Synonyms for serosal or Related words with serosal

serosa              lumenal              muscularis              submucosal              urothelium              luminal              peritoneum              subepithelial              adventitial              pleura              mesothelium              mucosae              submucous              mesentery              subserosa              adhesiogenic              muscularus              mucosal              omentum              subsynovial              abluminal              muscosal              mucosa              adventitia              fascial              reepithelization              epicardium              uroepithelium              albuginea              epithelialized              intima              keratinized              apposed              inflammated              neuronms              mucomucosa              apposing              serositismu              hypodermis              ablumenal              seromuscular              caecum              conjunctival              oxyntocardiac              hypodermal              epidermis              intimal              epithelium              mesothelial              perineural             

Examples of "serosal"
Lateral plate mesoderm gives rise to the serosal mesoderms.
It is fluid filled. It is the largest serosal sac in the body and secretes approximately 50 mL of fluid per day. This fluid acts as a lubricant and has anti-inflammatory properties.
The mesothelium is also implicated in the transport and movement of fluid and particulate matter across the serosal cavities, leukocyte migration in response to inflammatory mediators, synthesis of pro-inflammatory cytokines, growth factors, and extracellular matrix proteins to aid in serosal repair, and the release of factors to promote the disposition and clearance of fibrin (such as plasminogen). Mesothelial cells are capable of phagocytosis and are antigen presenting cells. Furthermore, the secretion of glycosaminoglycans and lubricants may protect the body against infection and tumor dissemination.
The spermatic cord is the cord-like structure in males formed by the vas deferens (ductus deferens) and surrounding tissue that runs from the deep inguinal ring down to each testicle. Its serosal covering, the tunica vaginalis, is an extension of the peritoneum that passes through the transversalis fascia.
Experimentally, it was discovered that a lowering of fluid absorption from external environments is shown in the presence of serosal bumetamide. It was also discovered that there is a distinct relationship between the solute concentration deemed necessary to decrease transepithelial flow, and hydraulic permeability.
Thiotepa has been previously used in the palliation of a wide variety of neoplastic diseases. The most consistent results have been in: adenocarcinoma of the breast, adenocarcinoma of the ovary, superficial papillary carcinoma of the urinary bladder and for controlling intracavitary effusions secondary to diffuse or localized neoplastic diseases of various serosal cavities.
In cartilaginous and ray-finned fish, it consists primarily of red pulp and is normally somewhat elongated, as it lies inside the serosal lining of the intestine. In many amphibians, especially frogs, it has the more rounded form and there is often a greater quantity of white pulp.
Thiamine is released by the action of phosphatase and pyrophosphatase in the upper small intestine. At low concentrations, the process is carrier-mediated. At higher concentrations absorption also occurs via passive diffusion. Active transport is greatest in the jejunum and ileum, but it can be inhibited by alcohol consumption or by folic deficiency. Decline in thiamine absorption occurs at intakes above 5 mg/day. The cells of the intestinal mucosa have thiamine pyrophosphokinase activity, but it is unclear as to whether the enzyme is linked to active absorption. The majority of thiamine present in the intestine is in the pyrophosphorylated form ThDP, but when thiamine arrives on the serosal side of the intestine it is often in the free form. The uptake of thiamine by the mucosal cell is likely coupled in some way to its phosphorylation/dephosphorylation. On the serosal side of the intestine, evidence has shown that discharge of the vitamin by those cells is dependent on Na-dependent ATPase.
Generally, ectopic decidua has no clinical symptoms, but it sometimes manifests as abdominal pain in pregnancy. Ectopic decidua most commonly occurs the ovary, cervix and serosal lining of the uterus. It rarely occurs in peritoneum also. In the peritoneum, ectopic decidua is formed due to metaplasia of subserosal stromal cells under the influence of progesterone. It regresses within 4–6 weeks after childbirth. Therefore, no treatment is needed for this condition. However, it is necessary to differentiate deciduosis from metastatic cancers and mesothelioma.
Ileus is a cause of colic in horses due to functional obstruction of the intestines. It most commonly seen in horses postoperatively, especially following colic surgery. Horses experiencing ileus are at risk for gastric rupture due to rapid reflux build-up, and require intense medical management with frequent nasogastric intubation. Ileus may increase adhesion formation, because intestinal segments have more prolonged contact and intestinal distention causes serosal injury and ischemia. It is usually treated with aggressive fluid support, prokinetics, and anti-inflammatories.
The mesothelium forms a monolayer of flattened squamous-like epithelial cells resting on a thin basement membrane supported by dense irregular connective tissue. Cuboidal mesothelial cells may be found at areas of injury, the milky spots of the omentum, and the peritoneal side of the diaphragm overlaying the lymphatic lacunae. The luminal surface is covered with microvilli. The proteins and serosal fluid trapped by the microvilli provide a slippery surface for internal organs to slide past one another.
Eosinophilic gastroenteritis (EG) is a rare and heterogeneous condition characterized by patchy or diffuse eosinophilic infiltration of gastrointestinal (GI) tissue, first described by Kaijser in 1937. Presentation may vary depending on location as well as depth and extent of bowel wall involvement and usually runs a chronic relapsing course. It can be classified into mucosal, muscular and serosal types based on the depth of involvement. Any part of the GI tract can be affected, and isolated biliary tract involvement has also been reported.
Catgut suture is made by twisting together strands of purified collagen taken from the serosal or submucosal layer of the small intestine of healthy ruminants (cattle, sheep, goats) or from beef tendon. The natural plain thread is precision ground in order to achieve a monofilament character and treated with a glycerol-containing solution. The suture is sterilized with a sterilizing fluid containing ethylene oxide, isopropyl alcohol and distilled water, is straw-colored, and is available in sizes USP 6-0 (1 metric) to USP 3 (7 metric).
Marshak was the first to introduce the term "endoexoenteric" to refer to a specific radiographic pattern (seen on x-rays, CT scans or PET scans) of lymphomatous involvement of the bowel. This terminology derives from the fact that in this form of lymphomatous invasion of the bowel, the tumor extends throughout the entire width of the bowel wall, from the luminal or mucosal (endo) surface to the serosal (exo) surface. Enteric refers to the bowel itself. In Marshak's later textbook, published in 1980, he abandons this terminology.
In physiology, the term serous fluid or serosal fluid (originating from the Medieval Latin word "serosus", from Latin "serum") is used for various bodily fluids that are typically pale yellow and transparent and of a benign nature. The fluid fills the inside of body cavities. Serous fluid originates from serous glands, with secretions enriched with proteins and water. Serous fluid may also originate from mixed glands, which contain both mucous and serous cells. A common trait of serous fluids is their role in assisting digestion, excretion, and respiration.
After a test series of over 300 patients, Dr. Barnett moved to St. Petersburg, Florida where he joined the staff of Palms of Pasadena Hospital, where he trained other surgeons to perform his continent intestinal reservoir procedure. With the assistance of Dr. James Pollack, the first BCIR Program was established. Both surgeons further enhanced the procedure to bring it to where it is today. These modifications included reconfiguring the pouch to decrease the number of suture lines from three to one (this allowed the pouch to heal faster and reduced the chance of developing fistulae); and creating a "serosal" patch over the suture lines which prevented leakage. The end result of these developments has been a continent intestinal reservoir with minimal complications and satisfactory function.
Displacements, torsions, strangulations, and impactions may be identified on rectal examination. Other non-specific findings, such as dilated small intestinal loops, may also be detected, and can play a major part in determining if surgery is necessary. Thickness of the intestinal walls may indicate infiltrative disease or abnormal muscular enlargement. Roughening of the serosal surface of the intestine can occur secondary to peritonitis. Horses that have had gastrointestinal rupture may have gritty feeling and free gas in the abdominal cavity. Surgery is usually suggested if rectal examination finds severe distention of any part of the GI tract, a tight cecum or multiple tight loops of small intestine, or inguinal hernia. However, even if the exact cause can not be determined on rectal, significant abnormal findings without specific diagnosis can indicate the need for surgery. Rectal examinations are often repeated over the course of a colic to monitor the GI tract for signs of change.
Starlicide is lethal to starlings with an acute oral of 3.8 milligrams per kilogram body weight, but it is less toxic to most other birds. Grain-eating game birds such as bobwhite quail, pheasants "(Phasianus colchicus)" and rooks "(Corvus frugilegus)" are also vulnerable. Hawks and mammals are resistant to the poison. Starlings are killed in a slow, "nonviolent" death by uremic poisoning and congestion of major organs. The effect is described as "a grayish white, frost-like material of uric acid overlaying the serosal surfaces of the various organs, accompanied by sterile inflammation and necrosis in the affected and adjacent tissues" akin to avian visceral gout. The site of action is believed to be in the kidney.
The Ussing chamber provides a system to measure the transport of ions, nutrients, and drugs across various epithelial tissues. It consists of two halves separated by the epithelia (sheet of mucosa or monolayer of epithelial cells grown on permeable supports). Epithelia are polar in nature, i.e., they have an apical or mucosal side and a basolateral or serosal side. An Ussing chamber can isolate the apical side from the basolateral side. The two half chambers are filled with equal amounts of symmetrical Ringer solution to remove chemical, mechanical or electrical driving forces. Ion transport takes place across any epithelium. Transport may be in either direction. Ion transport produces a potential difference (voltage difference) across the epithelium. The voltage is measured using two voltage electrodes placed near the tissue/epithelium. This voltage is cancelled out by injecting current, using two other current electrodes placed away from the epithelium. This short-circuit current (Isc) is the measure of net ion transport.
The spleen is found in nearly all vertebrates. It is a non-vital organ, similar in structure to a large lymph node. It acts primarily as a blood filter, and plays important roles in regard to red blood cells and the immune system. In cartilaginous and bony fish it consists primarily of red pulp and is normally a somewhat elongated organ as it actually lies inside the serosal lining of the intestine. The only vertebrates lacking a spleen are the lampreys and hagfishes. Even in these animals, there is a diffuse layer of haematopoeitic tissue within the gut wall, which has a similar structure to red pulp, and is presumed to be homologous with the spleen of higher vertebrates.