Aortas in a sentence

(1) Clean the aortas thoroughly.

(2) Examine the aortas carefully.

(3) Preserve the aortas in formalin.

(4) Dissect the aortas with precision.

(5) Record the diameter of the aortas.

(6) Calculate the volume of the aortas.

(7) Identify the branches of the aortas.

(8) Analyze the histology of the aortas.

(9) Cut the aortas into smaller sections.

(10) Measure the elasticity of the aortas.

Aortas sentence

(11) Examine the aortas under a microscope.

(12) Label the aortas with appropriate tags.

(13) Compare the aortas to previous samples.

(14) Store the aortas in a labeled container.

(15) Investigate the pathology of the aortas.

(16) Test the tensile strength of the aortas.

(17) Study the blood flow through the aortas.

(18) Identify any abnormalities in the aortas.

(19) Report any anomalies found in the aortas.

(20) Determine the pressure within the aortas.

Aortas make sentence

(21) Stain the aortas for better visualization.

(22) Expose the aortas to different conditions.

(23) The aortas carry blood away from the heart.

(24) Compare the aortas to a reference standard.

(25) The aortas branch out into smaller arteries.

(26) Aortas are located in the chest and abdomen.

(27) Measure the length of the aortas accurately.

(28) Photograph the aortas from different angles.

(29) Mount the aortas on slides for presentation.

(30) Aortas can be affected by genetic conditions.

Sentence of aortas

(31) Aortas can be damaged by high blood pressure.

(32) Aortas can rupture in severe cases of trauma.

(33) Aortas are composed of three layers of tissue.

(34) Aortas can be affected by age-related changes.

(35) The aortas have a strong and elastic structure.

(36) The aortas are located in the chest and abdomen.

(37) Share the findings of the aortas with colleagues.

(38) Aortas are the largest arteries in the human body.

(39) Aortas carry oxygenated blood away from the heart.

(40) The aortas expand and contract with each heartbeat.

Aortas meaningful sentence

(41) Aortas can be repaired through surgical procedures.

(42) The aortas are prone to developing atherosclerosis.

(43) Wow, the complexity of aortas is truly fascinating!

(44) Discuss the significance of the aortas in research.

(45) Aortas have a curved shape, resembling the letter C.

(46) The aortas are composed of strong and elastic walls.

(47) The aortas pump oxygenated blood throughout the body.

(48) The aortas supply blood to the brain, arms, and legs.

(49) Aortas are susceptible to inflammation and infection.

(50) Investigate the genetic factors affecting the aortas.

Aortas sentence examples

(51) The aortas carry oxygenated blood away from the heart.

(52) Aortas can dilate or constrict to regulate blood flow.

(53) Aortas can rupture if they are under excessive strain.

(54) What a magnificent network of aortas we have within us!

(55) Oh, the beauty of aortas and their intricate structure!

(56) If aortas are inflamed, it can cause fever and fatigue.

(57) The aortas of the birds were found to be highly elastic.

(58) The patient's aortas were found to be abnormally narrow.

(59) Aortas are essential for maintaining proper circulation.

(60) Aortas are connected to the left ventricle of the heart.

Sentence with aortas

(61) Aortas have a diameter of approximately 2-3 centimeters.

(62) Aortas are a remarkable example of nature's engineering!

(63) Aortas are the powerhouses that keep our hearts pumping!

(64) Aortas play a crucial role in maintaining blood pressure.

(65) The aortas transport deoxygenated blood back to the heart.

(66) Aortas are the unsung heroes of our cardiovascular system!

(67) The aortas originate from the left ventricle of the heart.

(68) The aortas can dilate or constrict to regulate blood flow.

(69) The aortas are the largest blood vessels in the human body.

(70) Publish the findings of the aortas in a scientific journal.

Use aortas in a sentence

(71) The aortas are protected by surrounding tissues and organs.

(72) The doctor detected a blockage in the aortas of the patient.

(73) The researcher studied the development of aortas in embryos.

(74) Aortas can become narrowed or blocked due to plaque buildup.

(75) The aortas are connected to the left ventricle of the heart.

(76) Aortas can be examined using a procedure called angiography.

(77) If aortas are damaged, it may require surgical intervention.

(78) Aortas can expand and form an aneurysm if they are weakened.

(79) Aortas can be damaged by trauma if there is a severe injury.

(80) The aortas of the fish were dissected to study their anatomy.

Sentence using aortas

(81) The aortas play a crucial role in maintaining blood pressure.

(82) Aortas can become narrowed or blocked due to atherosclerosis.

(83) The aortas distribute freshly oxygenated blood to the tissues.

(84) The aortas can be visualized using medical imaging techniques.

(85) The aortas are susceptible to damage from trauma or accidents.

(86) Aortas supply blood to the brain through the carotid arteries.

(87) Aortas supply blood to the kidneys through the renal arteries.

(88) Aortas can be repaired surgically if they develop an aneurysm.

(89) The aortas are closely connected to the cardiovascular system.

(90) The aortas are connected to the heart through the aortic valve.

Aortas example sentence

(91) If aortas are dilated, it can increase the risk of blood clots.

(92) Aortas can be damaged by smoking if there is a long-term habit.

(93) The aortas are crucial for maintaining homeostasis in the body.

(94) The study compared the structure of aortas in different species.

(95) Aortas are the lifelines that keep our bodies vibrant and alive!

(96) Aortas are the lifelines that keep our bodies alive and thriving!

(97) Aortas are the lifelines that keep our bodies in perfect balance!

(98) Aortas are the lifelines that keep our bodies in perfect harmony!

(99) If aortas are blocked, it can result in a heart attack or stroke.

(100) If aortas are narrowed, it may require angioplasty to widen them.

Sentence with word aortas

(101) Aortas can be weakened by chronic stress if not managed properly.

(102) The aortas branch out into smaller blood vessels called arteries.

(103) The aortas are a fundamental component of the circulatory system.

(104) Aortas are responsible for delivering nutrients to various organs.

(105) The aortas are responsible for maintaining a steady flow of blood.

(106) Aortas can be damaged by trauma, such as a car accident or a fall.

(107) The surgeon performed an angioplasty to open up the blocked aortas.

(108) Aortas are elastic and can expand and contract with each heartbeat.

(109) Incredible, aortas are the largest blood vessels in the human body!

(110) Aortas are the unsung heroes that keep our bodies running smoothly!

Sentence of aortas

(111) If aortas are blocked, it can lead to serious health complications.

(112) If aortas are narrowed, it can restrict blood flow to vital organs.

(113) If aortas are blocked, it can lead to complications during surgery.

(114) The aortas are essential for the survival of every living organism.

(115) The surgeon successfully repaired the damaged aortas of the patient.

(116) The surgeon performed a bypass surgery to bypass the blocked aortas.

(117) The doctor used a stent to widen the narrowed aortas of the patient.

(118) The patient's aortas were assessed for any signs of atherosclerosis.

(119) The aortas of the athletes were found to have better overall health.

(120) The aortas of the mice were injected with a dye for imaging purposes.

Aortas used in a sentence

(121) Smoking can damage the aortas and increase the risk of heart disease.

(122) Aortic aneurysms occur when the walls of the aortas weaken and bulge.

(123) The aortas supply blood to the brain, arms, chest, abdomen, and legs.

(124) Aortas can be affected by genetic conditions such as Marfan syndrome.

(125) Aortas can be affected by infections, such as bacterial endocarditis.

(126) How amazing it is that aortas can withstand such high blood pressure!

(127) What a magnificent design aortas have, ensuring efficient blood flow!

(128) The aortas can withstand high pressure due to their unique structure.

(129) The aortas distribute blood to the upper and lower parts of the body.

(130) The health of the aortas is crucial for overall cardiovascular health.

Aortas sentence in English

(131) Aortas are vital for the proper functioning of the circulatory system!

(132) Oh, the beauty of aortas and their crucial role in our overall health!

(133) If aortas are healthy, they contribute to efficient blood circulation.

(134) The aortas are vital for the transportation of nutrients and hormones.

(135) The study focused on the role of genetics in the development of aortas.

(136) The surgeon used a graft to replace the diseased aortas of the patient.

(137) Aortas can be monitored through regular check-ups and diagnostic tests.

(138) Aortas play a crucial role in delivering oxygen-rich blood to the body!

(139) How awe-inspiring it is that aortas can regenerate and heal themselves!

(140) Aortas are the powerhouses that keep our bodies thriving and energized!

(141) Aortas can develop plaque buildup if there is a high cholesterol level.

(142) Aortas can be weakened by certain medications if not monitored closely.

(143) The aortas play a crucial role in maintaining proper blood circulation.

(144) The patient underwent a CT scan to assess the condition of their aortas.

(145) The researcher investigated the effects of diet on the health of aortas.

(146) The aortas can be affected by genetic disorders such as Marfan syndrome.

(147) The aortas can be affected by lifestyle factors such as diet and stress.

(148) Aortas are responsible for distributing blood to all organs and tissues.

(149) Aortas can develop aneurysms, which are weakened areas that can rupture.

(150) Aortas supply blood to the lower body through the common iliac arteries.

(151) Aortas are the lifelines that keep our organs nourished and functioning!

(152) The aortas are susceptible to certain diseases, such as aortic aneurysm.

(153) The aortas are prone to blockages, leading to serious health conditions.

(154) The aortas of all the animals were carefully examined during the autopsy.

(155) The aortas of the cadavers were carefully preserved for further research.

(156) Aortas supply blood to the arms and legs through the subclavian arteries.

(157) Aortas are like highways, transporting blood to every corner of our body!

(158) Aortas are the lifelines that connect our hearts to the rest of our body!

(159) What a marvelous creation aortas are, ensuring our survival every second!

(160) Aortas are the unsung heroes that keep our bodies functioning flawlessly!

(161) The aortas are highly efficient in delivering oxygen to the body's cells.

(162) Aortas can develop aneurysms, which are weakened areas in the artery wall.

(163) Aortas can be affected by lifestyle choices such as smoking and poor diet.

(164) As the aortas branch out, they supply blood to various organs and tissues.

(165) Aortas can be affected by lifestyle factors such as smoking and poor diet.

(166) Oh, the marvels of aortas and their ability to adapt to different demands!

(167) Aortas can become inflamed if there is an underlying autoimmune condition.

(168) Aortas can be affected by age-related changes if proper care is not taken.

(169) If aortas are constricted, it can result in dizziness and fainting spells.

(170) The aortas are responsible for supplying oxygen to all organs and tissues.

(171) The aortas are crucial for the overall health and functioning of the body.

(172) The patient's aortas were monitored closely for any signs of deterioration.

(173) High blood pressure can put strain on the aortas and lead to complications.

(174) The aortas have a unique ability to stretch and recoil with each heartbeat.

(175) The aortas are responsible for carrying waste products away from the cells.

(176) What a marvelous creation aortas are, ensuring our well-being every moment!

(177) Aortas are the lifelines that connect our hearts to every cell in our body!

(178) The aortas of the reptiles were found to have unique structural adaptations.

(179) The aortas can be damaged by trauma or injury, leading to internal bleeding.

(180) Aortas can become weakened if they are constantly under high blood pressure.

(181) If aortas are healthy, they contribute to overall cardiovascular well-being.

(182) The aortas are constantly under the influence of the heart's pumping action.

(183) Oh, the wonders of aortas and their ability to adapt to different conditions!

(184) If aortas are constricted, it can lead to chest pain and shortness of breath.

(185) The researcher conducted experiments to study the flow dynamics within aortas.

(186) The aortas are essential for the proper functioning of the circulatory system.

(187) The aortas are vital for the overall functioning of the cardiovascular system.

(188) Aortas can be damaged by infections if there is a bacterial or viral invasion.

(189) The aortas are essential for delivering nutrients and removing waste products.

(190) The aortas are flexible and can adapt to changes in blood volume and pressure.

(191) The researcher discovered a new gene associated with the development of aortas.

(192) If aortas are healthy, they efficiently transport oxygenated blood to the body.

(193) The aortas of the primates were found to have a higher number of elastic fibers.

(194) Aortas can be damaged by high blood pressure, smoking, or a sedentary lifestyle.

(195) The aortas are responsible for maintaining blood pressure within a normal range.

(196) The aortas of the patients with hypertension showed signs of increased stiffness.

(197) Aortas have semilunar valves that prevent blood from flowing back into the heart.

(198) Aortas can be affected by inflammation, leading to conditions such as vasculitis.

(199) The surgeon performed a minimally invasive procedure to repair the damaged aortas.

(200) The aortas of the elderly population were found to be more prone to calcification.

(201) Aortas are essential for maintaining the circulation of blood throughout the body.

(202) If aortas are blocked, it may necessitate the use of stents to restore blood flow.

(203) If aortas are dilated, it may require regular monitoring to prevent complications.

(204) The aortas are constantly working to ensure proper blood supply to all body parts.

(205) The aortas are essential for the body's ability to heal and recover from injuries.

(206) The aortas are divided into the ascending aorta, aortic arch, and descending aorta.

(207) The aortas are lined with endothelial cells that help prevent blood clot formation.

(208) Aortas can be visualized using medical imaging techniques such as CT scans or MRIs.

(209) Aortas are essential for delivering nutrients and oxygen to all tissues and organs.

(210) How incredible it is that aortas can expand and contract to accommodate blood flow!

(211) How incredible it is that aortas can withstand the constant pressure of blood flow!

(212) The aortas of the rabbits were used as a model for studying cardiovascular diseases.

(213) The study aimed to understand the biomechanics of aortas under different conditions.

(214) The aortas can become narrowed or blocked due to a condition called atherosclerosis.

(215) Aortic dissection is a life-threatening condition where a tear occurs in the aortas.

(216) The aortas play a crucial role in maintaining proper blood flow throughout the body.

(217) If the aortas become blocked or narrowed, it can result in a heart attack or stroke.

(218) Aortas can be monitored for abnormalities using regular check-ups and imaging tests.

(219) Aortas can be affected by age-related changes, such as stiffening and calcification.

(220) The aortas are responsible for maintaining a constant blood flow throughout the body.

(221) As the aortas branch out, they supply oxygen and nutrients to every cell in the body.

(222) Regular exercise can help keep the aortas healthy and prevent cardiovascular diseases.

(223) As the aortas expand and contract with each heartbeat, they help propel blood forward.

(224) The aortas are responsible for maintaining a steady flow of blood throughout the body.

(225) The aortas can be visualized using medical imaging techniques such as CT scans or MRIs.

(226) Aortas can also experience aortic dissections, where the layers of the artery separate.

(227) Aortas play a vital role in maintaining blood pressure and ensuring proper circulation.

(228) As the aortas age, they may become less elastic and more prone to developing aneurysms.

(229) Aortas can be affected by certain medical conditions if there is an underlying disease.

(230) The aortas are responsible for removing waste products and carbon dioxide from the body.

(231) Aortas are a critical component of the circulatory system, ensuring the body's survival.

(232) The aortas can dilate or enlarge due to certain medical conditions or lifestyle factors.

(233) Aortas can be visualized using medical imaging techniques such as ultrasound or CT scan.

(234) The tunica media of the aortas contracts and relaxes to regulate blood pressure and flow.

(235) Aortas can develop conditions such as aortic aneurysms, where the walls weaken and bulge.

(236) Aortas can be affected by atherosclerosis, a buildup of plaque that narrows the arteries.

(237) The aortas are a complex network of blood vessels that require proper care and attention.

(238) Aortas can be affected by lifestyle choices if there is a lack of exercise and poor diet.

(239) The researcher discovered a new drug that could potentially prevent aortas from narrowing.

(240) Aortic coarctation is a congenital heart defect that results in a narrowing of the aortas.

(241) When the aortas dilate excessively, it can result in a condition known as aortic aneurysm.

(242) Aortas can be affected by hormonal imbalances if there are underlying endocrine disorders.

(243) The aortas are responsible for distributing oxygen and nutrients to all organs and tissues.

(244) The aortas work in conjunction with the heart to pump oxygenated blood throughout the body.

(245) When the aortas are affected by inflammation, it can lead to conditions such as vasculitis.

(246) Although the aortas are strong and resilient, they can still be damaged by trauma or injury.

(247) The aortas are divided into two main sections: the ascending aorta and the descending aorta.

(248) Aortas supply blood to the abdominal organs through the celiac trunk and mesenteric arteries.

(249) When the aortas are damaged, it can lead to internal bleeding and life-threatening situations.

(250) The aortas are a vital part of the cardiovascular system and require proper care and attention.

(251) Aortas can be affected by genetic conditions such as Marfan syndrome or Ehlers-Danlos syndrome.

(252) Aortas have three main sections: the ascending aorta, the aortic arch, and the descending aorta.

(253) As the aortas stretch and recoil, they help maintain a steady flow of blood throughout the body.

(254) Regular check-ups with a healthcare professional can help detect any abnormalities in the aortas.

(255) The aortas carry oxygenated blood from the heart, and they distribute it to the rest of the body.

(256) The aortas are responsible for supplying blood to all organs, and they ensure proper functioning.

(257) The aortas have a thick middle layer called the tunica media, which contains smooth muscle cells.

(258) Although the aortas are essential for life, they can also be affected by congenital abnormalities.

(259) Aortas can be affected by genetic factors if there is a family history of cardiovascular diseases.

(260) Aortas are made up of strong and elastic tissues, so they can withstand the pressure of blood flow.

(261) The aortas, being the largest arteries, are responsible for carrying a significant volume of blood.

(262) Aortas can be treated with medications to lower blood pressure and reduce the risk of complications.

(263) The aortas originate from the left ventricle of the heart, and they branch out into smaller arteries.

(264) Aortas are lined with a smooth layer of cells called endothelium, and this helps maintain blood flow.

(265) Aortas can be repaired through surgical procedures such as aortic valve replacement or bypass surgery.

(266) While the aortas are typically straight, they can have slight curves and bends in certain individuals.

(267) When the aortas are blocked, it can lead to serious health conditions such as heart attacks or strokes.

(268) Since the aortas are under constant pressure from the pumping heart, they have thick and elastic walls.

(269) Although the aortas are strong and flexible, they can become narrowed or blocked due to atherosclerosis.

(270) Although the aortas are the largest arteries in the body, they can still be affected by atherosclerosis.

(271) While the aortas are essential for maintaining blood pressure, they can also be affected by hypertension.

(272) As the aortas age, they may become stiffer and less compliant, leading to increased cardiovascular risks.

(273) The aortas are responsible for delivering nutrients and oxygen to all the organs and tissues in the body.

(274) Aortas are the largest blood vessels in the body, and they play a crucial role in maintaining circulation.

(275) Aortas are a fascinating part of the human anatomy, and their study continues to advance medical knowledge.

(276) The aortas play a crucial role in maintaining blood pressure by regulating the flow of blood from the heart.

(277) Although the aortas are located deep within the body, they can be visualized using medical imaging techniques.

(278) Although the aortas are well-protected within the chest cavity, they can still be injured in traumatic events.

(279) The aortas are lined with endothelial cells, which help maintain smooth blood flow and prevent clot formation.

(280) Although the aortas are vital for overall health, they can be affected by age-related changes and degeneration.

(281) When the aortas are diseased, surgical interventions may be necessary to repair or replace the damaged segments.

(282) If the aortas become blocked, it can lead to tissue damage and organ dysfunction due to inadequate blood supply.

(283) While the aortas are primarily responsible for carrying blood, they also play a role in regulating blood pressure.

(284) The aortas branch out into smaller arteries called arterioles, which help regulate blood flow to different organs.

(285) The aortas, along with the heart, form the cardiovascular system, which is vital for overall health and well-being.

(286) When the aortas become damaged, it can result in blood leakage or regurgitation, affecting overall cardiac function.

(287) The aortas play a crucial role in maintaining homeostasis by regulating blood flow and pressure throughout the body.

(288) The aortas carry oxygenated blood from the heart, while the pulmonary arteries carry deoxygenated blood to the lungs.

(289) While the aortas are typically smooth and free from obstructions, they can develop blood clots in certain situations.

(290) The aortas, which are the largest arteries in the body, carry oxygenated blood from the heart to the rest of the body.

(291) As the aortas leave the heart, they divide into two main branches called the ascending aorta and the descending aorta.

(292) The aortas are connected to the heart through the aortic valve, which prevents blood from flowing back into the heart.

(293) The aortas are responsible for carrying nutrients and hormones to different organs, ensuring their proper functioning.

(294) Although the aortas are essential for survival, they can also be affected by genetic disorders such as Marfan syndrome.

(295) The aortas, being the main conduit for blood, are constantly exposed to the forces exerted by the heart's contractions.

(296) When the aortas are blocked or damaged, it can result in inadequate blood supply to vital organs, causing organ failure.

(297) The aortas are connected to the left ventricle of the heart, which pumps oxygenated blood into the systemic circulation.

(298) While the aortas are responsible for distributing oxygenated blood, the veins carry deoxygenated blood back to the heart.

(299) While the aortas are typically smooth and free from obstructions, they can develop plaques that narrow the blood vessels.

(300) The aortas are divided into different sections, including the ascending aorta, the aortic arch, and the descending aorta.

(301) Although the aortas are essential for maintaining blood pressure, they can be affected by conditions such as hypertension.

(302) While the aortas are responsible for delivering oxygen to the body, they also remove waste products such as carbon dioxide.

(303) When the aortas become narrowed due to plaque buildup, it can lead to high blood pressure and other cardiovascular problems.

(304) The aortas, along with the pulmonary arteries, are part of the systemic circulation that supplies blood to the body's organs.

(305) Although the aortas are elastic and can stretch to accommodate blood flow, excessive stretching can lead to aortic dissection.

(306) If the aortas become damaged or weakened, it can result in an aortic aneurysm, which is a potentially life-threatening condition.

(307) If the aortas become narrowed, it can lead to a condition called aortic stenosis, which can affect blood flow to the rest of the body.

(308) While the aortas are responsible for supplying blood to the entire body, the coronary arteries specifically provide blood to the heart muscle.

(309) Although the aortas are essential for maintaining proper blood circulation, they can be affected by genetic conditions such as Marfan syndrome.

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