Bile in a sentence

(1) Bulmasan bile, seni seviyorum.

(2) Bilirubin is excreted in bile.

(3) The liver produces bile-pigment.

(4) Bile-pigment is a waste product.

(5) The gallbladder helps store bile.

(6) Gallstones can block the bile ducts.

(7) The acini in the liver produce bile.

(8) Bile-pigment is excreted in the bile.

(9) Bilirubin is a key component of bile.

(10) Bile-acid is also known as bile salts.

Bile sentence

(11) Bile-pigment is a natural antioxidant.

(12) The antrums of the liver produce bile.

(13) The sac beneath the liver stores bile.

(14) The atresic bile ducts caused jaundice.

(15) Biliaries are also known as bile ducts.

(16) The liver excretes toxins through bile.

(17) Bile-pigment is essential for digestion.

(18) Bile-pigment is also known as bilirubin.

(19) Gallstones are formed from hardened bile.

(20) Cholesterol is a precursor to bile acids.

Bile make sentence

(21) The gall bladder stores bile in the body.

(22) The antrums of the gallbladder store bile.

(23) The acinar cells in the liver produce bile.

(24) The liver excretes bile to aid in digestion.

(25) Bilirubin is a yellow pigment found in bile.

(26) The liver secreted bile to aid in digestion.

(27) The bile duct is part of the biliary system.

(28) He spit up some bile after feeling nauseous.

(29) He spat up some bile after feeling nauseous.

(30) Biliverdin is a green pigment found in bile.

Sentence of bile

(31) Bile-pigment is a yellowish-green substance.

(32) Bile-pigment is not normally found in urine.

(33) The bile-duct is part of the biliary system.

(34) The liver secretes bile to aid in digestion.

(35) The exocrine cells in the liver produce bile.

(36) Biliverdins are green pigments found in bile.

(37) The acinose glands in the liver produce bile.

(38) The liver secretes through to the bile ducts.

(39) The gallbladder is an organ that stores bile.

(40) The bile duct is connected to the gallbladder.

Bile meaningful sentence

(41) The bile duct transports bile to the duodenum.

(42) The cholecyst is responsible for storing bile.

(43) A blockage in the bile duct can cause jaundice.

(44) A tumor in the bile duct can cause obstruction.

(45) The liver secretes bile to help with digestion.

(46) The granulosa layer of the liver produces bile.

(47) The bile duct plays a crucial role in digestion.

(48) The cholecyst stores bile produced by the liver.

(49) Bilirubins can be a sign of a blocked bile duct.

(50) The bile-duct plays a crucial role in digestion.

Bile sentence examples

(51) Ascarides can cause blockages in the bile ducts.

(52) The liver excretes bile through the gallbladder.

(53) The acinar cells in the gallbladder produce bile.

(54) The liver produces bile, which aids in digestion.

(55) The liver produces bile-acid to aid in digestion.

(56) The abomasi is where the food is mixed with bile.

(57) The liver secretes bile onto the small intestine.

(58) The liver secretes with bile to aid in digestion.

(59) The stomach can produce bile to help digest fats.

(60) The color of bile can range from yellow to green.

Sentence with bile

(61) The liver excreted bile into the small intestine.

(62) The gallenblase stores bile produced by the liver.

(63) The body excretes excess cholesterol through bile.

(64) The gallbladder stores bile produced by the liver.

(65) The bile ducts are lined with columnar epithelium.

(66) Bile acid synthesis occurs primarily in the liver.

(67) The bile-duct can be ruptured by trauma or injury.

(68) The biliaries are small tubes that transport bile.

(69) The liver secretes through the production of bile.

(70) The gallbladder is an organ that helps store bile.

Use bile in a sentence

(71) The liver is an exocrine gland that produces bile.

(72) The gallbladder excreted bile to aid in digestion.

(73) The intima of the liver is where bile is produced.

(74) The common bile duct is part of the biliary system.

(75) Bilirubins are excreted from the body through bile.

(76) The patient's coarctated bile duct caused jaundice.

(77) The hepatic lobe is responsible for producing bile.

(78) The liver excretes excess cholesterol through bile.

(79) The liver can secrete out bile to aid in digestion.

(80) The liver is responsible for the secretion of bile.

Sentence using bile

(81) The bile duct is a narrow tube that transports bile.

(82) Bile-acid is a complex mixture of organic compounds.

(83) Bile-pigment is made up of bilirubin and biliverdin.

(84) The bile-duct is lined with cells that secrete bile.

(85) The liver produces bile, which helps with digestion.

(86) Cholesterol is important for the production of bile.

(87) The body can metabolize cholesterol into bile acids.

(88) The secretion of bile aids in the digestion of fats.

(89) The liver produces about 500-600 ml of bile per day.

(90) Canalicular bile salts are synthesized in the liver.

Bile example sentence

(91) Canalicular bile secretion is regulated by hormones.

(92) The common bile duct is located behind the duodenum.

(93) Bilirubinemia can be a result of a blocked bile duct.

(94) Interlobar bile ducts merge to form the hepatic duct.

(95) Bile acid synthesis is influenced by genetic factors.

(96) The surgeon carefully repaired the damaged bile duct.

(97) Bile salt aids in the emulsification of dietary fats.

(98) The sphincters in the liver control the flow of bile.

(99) Cholelithiases can cause blockages in the bile ducts.

(100) The gallbladder is a sac-like organ that stores bile.

Sentence with word bile

(101) The body may excrete excess cholesterol through bile.

(102) If you have a stomach virus, you might cough up bile.

(103) The common bile duct is often affected by gallstones.

(104) The common bile duct is located in the upper abdomen.

(105) Acholia can be caused by a blockage in the bile duct.

(106) Bile is composed of water, bile salts, and bilirubin.

(107) The sound of the vomiting made me gag up my own bile.

(108) The production of bile acid is regulated by the liver.

(109) The common bile duct is approximately 4-5 inches long.

(110) The common bile duct is also known as the choledochus.

Sentence of bile

(111) The exocrine function of the liver is to produce bile.

(112) The gallbladder contracts to release bile when needed.

(113) Taurocholate is one of the primary components of bile.

(114) The gallbladder undergoes contraction to release bile.

(115) Bile salts are composed of bile acids and amino acids.

(116) The bile-duct can be damaged by alcohol or drug abuse.

(117) The bile solubilizes the fats in the digestive system.

(118) Extrahepatic bile duct obstruction can cause jaundice.

(119) Glucuronides are often excreted in the urine and bile.

(120) Canalicular bile flow can be affected by inflammation.

Bile used in a sentence

(121) The common bile duct can become blocked by gallstones.

(122) Gallstones can block the bile duct and cause jaundice.

(123) The gallbladder is an internal organ that stores bile.

(124) The secretory function of the liver is to produce bile.

(125) The gallbladder excretes bile into the small intestine.

(126) Bile acid is synthesized from cholesterol in the liver.

(127) The body needs enough bile to help digest fats in food.

(128) Bile salt is composed of cholesterol and various salts.

(129) Bile salt helps to prevent the formation of gallstones.

(130) Bile salts aid in the digestion and absorption of fats.

Bile sentence in English

(131) Bile salts help to prevent the formation of gallstones.

(132) High levels of bile-pigment can indicate liver disease.

(133) Bile-pigment is eliminated from the body through feces.

(134) Cholemias can be caused by a blockage in the bile duct.

(135) The atresic ducts in the liver caused bile to build up.

(136) Biliaries are responsible for the yellow color of bile.

(137) A bilestone can block the bile duct and cause jaundice.

(138) The body's gallbladder stores bile to aid in digestion.

(139) The liver secretes bile, but the gallbladder stores it.

(140) The liver plays a role in digestions by producing bile.

(141) Biliary reflux can cause inflammation of the bile ducts.

(142) Canalicular stenosis can cause bile backup in the liver.

(143) The liver produces bile to aid in the digestion of fats.

(144) The liver secretes bile to aid in the digestion of fats.

(145) Peroxisomes are involved in the synthesis of bile acids.

(146) Bile-pigment levels can be measured through blood tests.

(147) The cholangiogram revealed a blockage in the bile ducts.

(148) Cholic is a type of bile acid that helps with digestion.

(149) The common bile duct is approximately 8-10 cm in length.

(150) The digestive system excretes excess bile through feces.

(151) The canalicular system in the liver helps transport bile.

(152) The canalicular system plays a crucial role in bile flow.

(153) Interlobar bile ducts carry bile between the liver lobes.

(154) Bile acid is responsible for the yellowish color of bile.

(155) The bile duct can become blocked by a gallstone or tumor.

(156) The liver excretes waste products through bile secretion.

(157) The word acholia refers to the absence of bile secretion.

(158) The atresia in his bile ducts was causing liver problems.

(159) Bile salt aids in the breakdown of complex carbohydrates.

(160) Bile salts are synthesized from cholesterol in the liver.

(161) Bile salts play a role in the regulation of gut motility.

(162) Bile acids are recycled through the enterohepatic system.

(163) Bile-acid synthesis is regulated by hormones and enzymes.

(164) Bile-pigment can cause jaundice when levels are too high.

(165) The bile-duct can become blocked by gallstones or tumors.

(166) The liver reabsorbs bile salts to be reused in digestion.

(167) The liver helps to excrete bile, which aids in digestion.

(168) The color of bile can vary from yellow to greenish-brown.

(169) Bile acid helps in the absorption of fat-soluble vitamins.

(170) Too much bile acid in the stomach can lead to acid reflux.

(171) The liver helps to excrete bile into the digestive system.

(172) Secretin is involved in the regulation of bile production.

(173) Taurocholate is a bile acid found in the digestive system.

(174) The presence of bile salt helps in the absorption of fats.

(175) Cholemiases can be caused by a blockage in the bile ducts.

(176) Bile salts aid in the absorption of dietary triglycerides.

(177) Biliverdin is a precursor to the production of bile acids.

(178) The peroxisome is involved in the synthesis of bile acids.

(179) Bile-acid is a type of acid found in the digestive system.

(180) Bile-acid helps to break down fats in the small intestine.

(181) Bile-pigment is a vital component of the digestive system.

(182) The bile-duct can become infected, leading to cholangitis.

(183) The duodenums receive bile from the liver and gallbladder.

(184) The vomitory was filled with the stench of vomit and bile.

(185) Cholesterol is important for the production of bile acids.

(186) The fundus of the gallbladder stores and concentrates bile.

(187) The bile duct is a vital component of the digestive system.

(188) The liver excretes toxins and drugs through bile secretion.

(189) Too much bile-acid in the body can lead to health problems.

(190) Bile-acid is a critical component of the digestive process.

(191) Bilestones can cause jaundice if they block the bile ducts.

(192) The liver excretes sodium through bile to aid in digestion.

(193) The vesicula is responsible for storing and releasing bile.

(194) The pancreas secretes insulin, and the liver secretes bile.

(195) Bilirubin is excreted from the body through bile and urine.

(196) The fundus of the gallbladder is the part that stores bile.

(197) Cholecystic obstruction can cause bile buildup and jaundice.

(198) The canalicular network allows for efficient bile excretion.

(199) The liver is secreting bile to aid in the digestion of fats.

(200) The bile duct is responsible for the excretion of bilirubin.

(201) Bile salt production can be affected by certain medications.

(202) The secretory cells in the liver produce bile for digestion.

(203) Bile-acid deficiency can lead to malabsorption of nutrients.

(204) Bile-pigment is responsible for the yellow color of bruises.

(205) Bile-pigment is transported to the liver by the bloodstream.

(206) Colestipol works by binding to bile acids in the intestines.

(207) The bile-duct can be examined using a procedure called ERCP.

(208) The lobules of the liver are responsible for producing bile.

(209) Gall-stones can cause jaundice if they block the bile ducts.

(210) The liver can reabsorb bile salts to be reused in digestion.

(211) The liver produces bile, which helps to digest fats in food.

(212) The gallbladder stores bile until it's needed for digestion.

(213) The canalicular system is responsible for transporting bile.

(214) The common bile duct is a common site for cancerous growths.

(215) The common bile duct can be affected by autoimmune diseases.

(216) The green color of bile is due to the presence of biliverdin.

(217) The production of chyle is influenced by the release of bile.

(218) Interlobar bile ducts transport bile between the liver lobes.

(219) Bile acid is essential for the digestion of fats in the body.

(220) A blockage in the bile duct can result in digestive problems.

(221) The body excretes excess cholesterol through bile production.

(222) Bile salt is an essential component of the digestive process.

(223) Bile salt is essential for the breakdown of dietary proteins.

(224) Bile salt helps to maintain the pH balance in the intestines.

(225) Bile salts enhance the solubility of cholesterol in the bile.

(226) The chylifying action of bile helps in the breakdown of fats.

(227) The liver produces bile acid to aid in the breakdown of fats.

(228) The composition of bile-acid varies depending on the species.

(229) Bile-pigment helps to break down fats in the small intestine.

(230) Cocarboxylases are required for the production of bile acids.

(231) The bile-duct can be dilated by a stent, improving bile flow.

(232) The patient's acholia was caused by a tumor in the bile duct.

(233) The anatomy of the bile-ducts can vary from person to person.

(234) The common bile duct is a vital part of the digestive system.

(235) The liver produces approximately 600-1000 ml of bile per day.

(236) The liver produces bile for excretion of waste from the body.

(237) Cholecystitis can be a result of a blockage in the bile ducts.

(238) Canalicular transport proteins regulate bile acid homeostasis.

(239) Choleretic drugs are known to stimulate the secretion of bile.

(240) The choleretic action of dandelion root can enhance bile flow.

(241) Consuming choleretic teas can promote healthy bile production.

(242) Gallstones can be painful when passing through the bile ducts.

(243) Inflammation of the bile duct can lead to pain and discomfort.

(244) The sphincters in the gallbladder control the release of bile.

(245) The liver produces bile salts to help break down dietary fats.

(246) Bile salts are recycled through the enterohepatic circulation.

(247) Hepatocytes produce bile, which aids in the digestion of fats.

(248) The serosa of the gallbladder helps to store and release bile.

(249) The secretion of bile salts helps emulsify fats for digestion.

(250) Cholestasis is a condition characterized by impaired bile flow.

(251) The hepatogastric system is involved in the production of bile.

(252) The bile duct can be damaged during a liver transplant surgery.

(253) The cholecyst is connected to the liver through the bile ducts.

(254) Recanalizing the blocked bile ducts can improve liver function.

(255) Bile salts aid in the elimination of cholesterol from the body.

(256) The contractile nature of the gallbladder aids in bile storage.

(257) The contractile properties of the liver aid in bile production.

(258) The enterohepatic loop facilitates the recycling of bile acids.

(259) Bile acid helps to emulsify fats, making them easier to digest.

(260) Bile-acid helps to emulsify fats, making them easier to digest.

(261) Bile-pigment is broken down by bacteria in the large intestine.

(262) The bile-duct can become inflamed, causing pain and discomfort.

(263) The stenosed bile duct required surgery to remove the blockage.

(264) The woman coughed-up some bile after a night of heavy drinking.

(265) The liver secretes bile, which is necessary for digesting fats.

(266) The canalicular network connects hepatocytes to the bile ducts.

(267) The duodenum is responsible for regulating the release of bile.

(268) The choledochotomy was successful in restoring normal bile flow.

(269) The deficiency of bile acid can result in malabsorption of fats.

(270) A stone in the common bile duct can cause severe abdominal pain.

(271) The common bile duct can become dilated in cases of obstruction.

(272) Gallbladder sludge is a thickened bile that can cause blockages.

(273) The foregut is where the process of bile production takes place.

(274) The liver produces bile salt to assist in the digestion of food.

(275) Bile salt plays a crucial role in the metabolism of cholesterol.

(276) The patient's bilestone was causing a blockage in the bile duct.

(277) The liver secrete through to the bile ducts to aid in digestion.

(278) Bile-acid is important for maintaining a healthy gut microbiome.

(279) Bile-acid is essential for the breakdown of certain medications.

(280) Bile-pigment is a byproduct of the breakdown of red blood cells.

(281) The bile-duct can be obstructed by a tumor, leading to jaundice.

(282) The propria of the liver contains hepatocytes that produce bile.

(283) The patient's acholia was caused by a blockage in the bile duct.

(284) The common bile duct connects the liver and the small intestine.

(285) The release of bile is triggered by the hormone cholecystokinin.

(286) The caudal lobe of the liver is responsible for bile production.

(287) The canalicular system is responsible for bile salt reabsorption.

(288) The canalicular network allows for efficient bile acid recycling.

(289) The columnar epithelium is found in the lining of the bile ducts.

(290) Intrahepatic bile stasis can lead to the formation of gallstones.

(291) Bile acid is essential for the absorption of dietary cholesterol.

(292) The gallenblase is connected to the liver through the bile ducts.

(293) The common bile duct can sometimes become blocked by a gallstone.

(294) The bile duct carries bile from the liver to the small intestine.

(295) The cholecyst contracts to release bile into the small intestine.

(296) The production of bile salt is regulated by hormones in the body.

(297) Bile salts are responsible for the yellowish-green color of bile.

(298) Bile acid secretion is stimulated by the hormone cholecystokinin.

(299) The cystic duct connects the gallbladder to the common bile duct.

(300) Cholesterol is important for the production of bile in your body.

(301) Bilirubin is a key component of bile, which helps to digest fats.

(302) Canalicular transporters are important for maintaining bile flow.

(303) The common bile duct can become blocked, causing health problems.

(304) The common bile duct is sometimes referred to as the choledochus.

(305) Gallbladder disease can be caused by a blockage in the bile duct.

(306) The ultrasound revealed the presence of calculi in the bile ducts.

(307) The serosal layer of the gallbladder stores and concentrates bile.

(308) Cholecystitis can be caused by gallstones blocking the bile ducts.

(309) The canalicular membrane is responsible for the secretion of bile.

(310) Bile acid acts as a natural antimicrobial agent in the intestines.

(311) The bile duct is surrounded by blood vessels and other structures.

(312) The word choledocholith refers to a stone in the common bile duct.

(313) The cholecyst contracts to release bile when needed for digestion.

(314) Acholia can result in pale stools due to the lack of bile pigment.

(315) The gallbladder stores bile salt until it is needed for digestion.

(316) Bile salt helps to neutralize stomach acid in the small intestine.

(317) Bile salt aids in the elimination of waste products from the body.

(318) Bile salts help to maintain the pH balance in the small intestine.

(319) The enterohepatic route allows for the reabsorption of bile salts.

(320) The enterohepatic loop allows for the reutilization of bile acids.

(321) Bile-acid is essential for the absorption of fat-soluble vitamins.

(322) Taurocholate is a bile acid that helps with the digestion of fats.

(323) The primary function of gallbladders is to store and release bile.

(324) The patient's icterus was caused by a blockage in their bile duct.

(325) The liver produces a secretion called bile that helps digest fats.

(326) The liver produces a secretion called bile to help us digest fats.

(327) The liver is an organ that helps break down fats and produce bile.

(328) Bile is composed of water, bile salts, cholesterol, and bilirubin.

(329) Bulmasan bile, seninle birlikte olmak her zaman beni mutlu ediyor.

(330) The common bile duct can be affected by certain genetic disorders.

(331) The gallenblase stores and releases bile into the small intestine.

(332) The gallenblase is responsible for storing and concentrating bile.

(333) The common bile duct plays a crucial role in the digestion of fats.

(334) Choleretic drugs can increase the excretion of cholesterol in bile.

(335) The patient's jaundice was caused by a blockage in their bile duct.

(336) Bile salt is reabsorbed in the intestines and recycled by the body.

(337) Bile salt is necessary for the absorption of fat-soluble nutrients.

(338) The branes in the gallbladder store and release bile for digestion.

(339) The radiologic images showed a blockage in the patient's bile duct.

(340) Bile salts are necessary for the absorption of dietary cholesterol.

(341) The chyme is mixed with bile from the liver in the small intestine.

(342) The liver produces bile to assist in the digestion of glycoprotein.

(343) The enterohepatic loop facilitates the reutilization of bile acids.

(344) The acinous tissue in the liver is responsible for bile production.

(345) The bile-duct can be treated with surgery or endoscopic procedures.

(346) The liver produces bile that aids in the digestion of glycoprotein.

(347) The liver cells secrete out from the bile duct to aid in digestion.

(348) Bilis is composed of bile salts, cholesterol, and other substances.

(349) A blockage in the bile-ducts can be caused by gallstones or tumors.

(350) The common bile duct is essential for the proper digestion of food.

(351) Cholestasis can lead to the accumulation of bile acids in the liver.

(352) The periportal space contains numerous blood vessels and bile ducts.

(353) Cholangiectasis can be a result of an obstruction in the bile ducts.

(354) The gallenblase contracts to release bile into the digestive system.

(355) Stenoses in the bile ducts can cause jaundice and liver dysfunction.

(356) The cholecystography revealed a blockage in the patient's bile duct.

(357) The muscularis layer of the gallbladder aids in the release of bile.

(358) The villi in the gallbladder aid in the storage and release of bile.

(359) Bile salts are critical for the digestion of long-chain fatty acids.

(360) The gall-stone caused jaundice due to the blockage of the bile duct.

(361) The patient's cholemias was caused by an infection in the bile duct.

(362) The bile-duct is located in the upper right quadrant of the abdomen.

(363) The secernment of bile aids in the digestion and absorption of fats.

(364) The gallbladder is a body part that stores bile to help digest fats.

(365) Cholagogues work by increasing the production and secretion of bile.

(366) Cholic acid is a primary bile acid that is synthesized in the liver.

(367) Interlobular ducts transport bile from the liver to the gallbladder.

(368) Canalicular bile salt export pump mutations can cause liver failure.

(369) The common bile duct plays a crucial role in the absorption of fats.

(370) The common bile duct is a topic of interest for medical researchers.

(371) The common bile duct is a common site for the development of tumors.

(372) If you're feeling nauseous, try to hawk up any bile in your stomach.

(373) A choledocholith can cause severe pain and blockage of the bile flow.

(374) A choledocholith can lead to infection if it blocks the flow of bile.

(375) Bile salt deficiency can result in digestive discomfort and bloating.

(376) Bile salt is essential for the proper functioning of the gallbladder.

(377) The radiographs indicated a blocked bile duct in the patient's liver.

(378) The liver reabsorbs bile salts to be reused in the digestion of fats.

(379) Bile acid synthesis is regulated by various enzymes and transporters.

(380) Bile-pigment is important for the absorption of fat-soluble vitamins.

(381) The gallbladder stores bile, a digestive juice produced by the liver.

(382) When the common bile duct is inflamed, it can cause fever and chills.

(383) The exudation of bile from the liver was a necessary bodily function.

(384) The fundus of the gallbladder is the rounded end, and it stores bile.

(385) The surgeon performed a procedure to recanalize the damaged bile duct.

(386) The cholecystic duct connects the gallbladder to the common bile duct.

(387) The hypofunction of the liver can result in decreased bile production.

(388) The periportal region of the liver is responsible for bile production.

(389) The periportal ducts transport bile from the liver to the gallbladder.

(390) Intrahepatic bile duct dilation can be seen in certain liver diseases.

(391) Surgery may be necessary to remove a blockage in the common bile duct.

(392) The common bile duct is susceptible to various diseases and disorders.

(393) The common bile duct is a vital component of the hepatobiliary system.

(394) The membranes of the gallbladder store and release bile for digestion.

(395) The patient underwent a procedure to recanalize the blocked bile duct.

(396) Bile salts are reabsorbed in the ileum and recycled back to the liver.

(397) Bile salts are synthesized in the liver and stored in the gallbladder.

(398) Cholestyramines work by binding to bile acids in the digestive system.

(399) The subcapsular region of the liver is responsible for producing bile.

(400) The duodenal papilla is the opening for the pancreatic and bile ducts.

(401) The slaughter for bear bile extraction is considered inhumane by many.

(402) Canalicular bile acid transporters are regulated by nuclear receptors.

(403) The liver is responsible for excreting bile into the digestive system.

(404) Fasciola hepatica can cause bile duct obstruction in infected animals.

(405) Biliary atresia is a rare congenital disorder affecting the bile ducts.

(406) The cholecyst releases bile in response to the presence of fatty foods.

(407) Hepatic cholestasis is a condition characterized by impaired bile flow.

(408) Secretin is involved in the regulation of bile production in the liver.

(409) Bile salts are essential for the proper functioning of the gallbladder.

(410) Bile acid diarrhea can be managed with dietary changes and medications.

(411) Bile acid deficiency can impair the absorption of fat-soluble vitamins.

(412) The chylifications of bile helps to emulsify fats for easier digestion.

(413) The atretic condition of the bile ducts caused jaundice in the patient.

(414) The canaliculus is a feature of the liver that helps to transport bile.

(415) The surgeon had to clean up the extravasated bile during the procedure.

(416) Bile salts are responsible for the characteristic bitter taste of bile.

(417) The patient's bile flow improved significantly after the choledochotomy.

(418) The intrahepatic ducts transport bile from the liver to the gallbladder.

(419) Intrahepatic biliary strictures can cause obstruction of the bile ducts.

(420) Bile acid is stored in the gallbladder until it is needed for digestion.

(421) Bile acid deficiency can lead to symptoms like bloating and indigestion.

(422) Bile acid is released into the duodenum to aid in the digestion of food.

(423) The composition of bile acid can vary depending on an individual's diet.

(424) The gallenblase releases bile into the small intestine during digestion.

(425) The endoderm gives rise to the lining of the gallbladder and bile ducts.

(426) The duodenum receives bile from the gallbladder to aid in fat digestion.

(427) The bile duct can become narrowed or constricted due to various factors.

(428) Taurocholate is involved in the enterohepatic circulation of bile acids.

(429) The composition of bile salt can vary depending on an individual's diet.

(430) The liver is responsible for reabsorbing bile salts from the intestines.

(431) Bile acid is essential for the digestion and absorption of dietary fats.

(432) Bile acid reflux can cause irritation and inflammation of the esophagus.

(433) Bile-acid is recycled in the body through the enterohepatic circulation.

(434) Bile-pigment is also found in the skin and eyes of people with jaundice.

(435) Cholagogue is a substance that promotes the flow of bile from the liver.

(436) Bile acid sequestrants are medications used to lower cholesterol levels.

(437) Bile is produced continuously by the liver, even when we are not eating.

(438) The common bile duct can be visualized using medical imaging techniques.

(439) The common bile duct is often studied in anatomy and physiology courses.

(440) The patient underwent surgery to correct the atresia in their bile duct.

(441) The common bile duct carries bile from the liver to the small intestine.

(442) The gallenblase can become inflamed due to a blockage in the bile ducts.

(443) The sac in the human body is responsible for storing and releasing bile.

(444) The surgeon had to recanalize the damaged bile duct during the operation.

(445) Bile acid plays a crucial role in maintaining a healthy digestive system.

(446) The concentration of bile acid in the gallbladder increases after a meal.

(447) The gallenblase releases bile in response to the presence of fatty foods.

(448) The liver secreted bile into the small intestine to aid in fat digestion.

(449) The muscularis layer of the gallbladder contracts to release stored bile.

(450) Jaundice can be caused by liver disease or obstruction of the bile ducts.

(451) The bile duct is lined with specialized cells that aid in bile secretion.

(452) The doctor performed a procedure to remove gallstones from the bile duct.

(453) The radiopaque dye helped identify a blockage in the patient's bile duct.

(454) The primary function of bile salt is to facilitate the digestion of fats.

(455) The body requires a sufficient amount of bile salt for optimal digestion.

(456) The enterohepatic cycle ensures the efficient breakdown of bile pigments.

(457) The gall-stone was blocking the bile flow, leading to digestive problems.

(458) The scintigraphic imaging detected a blockage in the patient's bile duct.

(459) Bile-acid is reabsorbed in the ileum and returned to the liver for reuse.

(460) Bile-acid is a natural detergent that helps to clean the digestive tract.

(461) A cholangiogram is a medical imaging test used to examine the bile ducts.

(462) The cholangiogram showed that the patient had a stone in their bile duct.

(463) Bile is also involved in the elimination of waste products from the body.

(464) Bile can be affected by alcohol consumption and can lead to liver damage.

(465) The common bile duct is surrounded by important blood vessels and nerves.

(466) While bile is essential for digestion, too much of it can cause diarrhea.

(467) The humors were thought to be blood, phlegm, yellow bile, and black bile.

(468) The sac inside the human body that stores bile is called the gallbladder.

(469) Intrahepatic bile duct stones can cause blockage and lead to liver damage.

(470) Choleretic medications can improve bile flow in patients with cholestasis.

(471) The bile duct is susceptible to injury during certain surgical procedures.

(472) The bile duct is responsible for carrying waste products out of the liver.

(473) The epithelium in the gallbladder aids in the storage and release of bile.

(474) The ileum is responsible for the absorption of bile acids and cholesterol.

(475) The liver secretes bile onto the digestive system to aid in fat digestion.

(476) The concentration of bile salts in the gallbladder increases after a meal.

(477) In the digestive system, bile salts are reabsorbed in the small intestine.

(478) The radiographic scan revealed a blocked bile duct in the patient's liver.

(479) Bile acid malabsorption can lead to diarrhea and other digestive symptoms.

(480) The bile-duct can be blocked by a parasite, leading to biliary ascariasis.

(481) Without bile-acid, the body would have difficulty digesting certain foods.

(482) Bile-acid is involved in the regulation of cholesterol levels in the body.

(483) Bile is a bodily-fluid that helps break down fats in the digestive system.

(484) Cholagogues are substances that stimulate the flow of bile from the liver.

(485) Cholelith can cause blockages in the bile ducts, leading to complications.

(486) The gallbladder is lined with columnar epithelial cells that secrete bile.

(487) If the liver is not functioning properly, bile production may be affected.

(488) The presence of bile in the small intestine aids in the digestion of fats.

(489) The common bile duct is lined with a specialized type of epithelial cells.

(490) The gallbladder is an internal organ that stores bile to aid in digestion.

(491) If you're feeling nauseous, try coughing out any bile to prevent vomiting.

(492) Biliary stenting can help improve the flow of bile in cases of obstruction.

(493) The choledochotomy procedure is commonly used to treat bile duct disorders.

(494) The absorption function of the gallbladder helps in the absorption of bile.

(495) The primary function of bile acid is to emulsify fats for better digestion.

(496) Bilirubin is excreted in the bile and gives feces its characteristic color.

(497) Choleretic medications are commonly prescribed to increase bile production.

(498) The bile duct can become inflamed due to infection or autoimmune disorders.

(499) The gallbladder releases bile into the small intestine to aid in digestion.

(500) Peristalsis is responsible for the movement of bile through the bile ducts.

(501) The peristaltic contractions of the gallbladder aid in the release of bile.

(502) Bile salts aid in the breakdown of dietary proteins in the small intestine.

(503) The enterohepatic cycle ensures the efficient utilization of bile pigments.

(504) The bile-duct can be affected by genetic disorders such as cystic fibrosis.

(505) The bile-duct can be treated with medications such as ursodeoxycholic acid.

(506) The sacculate shape of the gallbladder allows it to store and release bile.

(507) The bile-ducts play a crucial role in the digestion and absorption of fats.

(508) The chylifactive enzymes are activated by bile salts secreted by the liver.

(509) Bile plays a crucial role in the breakdown of food in the digestive system.

(510) The common bile duct is a fascinating and important part of the human body.

(511) Bile is also involved in the excretion of waste products such as bilirubin.

(512) The enterohepatic cycle helps regulate the levels of bile acids in the body.

(513) Biliary stenting is a procedure used to relieve blockages in the bile ducts.

(514) Biliary strictures can result from injury or inflammation of the bile ducts.

(515) Bile acid is released into the small intestine when food enters the stomach.

(516) The production of bile acid is regulated by feedback mechanisms in the body.

(517) The bitter taste of centaury is thought to stimulate the production of bile.

(518) The common bile duct is surrounded by a network of blood vessels and nerves.

(519) The breakdown of taurocholate by gut bacteria produces secondary bile acids.

(520) Bile salt is released into the small intestine during the digestion process.

(521) The bilestone obstructed the flow of bile in the patient's digestive system.

(522) Taurine is involved in the production of bile acids, which aid in digestion.

(523) The liver secrete through to the bile ducts to aid in the digestion of fats.

(524) The enterohepatic cycle ensures the efficient reabsorption of bile pigments.

(525) Bile acid sequestrants are often prescribed to lower LDL cholesterol levels.

(526) Bile-acid is released into the small intestine when food enters the stomach.

(527) The cholaemic patient's condition was caused by a blockage in the bile duct.

(528) Amino acids are involved in the production of bile, which helps digest fats.

(529) The sacculated gallbladder stores and releases bile as needed for digestion.

(530) The presence of bile in the small intestine helps in the absorption of fats.

(531) Bile salts help in the emulsification of fats, making them easier to digest.

(532) The gallbladder stores bile, but it can also become inflamed and cause pain.

(533) The caudal lobe of the liver produces bile, and the quadrate lobe stores it.

(534) Bile is also involved in the excretion of waste products, such as bilirubin.

(535) The gastroenterologist cannulated the patient's bile duct for the endoscopy.

(536) The enterohepatic cycle helps maintain the balance of bile acids in the body.

(537) The release of bile into the small intestine helps to emulsify fats in chyme.

(538) The process of reabsorbing bile salts is important for the digestion of fats.

(539) Autocoids can regulate the production and release of bile in the gallbladder.

(540) The bile duct is essential for the absorption of fats in the small intestine.

(541) The bile duct is located within the liver and extends to the small intestine.

(542) The presence of bile salt in the intestines promotes regular bowel movements.

(543) The absence of bile salt can lead to malabsorption and nutrient deficiencies.

(544) The patient underwent cholecystostomy to drain the bile from the gallbladder.

(545) Canalicular bile acid transporters are important for cholesterol homeostasis.

(546) The common bile duct is a key player in the regulation of cholesterol levels.

(547) Canalicular bile acid transporters are essential for cholesterol homeostasis.

(548) The common bile duct can become inflamed in a condition known as cholangitis.

(549) The gallbladder is an internal organ, and it stores bile to help digest fats.

(550) After eating a fatty meal, the gallenblase releases bile to aid in digestion.

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