thirst.

(59) The release of gonadotrophin is regulated by the hypothalamus.

(60) The hypothalamus is responsible for the release of adrenaline.

Sentence with hypothalamus

(61) Hypofunction of the hypothalamus can affect hormone regulation.

(62) Disrupting the hypothalamus can impact the release of hormones.

(63) Stress can impact the functioning of the modulate hypothalamus.

(64) The hypothalamus can be modulated to regulate body temperature.

(65) Modulating the hypothalamus may help in managing stress levels.

(66) The hypothalamus plays a role in regulating melanin metabolism.

(67) The hypothalamus helps in balancing the body's stress response.

(68) The signal hypothalamus is activated during stress and anxiety.

(69) Massage therapy can stimulate the hypothalamus and reduce pain.

(70) The function with hypothalamus is to regulate body temperature.

Use hypothalamus in a sentence

(71) A stroke within the hypothalamus can cause hormonal imbalances.

(72) Gonadotropin-releasing hormone is regulated by the hypothalamus.

(73) The production of somatostatin is regulated by the hypothalamus.

(74) The hypothalamus can be directly accessed through brain surgery.

(75) The hypothalamus can be directly affected by stress and anxiety.

(76) The hypothalamus is responsible for regulating body temperature.

(77) The production of thyrotrophin is regulated by the hypothalamus.

(78) Gonadotrophin-releasing hormone is produced in the hypothalamus.

(79) Antidiuretic hormone secretion is controlled by the hypothalamus.

(80) The hypothalamus is responsible for releasing hormone production.

Sentence using hypothalamus

(81) Gonadotropin-releasing hormone is released from the hypothalamus.

(82) The hypothalamus plays a key role in regulating body temperature.

(83) The production of gonadotropins is regulated by the hypothalamus.

(84) The production of gonadotrophin is regulated by the hypothalamus.

(85) The hypothalamus is involved in the regulation of sleep patterns.

(86) I need to adjust my hypothalamus to regulate my body temperature.

(87) The hypothalamus helps synchronize the body's response to stress.

(88) The release of thyrocalcitonin is controlled by the hypothalamus.

(89) Certain medications can help restore balance to the hypothalamus.

(90) A balanced hypothalamus is crucial for maintaining a stable mood.

Hypothalamus example sentence

(91) The acinous tissue in the hypothalamus produces various hormones.

(92) Direct hypothalamus stimulation has been linked to improved mood.

(93) Certain medications can engage hypothalamus and affect your mood.

(94) The hypothalamus is a key component of the neuroendocrine system.

(95) The hypothalamus is responsible for the fight or flight response.

(96) The hypothalamus is involved in the regulation of blood pressure.

(97) The hypothalamus is affected by changes in light and dark cycles.

(98) The hypothalamus helps synchronize the body's reproductive system.

(99) Stress and anxiety can have a negative impact on the hypothalamus.

(100) The hypothalamus plays a crucial role in thermoregulatory control.

Sentence with word hypothalamus

(101) Certain herbs and supplements can support a balanced hypothalamus.

(102) A balanced hypothalamus is important for maintaining healthy skin.

(103) The secretion of corticotrophins is regulated by the hypothalamus.

(104) The thalamencephalon is composed of the thalamus and hypothalamus.

(105) The hypothalamus secretes hormones that control hunger and thirst.

(106) The hypothalamus is responsible for the release of growth hormone.

(107) The hypofunction of the hypothalamus can cause hormonal imbalances.

(108) The third ventricle is surrounded by the thalamus and hypothalamus.

(109) Disrupting the hypothalamus can affect body temperature regulation.

(110) The hypothalamus is responsible for controlling hunger and satiety.

Sentence of hypothalamus

(111) The impact of drug abuse on the hypothalamus can lead to addiction.

(112) Disruption of the hypothalamus can lead to abnormal sleep patterns.

(113) The hypothalamus can be directly targeted for therapeutic purposes.

(114) The function with hypothalamus is to regulate the sleep-wake cycle.

(115) The mammillary bodies are located in the hypothalamus of the brain.

(116) The hypothalamus secretes hormones that regulate hunger and thirst.

(117) Disruption of the hypothalamus can lead to abnormal growth patterns.

(118) Certain medications can disrupt the functioning of the hypothalamus.

(119) The modulate hypothalamus is involved in the regulation of emotions.

(120) The hypothalamus is responsible for adjusting our body's metabolism.

Hypothalamus used in a sentence

(121) I need to connect with the hypothalamus to understand its functions.

(122) The sleep-wake cycle is controlled by the hypothalamus in the brain.

(123) Hormonal imbalances can affect hypothalamus function and vice versa.

(124) Stress can disrupt the hypothalamus and lead to weight gain or loss.

(125) Certain hormones can help regulate the activity of the hypothalamus.

(126) The hypothalamus function is to control the body's response to pain.

(127) The release of thyrotropic hormone is regulated by the hypothalamus.

(128) The hypothalamus plays a crucial role in the thermoregulatory system.

(129) Disrupting the hypothalamus can affect the body's response to stress.

(130) Disruption of the hypothalamus can lead to abnormal menstrual cycles.

Hypothalamus sentence in English

(131) The modulate hypothalamus helps regulate the body's response to pain.

(132) The modulate hypothalamus is responsible for the release of oxytocin.

(133) The control of autonomic functions is influenced by the hypothalamus.

(134) The lateral hypothalamus is involved in regulating hunger and thirst.

(135) The lateral hypothalamus plays a role in regulating body temperature.

(136) Disruption of the hypothalamus can lead to abnormal stress responses.

(137) Modulating the hypothalamus may help in managing hormonal imbalances.

(138) Hormonal imbalances can be caused by disruptions in the hypothalamus.

(139) The hypothalamus helps in balancing the body's response to stressors.

(140) The neurohypophysis is connected to the hypothalamus by nerve fibers.

(141) Consuming caffeine can excite the hypothalamus and improve alertness.

(142) The drug is designed to target hypothalamus and reduce stress levels.

(143) Engaging hypothalamus can help regulate your body's response to pain.

(144) Certain foods and supplements can help balance hypothalamus activity.

(145) A healthy lifestyle can help balance hypothalamus activity naturally.

(146) Disrupting the hypothalamus can lead to a variety of health problems.

(147) Disrupting the hypothalamus can lead to changes in mood and behavior.

(148) The hypothalamus plays a crucial role in regulating body temperature.

(149) The adrenal glands coordinate with hypothalamus to respond to stress.

(150) The hypothalamus secretes through the production of various hormones.

(151) The hypothalamus plays a key role in regulating the endocrine system.

(152) Disruption of the hypothalamus can lead to abnormal sleep-wake cycles.

(153) Disrupted hypothalamus function can contribute to weight gain or loss.

(154) The release of antidiuretic hormone is controlled by the hypothalamus.

(155) A balanced hypothalamus is essential for maintaining a healthy weight.

(156) The body's temperature is autonomically regulated by the hypothalamus.

(157) Certain medications can affect the hypothalamus and cause weight gain.

(158) Eating spicy food can excite the hypothalamus and increase metabolism.

(159) Researchers are studying ways to target hypothalamus to treat obesity.

(160) The study aims to target hypothalamus and improve reproductive health.

(161) When you engage hypothalamus, you activate the body's stress response.

(162) Engaging hypothalamus can help regulate your thirst and hunger levels.

(163) Imbalances in the hypothalamus can lead to a variety of health issues.

(164) Exercise has been shown to activate the hypothalamus and improve mood.

(165) The hypothalamus function is to control the body's response to stress.

(166) The hypothalamus produces a secretion that controls hunger and thirst.

(167) The hypothalamus is responsible for the secretion of various hormones.

(168) The internal temperature of the body is regulated by the hypothalamus.

(169) The forebrain is composed of the cerebrum, thalamus, and hypothalamus.

(170) The hypothalamus is involved in disrupting the body's circadian rhythm.

(171) The hypothalamus plays a role in disrupting the body's immune response.

(172) The modulate hypothalamus is involved in the regulation of body weight.

(173) The modulate hypothalamus is connected to the autonomic nervous system.

(174) It is necessary to adjust the hypothalamus to maintain a balanced mood.

(175) Pyrogens can affect the hypothalamus, which regulates body temperature.

(176) Modulating the hypothalamus may help in managing blood pressure levels.

(177) Certain drugs can modulate the hypothalamus to reduce anxiety symptoms.

(178) The hypothalamus can be directly targeted using deep brain stimulation.

(179) A balanced hypothalamus is essential for proper growth and development.

(180) The body's hypothalamus regulates hunger, thirst, and body temperature.

(181) The production of endogenous cortisol is regulated by the hypothalamus.

(182) Listening to upbeat music can excite the hypothalamus and improve mood.

(183) Certain foods can engage hypothalamus and trigger feelings of fullness.

(184) Exercise has been shown to influence the hypothalamus and improve mood.

(185) Chronic pain can influence the hypothalamus and affect pain perception.

(186) Exercise has been shown to stimulate the hypothalamus and improve mood.

(187) The hypophyseal stalk connects the pituitary gland to the hypothalamus.

(188) The hypothalamus is involved in the regulation of the circadian rhythm.

(189) Disruption of the hypothalamus can lead to abnormal body weight changes.

(190) Certain diseases can disrupt the normal functioning of the hypothalamus.

(191) The hypothalamus integrates with the limbic system to regulate emotions.

(192) It is necessary to adjust the hypothalamus to maintain a healthy weight.

(193) Hormonal balance can be achieved by synchronizing with the hypothalamus.

(194) The adrenal cortex is regulated by the hypothalamus and pituitary gland.

(195) Disrupted hypothalamus signaling can impact the body's response to pain.

(196) Disrupted hypothalamus function can result in abnormal body composition.

(197) Certain interventions aim to modulate the hypothalamus to treat obesity.

(198) Certain therapies aim to modulate the hypothalamus to treat mood swings.

(199) A balanced hypothalamus is crucial for maintaining a healthy metabolism.

(200) The adrenal-cortex is regulated by the hypothalamus and pituitary gland.

(201) The signal hypothalamus is responsible for regulating hunger and thirst.

(202) Cold temperatures can activate the hypothalamus and increase metabolism.

(203) Hormonal imbalances can influence the hypothalamus and affect fertility.

(204) The process with hypothalamus is involved in the body's stress response.

(205) The hypothalamus secretes with hormones that regulate hunger and thirst.

(206) Dysfunction in the modulate hypothalamus can lead to hormonal imbalances.

(207) The modulate hypothalamus helps coordinate the body's response to stress.

(208) Certain diseases can affect the functioning of the modulate hypothalamus.

(209) The hypothalamus integrates with the amygdala to modulate fear responses.

(210) The hypothalamus plays a role in adjusting our body's response to stress.

(211) Researchers are trying to find new ways to connect with the hypothalamus.

(212) Imbalances in the hypothalamus can lead to disruptions in sleep patterns.

(213) Stress management techniques help in maintaining a balanced hypothalamus.

(214) A balanced hypothalamus is essential for overall well-being and vitality.

(215) The hypothalamus is a key region in the brain involved in neurosecretion.

(216) Sleep deprivation can affect the hypothalamus and lead to mood disorders.

(217) Direct hypothalamus manipulation has been shown to affect sleep patterns.

(218) Taking a cold shower can excite the hypothalamus and increase blood flow.

(219) The aim of the study is to target hypothalamus and improve sleep quality.

(220) Stress management techniques can also help balance hypothalamus function.

(221) The process with hypothalamus is crucial for regulating body temperature.

(222) The immune system coordinates with hypothalamus to respond to infections.

(223) The hypothalamus plays a crucial role in regulating the endocrine system.

(224) The hypothalamus is a vital organ involved in regulating body temperature.

(225) The hypothalamus is responsible for disrupting hunger and satiety signals.

(226) The modulate hypothalamus is involved in the regulation of blood pressure.

(227) The hypothalamus integrates with the basal ganglia to coordinate movement.

(228) It is important to adjust the hypothalamus to maintain a healthy appetite.

(229) The hypothalamus helps synchronize the body's thirst and hydration levels.

(230) The chemoreceptor in the hypothalamus helps regulate our body temperature.

(231) Disrupted hypothalamus signaling can affect the body's response to stress.

(232) Modulating the hypothalamus could potentially regulate hormone production.

(233) The respiratory center can be influenced by signals from the hypothalamus.

(234) The adrenal medulla is controlled by the hypothalamus and pituitary gland.

(235) Direct hypothalamus intervention may be a potential treatment for obesity.

(236) The hypothalamus plays a vital role in balancing various bodily functions.

(237) Regular exercise and a healthy diet contribute to a balanced hypothalamus.

(238) Working with the hypothalamus can also improve sleep quality and duration.

(239) The hypothalamus plays a crucial role in the impact of stress on the body.

(240) Damage to the hypothalamus can have a severe impact on hormone regulation.

(241) To maintain good health, it is important to balance hypothalamus function.

(242) The function with hypothalamus is to regulate the body's circadian rhythm.

(243) Exercise can help synchronize with hypothalamus and improve sleep quality.

(244) The caudal part of the hypothalamus regulates body temperature and hunger.

(245) The hypothalamus coordinates with the thyroid gland to regulate metabolism.

(246) The disruption of the hypothalamus can lead to various hormonal imbalances.

(247) The hypothalamus is responsible for disrupting the body's response to pain.

(248) The impact of stress on the hypothalamus can lead to various health issues.

(249) Traumatic brain injuries can have a significant impact on the hypothalamus.

(250) Damage to the modulate hypothalamus can result in abnormal thirst patterns.

(251) The hypothalamus integrates with the thalamus to relay sensory information.

(252) Malnutrition can affect the hypothalamus and lead to various health issues.

(253) Chronic stress can affect the hypothalamus and lead to hormonal imbalances.

(254) Infections such as meningitis can disrupt the hypothalamus and cause fever.

(255) Direct hypothalamus stimulation has been shown to affect circadian rhythms.

(256) Maintaining a balanced hypothalamus is crucial for overall hormonal health.

(257) A well-balanced hypothalamus ensures proper regulation of body temperature.

(258) Hormonal imbalances can affect the hypothalamus and cause fertility issues.

(259) Certain diseases can affect the hypothalamus and cause hormonal imbalances.

(260) The hypothalamus helps handle the body's response to pain and inflammation.

(261) Engaging hypothalamus can help regulate your blood pressure and heart rate.

(262) Certain medications can disrupt hypothalamus function and cause imbalances.

(263) Sleep deprivation can activate the hypothalamus and disrupt hunger signals.

(264) Acupuncture has been shown to stimulate the hypothalamus and reduce stress.

(265) The thyroid gland must coordinate with hypothalamus to maintain metabolism.

(266) Meditation can help synchronize with hypothalamus and reduce stress levels.

(267) The hypothalamus controls the release of hormones from the pituitary gland.

(268) The hypothalamus-pituitary-gonadal axis regulates gonadotrophin production.

(269) The granulosa cells are influenced by the hypothalamus and pituitary gland.

(270) The ventromedial hypothalamus plays a role in regulating hunger and satiety.

(271) Injuries to the head can disrupt the normal functioning of the hypothalamus.

(272) The impact of alcohol on the hypothalamus can disrupt normal brain function.

(273) The modulate hypothalamus is involved in the regulation of stress responses.

(274) The hypothalamus helps to adjust our body's response to changes in appetite.

(275) The body's circadian rhythm relies on synchronization with the hypothalamus.

(276) The hypothalamus helps synchronize the body's response to physical activity.

(277) Stress and anxiety can disrupt the hypothalamus, causing sleep disturbances.

(278) Certain medications can modulate the hypothalamus to alleviate chronic pain.

(279) The release of adrenocorticotropic hormone is regulated by the hypothalamus.

(280) A balanced hypothalamus is important for maintaining a strong immune system.

(281) The pineal gland secretes melatonin, and the hypothalamus secretes hormones.

(282) Stress can induce the hypothalamus to activate the fight or flight response.

(283) Direct hypothalamus targeting is a promising approach for obesity treatment.

(284) The hypothalamus also helps manage the body's response to stress and danger.

(285) The signal hypothalamus is responsible for the circadian rhythm of the body.

(286) The process with hypothalamus is crucial for the body's reproductive system.

(287) The function with hypothalamus is to regulate blood pressure and heart rate.

(288) The reproductive system coordinates with hypothalamus to regulate fertility.

(289) To achieve optimal health, it is important to synchronize with hypothalamus.

(290) Certain supplements can help synchronize with hypothalamus and improve mood.

(291) The release of follicle-stimulating hormone is regulated by the hypothalamus.

(292) The release of adrenocorticotropic hormone is controlled by the hypothalamus.

(293) The release of thyroid-stimulating hormone is controlled by the hypothalamus.

(294) Disrupting the hypothalamus can affect the body's ability to regulate thirst.

(295) Damage to the hypothalamus can disrupt the body's ability to regulate thirst.

(296) Damage to the hypothalamus can result in changes in appetite and food intake.

(297) The modulate hypothalamus is responsible for the release of certain hormones.

(298) The hypothalamus integrates with the visual cortex to process visual stimuli.

(299) It is important to adjust the hypothalamus to regulate our body's metabolism.

(300) Maintaining a regular sleep schedule helps synchronize with the hypothalamus.

(301) The hypothalamus helps synchronize the body's response to environmental cues.

(302) The argyrophilic cells in the hypothalamus regulate various bodily functions.

(303) Certain therapies aim to modulate the hypothalamus to treat eating disorders.

(304) The hypothalamus also helps handle the body's response to stress and anxiety.

(305) The hypothalamus plays a critical role in the impact of emotions on the body.

(306) The signal hypothalamus plays a crucial role in controlling body temperature.

(307) Scientists are researching ways to control the hypothalamus to treat obesity.

(308) Certain foods can activate the hypothalamus and trigger feelings of fullness.

(309) Certain medications can be used to regulate the activity of the hypothalamus.

(310) Certain medications can influence the hypothalamus and affect sleep patterns.

(311) Certain aromas can stimulate the hypothalamus and improve cognitive function.

(312) The function with hypothalamus is to regulate the body's reproductive system.

(313) The pineal gland coordinates with hypothalamus to regulate sleep-wake cycles.

(314) The release of adrenocorticotrophic hormone is regulated by the hypothalamus.

(315) Damage to the hypothalamus can affect a person's ability to regulate emotions.

(316) The hypothalamus is involved in the regulation of the body's circadian rhythm.

(317) The hypothalamus is responsible for controlling the release of growth hormone.

(318) Dysfunction in the modulate hypothalamus can lead to abnormal growth patterns.

(319) The modulate hypothalamus is involved in the regulation of body fluid balance.

(320) The hypothalamus integrates with the hippocampus to regulate memory formation.

(321) The hypothalamus integrates with the cerebellum to coordinate motor movements.

(322) I am learning techniques to adjust my hypothalamus for improved sleep quality.

(323) Synchronizing with the hypothalamus can help regulate hunger and satiety cues.

(324) Chronic pain can have an impact on the hypothalamus and alter its functioning.

(325) Disrupted hypothalamus signaling can impact the body's response to infections.

(326) Disrupted hypothalamus function can result in abnormal body weight set points.

(327) Scientists are studying how to modulate the hypothalamus to enhance fertility.

(328) Certain medications aim to modulate the hypothalamus to treat sleep disorders.

(329) The secretory activity of the adrenal glands is regulated by the hypothalamus.

(330) The surgeon carefully placed an electrode to directly access the hypothalamus.

(331) A balanced hypothalamus is crucial for maintaining optimal cognitive function.

(332) Hormonal imbalances can be addressed by restoring balance to the hypothalamus.

(333) Alcohol consumption can affect the hypothalamus and impair cognitive function.

(334) Scientists are studying ways to adjust hypothalamus activity to treat obesity.

(335) Hormones produced by the hypothalamus help manage the body's sleep-wake cycle.

(336) The signal hypothalamus is affected by changes in glucose levels in the blood.

(337) It is important to monitor the hypothalamus in patients with eating disorders.

(338) Stress can activate the hypothalamus and trigger the fight or flight response.

(339) Certain aromas can activate the hypothalamus and trigger memories or emotions.

(340) Stress can influence the hypothalamus and disrupt the body's hormonal balance.

(341) Music therapy can stimulate the hypothalamus and improve emotional well-being.

(342) The pancreas must coordinate with hypothalamus to regulate blood sugar levels.

(343) The adenohypophysis is controlled by releasing hormones from the hypothalamus.

(344) Diestrus is a stage that is regulated by the hypothalamus and pituitary gland.

(345) The hypothalamus plays a key role in regulating internal secretion production.

(346) The hypothalamus coordinates with the respiratory system to regulate breathing.

(347) The hypothalamus coordinates with the amygdala to regulate emotional responses.

(348) The hypothalamus plays a crucial role in disrupting the body's stress response.

(349) The hypothalamus plays a role in disrupting the body's response to hunger cues.

(350) Researchers are studying the impact of certain medications on the hypothalamus.

(351) The impact of chronic stress on the hypothalamus can contribute to weight gain.

(352) The modulate hypothalamus plays a crucial role in maintaining body temperature.

(353) It is necessary to adjust the hypothalamus to maintain proper hydration levels.

(354) The hypothalamus helps to adjust our body's response to changes in temperature.

(355) Disruption of the hypothalamus can lead to irregular menstrual cycles in women.

(356) Detecting changes in the hypothalamus can provide insights into mood disorders.

(357) The patient underwent a surgical procedure to directly access the hypothalamus.

(358) The neurologist used a non-invasive method to directly target the hypothalamus.

(359) The amygdala coordinates with the hypothalamus to regulate emotional responses.

(360) The hippocampus coordinates with the hypothalamus to regulate memory formation.

(361) Proper hydration is necessary for a well-functioning and balanced hypothalamus.

(362) The hypothalamus regulates hunger and satiety, contributing to a balanced diet.

(363) A balanced hypothalamus is important for maintaining a regular menstrual cycle.

(364) Watching a thrilling movie can excite the hypothalamus and increase heart rate.

(365) The signal hypothalamus is involved in the regulation of sleep and wakefulness.

(366) Certain medications can disrupt the hypothalamus and cause hormonal imbalances.

(367) Certain medications are designed to suppress the hypothalamus to treat obesity.

(368) Certain foods can stimulate the hypothalamus and increase feelings of fullness.

(369) The pituitary gland integrates with hypothalamus to regulate hormone secretion.

(370) The hypothalamus is involved in the regulation of the autonomic nervous system.

(371) Vasopressin is produced in the hypothalamus and released by the pituitary gland.

(372) The villi in the hypothalamus play a role in the regulation of body temperature.

(373) The hypothalamus integrates with the pineal gland to regulate sleep-wake cycles.

(374) The hypothalamus integrates with the parietal lobe to process spatial awareness.

(375) The hypothalamus integrates with the endocrine system to control hormone levels.

(376) The hypothalamus integrates with the immune system to modulate immune responses.

(377) I am learning techniques to adjust my hypothalamus for improved mood regulation.

(378) I am working on exercises to adjust my hypothalamus for better appetite control.

(379) I am working on exercises to adjust my hypothalamus for better hormonal balance.

(380) Synchronizing with the hypothalamus can improve the body's response to exercise.

(381) The hypothalamus helps synchronize the body's response to hormonal fluctuations.

(382) Disruption of the hypothalamus can lead to abnormal body temperature regulation.

(383) Detecting the hypothalamus is crucial for studying the brain's response to pain.

(384) Direct hypothalamus modulation has been linked to changes in energy expenditure.

(385) Hormonal imbalances can be corrected by addressing issues with the hypothalamus.

(386) Chronic pain can affect the hypothalamus and disrupt the body's natural rhythms.

(387) The new therapy is designed to target hypothalamus and improve hormonal balance.

(388) The signal hypothalamus receives input from various sensory systems in the body.

(389) Meditation has been shown to activate the hypothalamus and reduce stress levels.

(390) Scientists are studying ways to modulate hypothalamus activity to treat obesity.

(391) The hypothalamus operates with the pituitary gland to control hormone secretion.

(392) The process with hypothalamus plays a key role in controlling hunger and thirst.

(393) The circadian rhythm integrates with hypothalamus to regulate sleep-wake cycles.

(394) The hypothalamus, a part of the diencephalons, controls the release of hormones.

(395) Thyrotropin-releasing hormone is a hormone that is produced by the hypothalamus.

(396) The adrenal medulla is closely connected to the hypothalamus and pituitary gland.

(397) The hypothalamus coordinates with the immune system to regulate immune responses.

(398) The modulate hypothalamus is responsible for regulating various bodily functions.

(399) The hypothalamus integrates with the motor cortex to control voluntary movements.

(400) The hypothalamus integrates with the occipital lobe to process visual perception.

(401) The hypothalamus helps to adjust our body's response to changes in energy levels.

(402) The neurosurgeon used a precise technique to directly stimulate the hypothalamus.

(403) The pineal gland coordinates with the hypothalamus to regulate sleep-wake cycles.

(404) As a neurologist, I often work with the hypothalamus to treat various conditions.

(405) Working with the hypothalamus can even help regulate the body's circadian rhythm.

(406) Engaging in physical activity can excite the hypothalamus and release endorphins.

(407) Damage to the hypothalamus can affect how the body handles sleep and wake cycles.

(408) The drug delivery system is designed to target hypothalamus and treat depression.

(409) Damage to the hypothalamus can alter an individual's body temperature regulation.

(410) Suppressing the hypothalamus can also affect sleep patterns and lead to insomnia.

(411) Alcohol consumption can influence the hypothalamus and affect cognitive function.

(412) The process with hypothalamus is involved in the body's fight or flight response.

(413) The limbic system integrates with hypothalamus to regulate emotions and behavior.

(414) The pituitary gland must coordinate with hypothalamus to regulate hormone levels.

(415) The hypothalamus, located in the diencephalic region, controls hunger and thirst.

(416) Febrifuges work by lowering the body's temperature set point in the hypothalamus.

(417) The hypothalamus is an internal organ that regulates body temperature and hunger.

(418) The male reproductive system is regulated by the hypothalamus and pituitary gland.

(419) The hypothalamus coordinates with the limbic system to regulate emotions and mood.

(420) The hypothalamus coordinates with the motor cortex to control voluntary movements.

(421) The hypothalamus coordinates with the visual cortex to process visual information.

(422) Disrupting the hypothalamus can impact the body's ability to regulate body weight.

(423) The impact of certain medications on the hypothalamus can alter mood and behavior.

(424) Damage to the hypothalamus can disrupt the body's ability to regulate body weight.

(425) Researchers are studying the effects of modulate hypothalamus on appetite control.

(426) Certain genetic mutations can affect the functioning of the modulate hypothalamus.

(427) The hypothalamus integrates with the pituitary gland to control hormone secretion.

(428) The hypothalamus integrates with the frontal lobe to regulate executive functions.

(429) The hypothalamus integrates with the brain's reward system to regulate motivation.

(430) I am working on techniques to adjust my hypothalamus for better stress management.

(431) The hypothalamus helps to adjust our body's response to changes in blood pressure.

(432) I am learning techniques to adjust my hypothalamus for improved stress resilience.

(433) It is important to synchronize with the hypothalamus for optimal bodily functions.

(434) Lack of sleep can affect the hypothalamus and disrupt the body's sleep-wake cycle.

(435) The secretion of melanocyte-stimulating hormone is controlled by the hypothalamus.

(436) Detecting abnormalities in the hypothalamus can help diagnose hormonal imbalances.

(437) Detecting hypothalamus abnormalities can aid in the diagnosis of eating disorders.

(438) Detecting hypothalamus abnormalities can aid in the diagnosis of growth disorders.

(439) Certain medications can modulate the hypothalamus to reduce symptoms of migraines.

(440) The goal of the research is to target hypothalamus and improve cognitive function.

(441) Disrupting the hypothalamus can affect the body's ability to regulate temperature.

(442) The hypothalamus operates with the limbic system to control emotions and behavior.

(443) Acupuncture can help synchronize with hypothalamus and improve overall well-being.

(444) The secretion of luteotropin is regulated by the hypothalamus and pituitary gland.

(445) The hypothalamus produces a secretion called oxytocin to help us bond with others.

(446) The pituitary gland releases hormones in response to signals from the hypothalamus.

(447) The hypothalamus is responsible for disrupting the body's fight-or-flight response.

(448) The hypothalamus integrates with the prefrontal cortex to regulate decision-making.

(449) The hypothalamus integrates with the brainstem to control basic survival functions.

(450) The hypothalamus integrates with the olfactory system to process smell information.

(451) It is important to adjust the hypothalamus to regulate our body's circadian rhythm.

(452) It is important to adjust the hypothalamus to regulate our body's thirst mechanism.

(453) The hypothalamus helps to adjust our body's response to changes in light intensity.

(454) Scientists are trying to detect the hypothalamus using advanced imaging techniques.

(455) Detecting the hypothalamus accurately requires specialized equipment and expertise.

(456) The hypothalamus plays a crucial role in synchronizing the body's sleep-wake cycle.

(457) Certain medications can affect the hypothalamus and disrupt its normal functioning.

(458) Disrupted hypothalamus function can result in abnormal thirst and hydration levels.

(459) Scientists use advanced imaging techniques to detect the hypothalamus in the brain.

(460) Detecting hypothalamus activity can help understand the brain's response to stress.

(461) Modulating the hypothalamus could potentially regulate the body's circadian rhythm.

(462) Modulating the hypothalamus could potentially regulate the body's response to pain.

(463) Direct hypothalamus modulation has been associated with changes in stress response.

(464) The parietal lobe coordinates with the hypothalamus to process sensory information.

(465) The occipital lobe coordinates with the hypothalamus to process visual information.

(466) The locus coeruleus coordinates with the hypothalamus to regulate stress responses.

(467) The hypothalamus plays a role in balancing the body's fluid and electrolyte levels.

(468) The hypothalamus gland controls many bodily functions, including hunger and thirst.

(469) Traumatic brain injuries can affect the hypothalamus and cause hormonal imbalances.

(470) Trying a new hobby or activity can excite the hypothalamus and stimulate the brain.

(471) The hypothalamus is a crucial part of the brain that governs many bodily functions.

(472) Scientists are exploring ways to target hypothalamus and regulate body temperature.

(473) The new treatment is designed to target hypothalamus and improve energy metabolism.

(474) Acupuncture and other alternative therapies may help balance hypothalamus activity.

(475) Regular exercise can help balance hypothalamus activity and improve overall health.

(476) Certain foods can help support the hypothalamus and improve overall brain function.

(477) Exposure to bright light can activate the hypothalamus and regulate sleep patterns.

(478) Certain hormones can activate the hypothalamus and regulate reproductive functions.

(479) Certain drugs can suppress the hypothalamus and affect the body's response to pain.

(480) Certain medications can stimulate the hypothalamus and increase hormone production.

(481) Meditation has been shown to stimulate the hypothalamus and improve mental clarity.

(482) The production of enkephalins is regulated by the hypothalamus and pituitary gland.

(483) The adenohypophysis is connected to the hypothalamus by a network of blood vessels.

(484) The female reproductive system is regulated by the hypothalamus and pituitary gland.

(485) Disruption of the hypothalamus can result in abnormal body temperature fluctuations.

(486) The impact of aging on the hypothalamus can contribute to age-related health issues.

(487) The hypothalamus integrates with various brain regions to regulate body temperature.

(488) The hypothalamus integrates with the cerebral cortex to process sensory information.

(489) Synchronizing with the hypothalamus can improve the body's ability to handle stress.

(490) Chronic alcohol abuse can affect the hypothalamus and lead to cognitive impairments.

(491) Disrupted hypothalamus function can contribute to mood disorders such as depression.

(492) Detecting hypothalamus abnormalities can aid in the diagnosis of hormonal disorders.

(493) Certain therapies can modulate the hypothalamus to alleviate symptoms of depression.

(494) The basal ganglia coordinates with the hypothalamus to regulate voluntary movements.

(495) The temporal lobe coordinates with the hypothalamus to process auditory information.

(496) The hypothalamus communicates with the pituitary gland to maintain hormonal balance.

(497) The hypothalamus controls hunger and thirst, but it also regulates body temperature.

(498) The impact of hypothalamus on the regulation of body temperature is well documented.

(499) Researchers are studying the effects of blocking the hypothalamus on sleep patterns.

(500) Adequate sleep is crucial to support the hypothalamus and maintain a healthy weight.

(501) Exposure to bright light can stimulate the hypothalamus and regulate sleep patterns.

(502) Efferents from the hypothalamus regulate hormone secretion from the pituitary gland.

(503) Disrupting the hypothalamus can affect the body's ability to regulate blood pressure.

(504) The modulate hypothalamus is responsible for the production of certain neuropeptides.

(505) Damage to the hypothalamus can disrupt the integration of hunger and satiety signals.

(506) The hypothalamus integrates with the auditory cortex to process auditory information.

(507) The hypothalamus integrates with the temporal lobe to process language comprehension.

(508) Researchers are studying different methods to detect the hypothalamus non-invasively.

(509) Exposure to certain toxins can affect the hypothalamus and cause neurological damage.

(510) Modulating the hypothalamus could potentially regulate the body's response to stress.

(511) The surgeon carefully navigated through the brain to reach the hypothalamus directly.

(512) The researchers used a viral vector to deliver a gene directly into the hypothalamus.

(513) The pituitary gland coordinates with the hypothalamus to regulate hormone production.

(514) The hypothalamus is located in the brain, and it is connected to the pituitary gland.

(515) The hypothalamus is connected to the amygdala, so it is involved in fear and anxiety.

(516) The hypothalamus plays a key role in managing hunger and satiety signals in the body.

(517) Regular exercise can help manage the hypothalamus and improve overall brain function.

(518) The doctor will monitor the hypothalamus to determine if there are any abnormalities.

(519) Modulating hypothalamus activity may be a promising approach for treating depression.

(520) Damage to the hypothalamus can result in the inability to suppress hunger and thirst.

(521) The adenohypophysis is controlled by releasing hormones produced by the hypothalamus.

(522) Histaminergic neurons are located in the hypothalamus and other regions of the brain.

(523) The infundibula of the hypothalamus are responsible for regulating hormone secretion.

(524) The hypothalamus secretes hormones that control hunger, thirst, and body temperature.

(525) The menstrual cycle is regulated by the hypothalamus and pituitary gland in the brain.

(526) Basal body temperature can be used to identify potential issues with the hypothalamus.

(527) The hypothalamus coordinates with the auditory cortex to process auditory information.

(528) Damage to the hypothalamus can affect a person's ability to regulate body temperature.

(529) The impact of certain environmental toxins on the hypothalamus is still being studied.

(530) The hypothalamus integrates with the somatosensory cortex to process touch sensations.

(531) The hypothalamus helps to adjust our body's response to changes in light and darkness.

(532) Synchronizing with the hypothalamus can improve overall mood and emotional well-being.

(533) Synchronizing with the hypothalamus can improve cognitive function and mental clarity.

(534) Drug abuse can have a detrimental effect on the hypothalamus and overall brain health.

(535) A traumatic brain injury can disrupt the hypothalamus, leading to hormonal imbalances.

(536) A tumor in the brain can disrupt the hypothalamus and impact various bodily functions.

(537) Detecting hypothalamus dysfunction can assist in developing therapies for infertility.

(538) Yoga and meditation practices can help adjust the hypothalamus and promote relaxation.

(539) The patient underwent radiation therapy to adjust the hypothalamus and shrink a tumor.

(540) The superior colliculus coordinates with the hypothalamus to regulate visual reflexes.

(541) Endocrinologists work with the hypothalamus to diagnose and treat hormonal imbalances.

(542) Research shows that acupuncture can work with the hypothalamus to reduce chronic pain.

(543) Exposure to bright light can induce the hypothalamus to regulate the sleep-wake cycle.

(544) Direct hypothalamus stimulation has been used to treat certain neurological disorders.

(545) The signal hypothalamus is involved in the regulation of the autonomic nervous system.

(546) Stressful situations can engage hypothalamus and trigger the fight or flight response.

(547) Blocking the hypothalamus may be a potential treatment for certain types of headaches.

(548) Certain supplements can stimulate the hypothalamus and improve overall brain function.

(549) The hypothalamus operates with the circadian rhythm to regulate sleep and wake cycles.

(550) The process with hypothalamus is responsible for triggering the release of adrenaline.

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