Capillary in a sentence

(1) Locate the capillary vessel.

(2) The capillary tube is made of glass.

(3) Observe the capillary vessel closely.

(4) Trace the path of the capillary vessel.

(5) The capillary tube is made of thin glass.

(6) Record the length of the capillary vessel.

(7) Measure the diameter of the capillary vessel.

(8) The capillary artery is a small blood vessel.

(9) Identify the function of the capillary vessel.

(10) Analyze the structure of the capillary vessel.

Capillary sentence

(11) Capillary vessels play a role in wound healing.

(12) The capillary vessel network is highly branched.

(13) Examine the capillary vessel under a microscope.

(14) The capillary vessel walls are thin and permeable.

(15) The capillary tube is filled with a liquid sample.

(16) A capillary vessel connects arterioles and venules.

(17) The capillary vessel network is dense in the brain.

(18) Study the effects of aging on the capillary vessel.

(19) The capillary artery is a thin-walled blood vessel.

(20) The capillary vessel transports oxygen to the cells.

Capillary make sentence

(21) The capillary vessel walls are fragile and delicate.

(22) Compare the capillary vessel to other blood vessels.

(23) Analyze the capillary vessel's role in inflammation.

(24) The capillary bed is a network of tiny blood vessels.

(25) Study the capillary vessel's role in oxygen delivery.

(26) Analyze the capillary vessel's role in drug delivery.

(27) If the capillary vessel is leaky, it can cause edema.

(28) Capillary vessels are found in all organs and tissues.

(29) Capillary vessels are involved in the immune response.

(30) Capillary vessels are found in all tissues and organs.

Sentence of capillary

(31) Investigate the capillary vessel's response to injury.

(32) Explore the capillary vessel's connection to diabetes.

(33) The capillary network is extensive throughout the body.

(34) The capillary network in the brain is highly intricate.

(35) The capillary vessel walls contain smooth muscle cells.

(36) Explore the capillary vessel's involvement in clotting.

(37) The walls of capillary vessels are only one cell thick.

(38) Determine the impact of exercise on the capillary vessel.

(39) The venule is located between the capillary and the vein.

(40) If the capillary vessel is fragile, it can easily rupture.

Capillary meaningful sentence

(41) Examine the capillary vessel's connection to tissue health.

(42) Study the capillary vessel's interaction with immune cells.

(43) The capillary tube is commonly used in medical laboratories.

(44) The capillary vessel walls are lined with endothelial cells.

(45) Capillary vessels are involved in the transport of hormones.

(46) The capillary vessel diameter is regulated by local factors.

(47) Investigate the role of the capillary vessel in circulation.

(48) Explore the capillary vessel's involvement in waste removal.

(49) Measure the flow rate of blood through the capillary vessel.

(50) If the capillary vessel is blocked, it can lead to ischemia.

Capillary sentence examples

(51) If the capillary vessel is narrow, it can hinder blood flow.

(52) If the capillary vessel is weak, it can cause easy bruising.

(53) The end organ of the cardiovascular system is the capillary.

(54) The ink in a fountain pen flows due to capillary attraction.

(55) Capillary tension is affected by the viscosity of the liquid.

(56) The capillary is a tiny blood vessel found in the human body.

(57) The capillary tube is filled with a blood sample for testing.

(58) Capillary vessels are the smallest blood vessels in the body.

(59) The capillary vessel walls are composed of endothelial cells.

(60) The capillary artery is the site of gas exchange in the body.

Sentence with capillary

(61) The capillary vessel network is extensive throughout the body.

(62) The capillary vessel diameter is larger than that of a venule.

(63) The capillary vessel network is highly branched and intricate.

(64) The capillary vessel walls are lined with smooth muscle cells.

(65) The capillary vessel walls are fragile and can easily rupture.

(66) Determine the capillary vessel's involvement in wound healing.

(67) The arteriole is located between the artery and the capillary.

(68) The capillary tube is used to measure small amounts of liquid.

(69) The capillary tube is commonly used in scientific experiments.

(70) The capillary tube is often used in chromatography techniques.

Use capillary in a sentence

(71) The capillary tube is used to measure the viscosity of fluids.

(72) Capillary tension is responsible for the rise of sap in plants.

(73) The capillary walls are permeable to water and small molecules.

(74) The rise of water in a plant's stem is due to capillary action.

(75) Capillary action allows ink to be drawn up into a fountain pen.

(76) Capillary action is crucial for the functioning of a fuel cell.

(77) Capillary vessels allow for the exchange of gases in the lungs.

(78) Study the capillary vessel's role in maintaining fluid balance.

(79) The capillary tube is used to collect gas samples for analysis.

(80) The structure of a venula is different from that of a capillary.

Sentence using capillary

(81) The capillary bed is located between the arterioles and venules.

(82) If the capillary vessel is damaged, it can result in hemorrhage.

(83) If the capillary vessel is dilated, it can lower blood pressure.

(84) The capillary tube is used in medical devices for drug delivery.

(85) The capillary artery is the smallest type of artery in the body.

(86) Capillary tension is influenced by the temperature of the liquid.

(87) Damage to a capillary vessel can result in bleeding and bruising.

(88) The capillary vessel walls have a high surface area for exchange.

(89) Determine the capillary vessel's role in maintaining homeostasis.

(90) If the capillary vessel is damaged, blood flow may be restricted.

Capillary example sentence

(91) If the capillary vessel is blocked, it can lead to tissue damage.

(92) If the capillary vessel is damaged, it can impair organ function.

(93) The capillary artery is essential for maintaining healthy vision.

(94) Capillary tension is influenced by the surface tension of liquids.

(95) The capillary network in the skin helps regulate body temperature.

(96) The capillary tube is used in experiments to study fluid dynamics.

(97) If the capillary vessel is blocked, it can lead to a heart attack.

(98) If the capillary vessel is constricted, it can cause hypertension.

(99) If the capillary vessel is blocked, it can lead to kidney failure.

(100) The capillary tube is used in thermometers to measure temperature.

Sentence with word capillary

(101) The capillary artery is responsible for regulating blood pressure.

(102) The nurse assessed the hypovolemic patient's capillary refill time.

(103) The capillarity of a liquid can be measured using a capillary tube.

(104) The paths of the blood vessels converge down to a single capillary.

(105) The capillary tube is used in ink pens to deliver ink to the paper.

(106) The capillary vessel diameter is smaller than that of an arteriole.

(107) Capillary vessels are responsible for the regulation of blood flow.

(108) Capillary vessels are involved in the regulation of blood pressure.

(109) If the capillary vessel is enlarged, it can lead to varicose veins.

(110) Capillary vessels are the smallest blood vessels in the human body.

Sentence of capillary

(111) The ability of a sponge to absorb water is due to capillary action.

(112) The capillary artery is located between the arterioles and venules.

(113) The ability of a sponge to soak up water is due to capillary action.

(114) Surface tension and capillary tension are closely related phenomena.

(115) The capillary vessel is the smallest blood vessel in the human body.

(116) Capillary vessels play a crucial role in maintaining blood pressure.

(117) Capillary vessels are essential for wound healing and tissue repair.

(118) If the capillary vessel is inflamed, it can cause pain and swelling.

(119) If the capillary vessel is compromised, it can impair wound healing.

(120) The capillary tube is used in DNA sequencing for sample preparation.

Capillary used in a sentence

(121) The capillary artery is a vital part of the microcirculation system.

(122) The capillary bed is where the exchange of gases occurs in the lungs.

(123) Capillary attraction is what allows a paper towel to soak up a spill.

(124) The capillary tension in a sponge allows it to absorb and hold water.

(125) The capillary tube is used in hydraulic systems to regulate pressure.

(126) Investigate the capillary vessel's role in regulating blood pressure.

(127) Analyze the capillary vessel's connection to cardiovascular diseases.

(128) If the capillary vessel is clogged, it can lead to organ dysfunction.

(129) If the capillary vessel is obstructed, it can result in tissue death.

(130) If the capillary vessel is inflamed, it can cause redness and warmth.

Capillary sentence in English

(131) The capillary tube is used to measure the surface tension of liquids.

(132) The capillary tube is used in microsurgery for precise fluid control.

(133) The capillary tube is used in gas chromatography for sample analysis.

(134) The capillary vessels in the liver aid in the detoxification process.

(135) The movement of water through a plant is due to capillary attraction.

(136) Capillary vessels are responsible for delivering oxygen to the cells.

(137) The interfacial tension between air and water causes capillary action.

(138) The capillary tube is an essential tool in the field of microfluidics.

(139) The capillary artery is a key component of the body's immune response.

(140) Capillary attraction is what causes ink to spread on a piece of paper.

(141) Capillary action is used in inkjet printers to deliver ink onto paper.

(142) Capillary action is responsible for the movement of water in a sponge.

(143) Capillary vessels are responsible for delivering nutrients to tissues.

(144) The capillary vessel walls are permeable to water and small molecules.

(145) Determine the importance of the capillary vessel in nutrient exchange.

(146) Investigate the capillary vessel's response to changes in temperature.

(147) Intussusceptive capillary growth is essential for tissue regeneration.

(148) The capillary tube is used in chemical analysis for sample separation.

(149) The capillary artery is the smallest type of blood vessel in the body.

(150) The capillary artery is a crucial component of the circulatory system.

(151) The capillary artery is a vital component of the body's immune system.

(152) The capillary walls are thin and allow for the diffusion of substances.

(153) The capillary artery is crucial for the regulation of body temperature.

(154) The ability of a towel to absorb sweat is a result of capillary action.

(155) The capillary bed is highly branched and extensive throughout the body.

(156) The capillary bed is where nutrients are absorbed into the bloodstream.

(157) The capillary bed is highly sensitive to changes in local tissue needs.

(158) Capillary vessels are essential for the regulation of body temperature.

(159) The capillary artery is responsible for delivering oxygen to the brain.

(160) The capillary artery is responsible for delivering oxygen to the lungs.

(161) The capillary artery is responsible for delivering oxygen to the liver.

(162) The capillary vessel is part of the microcirculation system in the body.

(163) The capillary artery is composed of a single layer of endothelial cells.

(164) The capillary artery is part of the microcirculation system in the body.

(165) Electroosmosis is commonly used in capillary electrophoresis techniques.

(166) Extravascular pressure influences fluid movement across capillary walls.

(167) Capillary action is essential for the functioning of a wick in a candle.

(168) The capillary tube is used in microsurgery to suture tiny blood vessels.

(169) Capillary vessels play a role in the filtration of blood in the kidneys.

(170) If the capillary vessel is constricted, it can impede blood circulation.

(171) If the capillary vessel is ruptured, it can result in internal bleeding.

(172) If the capillary vessel is damaged, it may require medical intervention.

(173) If the capillary vessel is healthy, it supports efficient waste removal.

(174) Capillary vessels are essential for the body's thermoregulation process.

(175) The mobile phase in paper chromatography moves through capillary action.

(176) The ink in a fountain pen flows through the nib due to capillary action.

(177) The capillary artery is essential for maintaining healthy skin and hair.

(178) The capillary tube is an important tool in microscale chemical reactions.

(179) The capillary tube is an essential tool in microscale chemical synthesis.

(180) The capillary vessel is essential for the regulation of body temperature.

(181) The viscometric measurements were conducted using a capillary viscometer.

(182) Capillary tension is crucial for the movement of sap in trees and plants.

(183) The capillary tube is used in biology experiments to study cell behavior.

(184) Capillary vessels allow for the exchange of nutrients and waste products.

(185) The capillary vessel walls have small pores for the passage of molecules.

(186) Capillary vessels are found in almost every tissue and organ of the body.

(187) Capillary vessels are found in almost every tissue and organ in the body.

(188) The capillary artery is a crucial component of the cardiovascular system.

(189) Understanding capillary tension is crucial in the field of fluid dynamics.

(190) Capillary tension is affected by the size and shape of the capillary tube.

(191) The capillary artery is essential for maintaining homeostasis in the body.

(192) Capillary attraction is the reason why a sponge can absorb and hold water.

(193) Capillary tension is responsible for the formation of bubbles in a liquid.

(194) The capillary tube is used in meteorology to measure atmospheric pressure.

(195) The capillary tube is used in nanotechnology to fabricate tiny structures.

(196) The capillary tube is used in agriculture to measure soil moisture levels.

(197) The capillary vessel network is regulated by the autonomic nervous system.

(198) If the capillary vessel is dilated, it can allow for increased blood flow.

(199) If the capillary vessel is healthy, it aids in maintaining blood pressure.

(200) If the capillary vessel is compromised, it can result in poor circulation.

(201) Capillary vessels are fragile and can easily rupture, leading to bleeding.

(202) The capillary vessels in the kidneys filter waste products from the blood.

(203) The capillary artery is essential for maintaining healthy kidney function.

(204) Capillary tension is a key factor in the formation of droplets on surfaces.

(205) Capillary tension is influenced by the presence of surfactants in a liquid.

(206) The capillary artery is responsible for regulating blood pressure and flow.

(207) The capillary artery is found in nearly every tissue and organ in the body.

(208) Capillary attraction is what causes water to spread out on a glass surface.

(209) Capillary action is essential for the functioning of a wick in an oil lamp.

(210) The capillary bed is responsible for maintaining fluid balance in the body.

(211) The capillary bed is where the majority of gas exchange occurs in the body.

(212) The capillary tube is used in physics experiments to study surface tension.

(213) The capillary tube is used in geology to measure the permeability of rocks.

(214) Capillary vessels are responsible for removing waste products from tissues.

(215) Capillary vessels connect arterioles and venules in the circulatory system.

(216) If the capillary vessel is healthy, it ensures efficient nutrient exchange.

(217) The GC system was equipped with a capillary column for improved resolution.

(218) Capillary tension is higher in narrow blood vessels compared to wider ones.

(219) The capillary tube is used in hydraulic systems to regulate fluid pressure.

(220) The formation of bubbles in a glass of soda is due to capillary attraction.

(221) Capillary attraction is a key factor in the adhesion of paint to a surface.

(222) Capillary arteries are responsible for delivering hormones to target cells.

(223) The capillary tension in the soil helps plants absorb water from the ground.

(224) The capillary vessel is the smallest type of blood vessel in the human body.

(225) The capillary vessel is essential for delivering oxygen to the body's cells.

(226) Capillary electrophoresis is a high-resolution technique for DNA sequencing.

(227) Capillary attraction is what causes a liquid to rise in a narrow glass tube.

(228) Tracheides are responsible for the phenomenon of capillary action in plants.

(229) The capillary bed is responsible for the delivery of nutrients to the cells.

(230) Capillary tension is responsible for the formation of droplets on a surface.

(231) The capillary tube is used in dental procedures to deliver dental materials.

(232) Capillary vessels have a high surface area to facilitate efficient exchange.

(233) Capillary vessels are responsible for delivering hormones to target tissues.

(234) Capillary vessels are responsible for maintaining fluid balance in the body.

(235) Capillary vessels are responsible for the red color of the mucous membranes.

(236) The capillary vessels in the brain are protected by the blood-brain barrier.

(237) The ability of a paper towel to absorb water is due to capillary attraction.

(238) Capillary arteries are responsible for removing waste products from tissues.

(239) A capillary tube is often used in hematology to measure red blood cell count.

(240) The phenomenon of capillary tension is utilized in capillary electrophoresis.

(241) The capillary vessel is so small that it can only be seen under a microscope.

(242) The capillary vessel is responsible for the blushing or flushing of the skin.

(243) The capillary artery is susceptible to damage in conditions such as diabetes.

(244) The capillary artery is essential for the delivery of nutrients to the brain.

(245) Capillary attraction is the force that allows water to move up a narrow tube.

(246) The vaccine will be delivered by inoculating through the patient's capillary.

(247) The ability of a paper towel to absorb water is a result of capillary action.

(248) Capillary action is responsible for the movement of groundwater through soil.

(249) The capillary bed is responsible for delivering oxygen to the body's tissues.

(250) Capillary tension is crucial for the movement of water and nutrients in soil.

(251) Capillary vessels allow for the exchange of nutrients in the small intestine.

(252) The capillary vessel diameter is smaller than that of arterioles and venules.

(253) Capillary tension is lower in venous blood vessels compared to arterial ones.

(254) Capillary attraction is the force that causes water to rise in a narrow tube.

(255) The movement of water through the roots of plants is due to capillary action.

(256) The phenomenon of capillary tension is utilized in inkjet printing technology.

(257) Capillary tension is responsible for the movement of oil through porous rocks.

(258) Capillary attraction is what allows a piece of paper to absorb ink from a pen.

(259) The viscosities of these liquids can be measured using a capillary viscometer.

(260) The capillary bed is essential for maintaining proper blood pressure and flow.

(261) The capillary bed is where glucose is taken up by cells for energy production.

(262) The capillary bed is where the exchange of water and electrolytes takes place.

(263) The capillary tube is used in heat exchangers to transfer heat between fluids.

(264) The capillary vessel network is responsible for supplying oxygen to the heart.

(265) If the capillary vessel is healthy, it supports proper oxygenation of tissues.

(266) The capillary tube is used to transport blood samples in medical laboratories.

(267) The capillary tube is used in microreactors for controlled chemical reactions.

(268) Capillary vessels are crucial for the delivery of nutrients to hair follicles.

(269) The capillary artery is highly susceptible to damage from high blood pressure.

(270) The capillary artery is responsible for delivering oxygen to the heart muscle.

(271) The capillary tube is used in HVAC systems to regulate the flow of refrigerant.

(272) The measurement of capillary tension requires precise equipment and techniques.

(273) The understanding of capillary tension is crucial in the field of soil science.

(274) The measurement of capillary tension can be challenging due to its small scale.

(275) The measurement of capillary tension is crucial in the field of chromatography.

(276) The capillary artery is often referred to as the gateway to the body's tissues.

(277) Capillary action is essential for the functioning of a wick in a kerosene lamp.

(278) The capillary bed is crucial for the delivery of medications to target tissues.

(279) The capillary tube is used in gas chromatography to analyze volatile compounds.

(280) The capillary tube is used in chemical engineering to control fluid flow rates.

(281) The capillary tube is used in food science to measure the viscosity of liquids.

(282) The capillary vessel network is responsible for delivering oxygen to the brain.

(283) The capillary tube is used in microfluidic devices for precise liquid handling.

(284) The capillary tube is used in inkjet printers to deliver ink to the print head.

(285) The capillary tube is used in electrophoresis for separating charged molecules.

(286) The capillary vessels help regulate blood pressure by constricting or dilating.

(287) The capillary vessels are responsible for the blushing or flushing of the skin.

(288) The capillary attraction between two surfaces can cause them to stick together.

(289) The ability of plants to absorb water from the soil is due to capillary action.

(290) Capillary arteries are responsible for maintaining proper pH levels in tissues.

(291) A capillary tube is used in oil analysis to measure the viscosity of lubricants.

(292) Capillary tension is responsible for the movement of water through small spaces.

(293) The concept of capillary tension is often used in the study of porous materials.

(294) The capillary vessel is fragile and can easily rupture under certain conditions.

(295) The size of a venule is larger than that of a capillary but smaller than a vein.

(296) The ability of a cloth to absorb spilled liquid is a result of capillary action.

(297) The capillary tension in our eyes helps in the production and drainage of tears.

(298) The capillary tube is used in medical devices to deliver medication to patients.

(299) The capillary tube is used in environmental monitoring to collect water samples.

(300) The capillary tube is used in automotive engineering to measure fuel flow rates.

(301) Capillary vessels allow for the exchange of gases between the blood and tissues.

(302) The capillary tube is used in microscale cooling systems for thermal management.

(303) The capillary vessels are responsible for delivering oxygen to the body's cells.

(304) The transmural pressure difference across the capillary walls drives filtration.

(305) The capillary artery is responsible for exchanging nutrients and waste products.

(306) A capillary tube is commonly used in medical procedures to collect blood samples.

(307) Capillary tension is a fundamental concept in the study of interfacial phenomena.

(308) The phenomenon of capillary tension is utilized in the functioning of fuel cells.

(309) The capillary vessel is responsible for removing waste products from the tissues.

(310) The capillary artery is susceptible to damage in conditions such as hypertension.

(311) Capillary attraction is what allows a paintbrush to draw up paint from a palette.

(312) The capillary bed allows for the exchange of gases between the blood and tissues.

(313) The capillary bed is highly adaptable and can expand or contract based on demand.

(314) Capillary tension allows for the rise of liquid in a narrow tube against gravity.

(315) Capillary tension is crucial for the functioning of the human circulatory system.

(316) The measurement of capillary tension is important in the field of fluid dynamics.

(317) The capillary tube is used in microfluidics to manipulate tiny volumes of liquid.

(318) Capillary vessels are often referred to as the bridge between arteries and veins.

(319) The capillary tube is used in microchip fabrication for precise fluid dispensing.

(320) The capillary vessels in the digestive system aid in the absorption of nutrients.

(321) The portal system is a complex network of veins that connects two capillary beds.

(322) The capillary tube is commonly used in blood glucose meters for accurate readings.

(323) The understanding of capillary tension is essential in the field of microfluidics.

(324) Capillary tension is a driving force in the movement of fluids in narrow channels.

(325) The study of capillary tension is important in the design of microfluidic devices.

(326) The capillary vessel is responsible for maintaining the pH balance in the tissues.

(327) The capillary artery is a small blood vessel that connects arterioles and venules.

(328) The phenomenon of capillary tension is utilized in paper towels to absorb liquids.

(329) Capillary vessels allow for the exchange of water and electrolytes in the kidneys.

(330) The capillary tube is used in weather instruments to measure atmospheric pressure.

(331) The capillary vessels in the skin help regulate body temperature through sweating.

(332) Capillary action is responsible for the formation of meniscus in a glass of water.

(333) The nurse assessed the patient's perfusion by checking their capillary refill time.

(334) The capillary tube is commonly used in physics experiments to study fluid dynamics.

(335) The capillary tube is commonly used in heat exchangers for efficient heat transfer.

(336) The capillary tube is often used in microfluidic devices for precise fluid control.

(337) The understanding of capillary tension is important in the field of nanotechnology.

(338) The capillary vessel is lined with endothelial cells that help regulate blood flow.

(339) The capillary vessel is often referred to as the bridge between arteries and veins.

(340) The capillary artery is capable of dilating or constricting to regulate blood flow.

(341) Capillary attraction is what allows a sponge to hold onto water even when squeezed.

(342) Capillary attraction is what enables water to be drawn up into the roots of a tree.

(343) The transmural pressure gradient across the capillary wall drives fluid filtration.

(344) The capillary bed is where nutrients are delivered to muscle cells during exercise.

(345) The phenomenon of capillary tension is utilized in ink pens to draw ink onto paper.

(346) When the capillary vessel is leaky, it can result in edema and swelling of tissues.

(347) The capillary vessels connect the arterioles and venules in the circulatory system.

(348) Capillary vessels are prone to damage in conditions like diabetes and hypertension.

(349) Capillary vessels are involved in the inflammatory response to injury or infection.

(350) The measurement of capillary tension is important in various scientific experiments.

(351) The capillary artery is essential for maintaining proper tissue function and repair.

(352) The phenomenon of capillary attraction is responsible for the rise of sap in plants.

(353) Capillary attraction is what enables water to be drawn up into the stem of a flower.

(354) The movement of blood through tiny blood vessels is facilitated by capillary action.

(355) The ability of a sponge to absorb cleaning solution is a result of capillary action.

(356) The nurse assessed the patient's capillary refill time to evaluate for hypovolaemia.

(357) When the capillary vessel is blocked, it can lead to tissue ischemia and cell death.

(358) Capillary vessels are involved in the regulation of blood flow to different tissues.

(359) The capillary tube is used in microscale fuel cells for efficient energy conversion.

(360) The capillary tube is used in microscale drug delivery systems for targeted therapy.

(361) The walls of capillary vessels are extremely thin, allowing for efficient diffusion.

(362) The capillary vessels have a large surface area, facilitating the exchange of gases.

(363) Capillary attraction is responsible for the formation of droplets on a spider's web.

(364) Capillary attraction is used in microfluidics to manipulate small volumes of liquid.

(365) Viscosimeters come in various types, including rotational and capillary viscometers.

(366) A capillary tube is used in electronics to protect delicate components from moisture.

(367) The capillary vessel is responsible for the red color of blood when it is oxygenated.

(368) The capillary bed is composed of endothelial cells that form a thin, permeable layer.

(369) The capillary bed is where the exchange of heat occurs between the blood and tissues.

(370) The capillary bed is more extensive in certain organs, such as the lungs and kidneys.

(371) The capillary tension in our lungs helps in the exchange of gases during respiration.

(372) Capillary tension is essential for the transport of nutrients and hormones in plants.

(373) The capillary tension in our sweat glands aids in the regulation of body temperature.

(374) The capillary tube is used in textile industry to control dye penetration in fabrics.

(375) The capillary vessel network is responsible for removing waste products from tissues.

(376) If the capillary vessel is healthy, it ensures proper delivery of nutrients to cells.

(377) The absorption process of water by a sponge is a classic example of capillary action.

(378) Capillary attraction is important in the functioning of the human circulatory system.

(379) The capillary artery is often affected by diseases such as diabetes and hypertension.

(380) The forces of molecular attraction are responsible for the capillary action in plants.

(381) The capillary tube is made of a thin glass material to allow for precise measurements.

(382) The capillary tube is a crucial component in inkjet printers for precise ink delivery.

(383) The phenomenon of capillary tension can be observed when water rises in a narrow tube.

(384) The capillary vessel is crucial for maintaining proper blood pressure and circulation.

(385) The capillary artery is a vital component of the body's overall cardiovascular system.

(386) The capillary bed is crucial for the removal of metabolic waste products from tissues.

(387) The capillary bed is responsible for the regulation of blood flow to specific tissues.

(388) The capillary tension in our hair follicles helps in the distribution of natural oils.

(389) The capillary vessel walls are thin and allow for the exchange of gases and nutrients.

(390) The rheometer's capillary rheometry feature measures flow behavior in narrow channels.

(391) Slow-twitch muscle fibers have a higher capillary density for improved oxygen delivery.

(392) The capillary tube is used in refrigeration systems to control the flow of refrigerant.

(393) Capillary tension is responsible for the formation of meniscus in a liquid-filled tube.

(394) The process of capillary attraction is utilized in the construction of some fuel cells.

(395) The capillary bed plays a crucial role in the exchange of nutrients and waste products.

(396) The capillary tube is used in electronics to protect delicate components from moisture.

(397) Capillary vessels are found in various organs, including the lungs, kidneys, and brain.

(398) Capillary tension is responsible for the movement of water through small blood vessels.

(399) Capillary tension is influenced by factors such as blood viscosity and vessel diameter.

(400) The delicate balance of capillary tension ensures efficient nutrient delivery to cells.

(401) Capillary tension is responsible for the formation of water droplets on a spider's web.

(402) Capillary tension is influenced by the presence of certain hormones in the bloodstream.

(403) The phenomenon of capillary action is a result of molecular attraction in narrow tubes.

(404) The capillary vessels in the lungs allow for the exchange of oxygen and carbon dioxide.

(405) The capillary vessels in the bone marrow are involved in the production of blood cells.

(406) Capillary vessels are essential for the delivery of oxygen to the alveoli in the lungs.

(407) There are various types of viscometers, including rotational and capillary viscometers.

(408) The capillary tube is used in scientific experiments to measure small amounts of liquid.

(409) Capillary tension plays a significant role in the functioning of our circulatory system.

(410) The capillary vessel is prone to damage in conditions such as diabetes and hypertension.

(411) The capillary vessel is surrounded by smooth muscle cells that help regulate blood flow.

(412) The capillary artery is essential for maintaining proper blood flow throughout the body.

(413) Capillary attraction is what allows a droplet of water to be drawn into a glass pipette.

(414) The capillary bed is where oxygen is released from red blood cells to enter the tissues.

(415) The capillary tube is used in oil exploration to collect fluid samples from underground.

(416) The capillary vessel network is responsible for delivering nutrients to growing tissues.

(417) If the capillary vessel is permeable, it allows for the passage of fluids and nutrients.

(418) Capillary tension helps in the regulation of blood flow to different organs and tissues.

(419) Changes in capillary tension can affect the filtration of waste products by the kidneys.

(420) Capillary tension is influenced by the presence of certain proteins in the blood plasma.

(421) The capillary tube is used in blood glucose meters for accurate blood sugar measurement.

(422) Capillary vessels are responsible for the regulation of blood flow to different tissues.

(423) The capillary artery is responsible for removing waste products from the body's tissues.

(424) The capillary tube is commonly used in ink chromatography to separate different pigments.

(425) The capillary artery is involved in the removal of metabolic waste products from tissues.

(426) The phenomenon of capillary attraction is observed when a liquid rises in a narrow straw.

(427) The phenomenon of capillary attraction is observed when a liquid is absorbed by a sponge.

(428) Lobular capillary hemangioma is a benign vascular tumor that commonly occurs in the skin.

(429) Capillary action is the reason why water spreads out on a paper towel when it is spilled.

(430) The capillary bed is regulated by local factors such as oxygen and carbon dioxide levels.

(431) The capillary artery is a critical component of the body's overall health and well-being.

(432) Capillary tension is influenced by the contact angle between a liquid and a solid surface.

(433) The capillary artery is responsible for delivering oxygenated blood to the body's tissues.

(434) The capillary artery plays a crucial role in the exchange of nutrients and waste products.

(435) The concept of capillary attraction is utilized in the construction of some water filters.

(436) The principle of capillary attraction is used in some diagnostic tests to detect diseases.

(437) Capillary action is responsible for the movement of liquid in a chromatography experiment.

(438) The capillary bed is where nutrients from digested food are absorbed into the bloodstream.

(439) The capillary bed is where the exchange of waste products, such as carbon dioxide, occurs.

(440) Capillary tension is involved in the regulation of body temperature through heat exchange.

(441) The capillary vessels play a crucial role in the exchange of nutrients and waste products.

(442) Capillary vessels are so narrow that red blood cells can only pass through in single file.

(443) The capillary vessels in the eyes can be affected by conditions like diabetic retinopathy.

(444) The process of capillary attraction is essential for the functioning of a wick in a candle.

(445) The movement of water from the roots to the leaves of a plant is aided by capillary action.

(446) The capillary bed is where white blood cells can leave the bloodstream to fight infections.

(447) Capillary tension is influenced by the presence of surfactants or detergents in the liquid.

(448) The capillary tube is used in chromatography to separate different components of a mixture.

(449) The measurement of capillary tension is important in diagnosing certain vascular disorders.

(450) Capillary tension is essential for the transport of hormones and other signaling molecules.

(451) The capillary tube is used in microfluidic sensors for detecting analytes in small volumes.

(452) Quartz glass is commonly used in the production of laboratory tubing and capillary columns.

(453) The capillary vessel is so narrow that red blood cells can only pass through in single file.

(454) Capillary attraction is what causes water to move through the tiny tubes in a plant's xylem.

(455) Capillary action is used in medical devices like microfluidic chips for diagnostic purposes.

(456) The rise of water in a thin straw when placed in a cup of liquid is due to capillary action.

(457) The phenomenon of capillary tension can be observed when water rises in a narrow glass tube.

(458) Capillary tension is affected by temperature, with higher temperatures reducing the tension.

(459) Capillary tension is influenced by the presence of other substances dissolved in the liquid.

(460) The capillary vessel network is responsible for delivering oxygen to every cell in the body.

(461) The capillary vessel walls have small pores that allow for the passage of certain molecules.

(462) Capillary vessels are crucial for the delivery of nutrients to muscle cells during exercise.

(463) Capillary attraction is important in the functioning of the human body's circulatory system.

(464) The capillary artery is responsible for delivering nutrients to the muscles during exercise.

(465) Capillary arteries are so narrow that red blood cells must pass through them in single file.

(466) A capillary tube is used in perfume manufacturing to extract and analyze fragrance compounds.

(467) The rise of water in a thin straw when placed in a glass of water is due to capillary action.

(468) The capillary tension in plants helps in the absorption of water and nutrients from the soil.

(469) Capillary tension plays a significant role in the movement of fluids within living organisms.

(470) Capillary tension is influenced by factors such as surface area and the nature of the liquid.

(471) The capillary tension in our kidneys aids in the filtration of waste products from the blood.

(472) The capillary tension in our digestive system helps in the absorption of nutrients from food.

(473) Capillary vessels are so small that red blood cells have to pass through them in single file.

(474) Capillary action is used in medical devices such as blood glucose meters and pregnancy tests.

(475) The capillary artery is crucial for delivering nutrients to cells and removing waste products.

(476) The capillary artery is part of a complex network of blood vessels that spans the entire body.

(477) Capillary attraction is what enables water to be drawn into the roots of plants from the soil.

(478) Imbibition is a phenomenon that occurs when a solid absorbs a liquid through capillary action.

(479) The capillary tube is often used in chemistry experiments to transfer small amounts of liquid.

(480) When the capillary vessel is constricted, it reduces blood flow and can lead to tissue damage.

(481) Capillary tension is involved in the regulation of blood volume and fluid balance in the body.

(482) Capillary vessels are responsible for the formation of petechiae, small red spots on the skin.

(483) Capillarity is affected by the surface tension of a liquid and the size of the capillary tube.

(484) The capillary artery is responsible for delivering oxygen and nutrients to the body's tissues.

(485) A capillary tube is often used in chromatography to separate different components of a mixture.

(486) The capillary vessel is responsible for the exchange of hormones and other signaling molecules.

(487) Capillary attraction is what allows water to move through the tiny blood vessels in our bodies.

(488) The concept of capillary attraction is important in understanding how water moves through soil.

(489) The movement of water through the soil to reach plant roots is facilitated by capillary action.

(490) Capillary vessels are responsible for regulating body temperature by redistributing blood flow.

(491) When the capillary vessel is damaged, it can lead to bleeding and the formation of blood clots.

(492) The capillary vessel is responsible for transporting oxygen and nutrients to the body's tissues.

(493) The capillary artery is vulnerable to damage from high levels of cholesterol and plaque buildup.

(494) The capillary artery is responsible for maintaining the balance of fluids in the body's tissues.

(495) Capillary action is used in microfluidic devices for precise control of small volumes of liquid.

(496) Understanding the structure and function of capillary vessels is essential for biology students.

(497) The walls of capillary vessels are permeable, allowing for the exchange of fluids and molecules.

(498) The principle of capillary attraction is used in some inkjet printers to control the flow of ink.

(499) The process of capillary attraction is utilized in the construction of some microfluidic devices.

(500) Capillary vessels are responsible for delivering oxygen to the cells and removing carbon dioxide.

(501) The capillary artery is surrounded by smooth muscle cells, and this helps to regulate blood flow.

(502) Capillary action is used in the construction of fuel filters to separate impurities from the fuel.

(503) The intricate network of capillary vessels ensures that all tissues receive adequate blood supply.

(504) Although the capillary vessel is microscopic, it is vital for maintaining homeostasis in the body.

(505) Capillary vessels, which are responsible for the exchange of heat, help regulate body temperature.

(506) If the intussusceptive capillary growth is inhibited, the tissue may not be able to heal properly.

(507) The capillary tube is used in microscale distillation setups for separation of volatile compounds.

(508) Capillary arteries are essential for maintaining proper tissue oxygenation and preventing hypoxia.

(509) The concept of capillary attraction is crucial in understanding how blood circulates in our bodies.

(510) The rise of water in a glass tube placed in a container of water is an example of capillary action.

(511) The capillary bed is where hormones and other signaling molecules can be released into the tissues.

(512) The capillary bed is a vital component of the circulatory system, ensuring proper tissue perfusion.

(513) College students studying anatomy should be familiar with the different types of capillary vessels.

(514) Capillary vessels have a high surface area, allowing for efficient exchange of gases and nutrients.

(515) The capillary vessel is surrounded by pericytes, which help stabilize and support the vessel walls.

(516) When the capillary vessel is damaged, it triggers the release of clotting factors to stop bleeding.

(517) Capillary tension plays a crucial role in maintaining blood pressure within the circulatory system.

(518) The measurement of capillary tension can provide insights into the overall health of an individual.

(519) The capillary vessels in the placenta allow for the exchange of nutrients between mother and fetus.

(520) The process of capillary attraction is responsible for the formation of dew on grass in the morning.

(521) The electrophoretic separation of small molecules is often achieved using capillary electrophoresis.

(522) The rise of water in a narrow tube inserted into a glass of water is an example of capillary action.

(523) Capillary vessels are essential for maintaining proper blood pressure and fluid balance in the body.

(524) College students studying histology should be able to identify capillary vessels under a microscope.

(525) Although the capillary vessel is fragile, it is highly resilient and can withstand pressure changes.

(526) Although the capillary vessel is thin, it has a high density in organs with high metabolic activity.

(527) The capillary vessel walls have a negative charge, which helps prevent the formation of blood clots.

(528) The capillary tube is commonly used in gas chromatography to separate and analyze volatile compounds.

(529) The capillary tube is commonly used in microscale fluidic devices for precise control of liquid flow.

(530) The principle of capillary attraction is used in some medical devices to collect small blood samples.

(531) The capillary tension in our skin helps in maintaining hydration and preventing excessive water loss.

(532) The capillary tube is used in pharmaceutical manufacturing to dispense precise amounts of medication.

(533) Learning about the capillary vessel system is important for students pursuing a career in healthcare.

(534) The rise of water in a paper towel when dipped in a glass of water is an example of capillary action.

(535) Capillary tension is a fascinating phenomenon that has applications in various scientific disciplines.

(536) The concept of capillary attraction is crucial in understanding how water moves through a paper towel.

(537) The walls of capillary vessels are only one cell thick, allowing for efficient exchange of substances.

(538) The capillary tension in the digestive system aids in the absorption of nutrients from the intestines.

(539) The capillary artery is often affected by atherosclerosis, a condition that can lead to heart disease.

(540) The capillary vessel is essential for the delivery of nutrients to developing embryos during pregnancy.

(541) Capillary vessels can be damaged by certain diseases, leading to impaired blood flow and tissue damage.

(542) College students studying pathology should understand the consequences of capillary vessel dysfunction.

(543) Capillary tension is affected by certain medications, which can lead to changes in blood flow dynamics.

(544) The capillary vessel is essential for the exchange of gases and nutrients between the blood and tissues.

(545) Capillary vessels are highly branched, ensuring that no cell in the body is too far from a blood supply.

(546) The capillary vessel, which connects arteries and veins, allows for the exchange of gases and nutrients.

(547) The capillary vessel, which is part of the circulatory system, connects the arterial and venous systems.

(548) Capillary vessels play a role in the immune response by allowing immune cells to reach infected tissues.

(549) A capillary tube is often used in microscale distillation for efficient separation of volatile compounds.

(550) The capillary artery is crucial for the delivery of hormones and signaling molecules throughout the body.

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