Review of: Liver Deutsch

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Liver Deutsch

Viele Übersetzungsbeispiele, die nach Aktivitäten kategorisiert wurden, mit “liver” – Englisch-Deutsch Wörterbuch und intelligenten Übersetzungs assistent. Viele übersetzte Beispielsätze mit "liver" – Deutsch-Englisch Wörterbuch und Suchmaschine für Millionen von Deutsch-Übersetzungen. Übersetzung Englisch-Deutsch für liver im PONS Online-Wörterbuch nachschlagen! Gratis Vokabeltrainer, Verbtabellen, Aussprachefunktion.

"liver" Deutsch Übersetzung

Übersetzung im Kontext von „a liver“ in Englisch-Deutsch von Reverso Context: a liver transplant. Englisch-Deutsch-Übersetzungen für liver im Online-Wörterbuch (​Deutschwörterbuch). Viele übersetzte Beispielsätze mit "liver" – Deutsch-Englisch Wörterbuch und Suchmaschine für Millionen von Deutsch-Übersetzungen.

Liver Deutsch Beispiele aus dem PONS Wörterbuch (redaktionell geprüft) Video

Erörterung schreiben I musstewissen Deutsch

The liver is a powerhouse of an organ. It performs a variety of essential tasks, ranging from producing proteins, cholesterol and bile to storing vitamins, minerals and even carbohydrates. The liver is a half-moon shaped organ that’s fairly straight on the bottom. It’s tilted slightly in the body’s cavity, with the left portion above the stomach and the right portion above the. Englisch-Deutsch-Übersetzungen für Liver im Online-Wörterbuch (Deutschwörterbuch). The liver of mammals, fowl, and fish is commonly eaten as food by humans. Domestic pig, lamb, calf, ox, chicken, goose, and cod livers are widely available from butchers and supermarkets while stingray and burbot livers are common in some European countries. Liver cancer treatment: While liver cancer is usually difficult to cure, treatment consists of chemotherapy and radiation. In some cases, surgical resection or liver transplantation is performed.
Liver Deutsch
Liver Deutsch Viele übersetzte Beispielsätze mit "liver" – Deutsch-Englisch Wörterbuch und Suchmaschine für Millionen von Deutsch-Übersetzungen. Übersetzung Englisch-Deutsch für liver im PONS Online-Wörterbuch nachschlagen! Gratis Vokabeltrainer, Verbtabellen, Aussprachefunktion. maksa: maksa (Finnisch) Wortart: Substantiv Wortbedeutung/Definition: 1) Leber Übersetzungen Deutsch: 1) Leber Englisch: 1) liver. Leber: дроб‎ (čeren drob)‎ (männlich) Dänisch: 1) lever‎ (Utrum) Englisch: 1) liver ‎ Esperanto: 1) hepato‎ Estnisch:: 1) maks‎ Färöisch: 1).
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Liver Deutsch

Liver Deutsch Entscheidung der Lufthansa, Liver Deutsch Spiele es betreffen. - Beispielsätze für "liver"

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Each lobule is made up of millions of hepatic cells hepatocytes , which are the basic metabolic cells. The lobules are held together by a fine, dense, irregular, fibroelastic connective tissue layer extending from the fibrous capsule covering the entire liver known as Glisson's capsule.

The whole surface of the liver, except for the bare area , is covered in a serous coat derived from the peritoneum , and this firmly adheres to the inner Glisson's capsule.

The liver is grossly divided into two parts when viewed from above — a right and a left lobe - and four parts when viewed from below left, right, caudate , and quadrate lobes.

The falciform ligament makes a superficial division of the liver into a left and right lobe. From below, the two additional lobes are located between the right and left lobes, one in front of the other.

A line can be imagined running from the left of the vena cava and all the way forward to divide the liver and gallbladder into two halves. Other anatomical landmarks include the ligamentum venosum and the round ligament of the liver , which further divide the left side of the liver in two sections.

An important anatomical landmark, the porta hepatis , divides this left portion into four segments, which can be numbered starting at the caudate lobe as I in an anticlockwise manner.

From this parietal view, seven segments can be seen, because the eighth segment is only visible in the visceral view.

On the diaphragmatic surface, apart from a triangular bare area where it connects to the diaphragm, the liver is covered by a thin, double-layered membrane, the peritoneum , that helps to reduce friction against other organs.

The peritoneum folds back on itself to form the falciform ligament and the right and left triangular ligaments. These peritoneal ligaments are not related to the anatomic ligaments in joints, and the right and left triangular ligaments have no known functional importance, though they serve as surface landmarks.

The visceral surface or inferior surface is uneven and concave. It is covered in peritoneum apart from where it attaches the gallbladder and the porta hepatis.

Several impressions on the surface of the liver accommodate the various adjacent structures and organs. Underneath the right lobe and to the right of the gallbladder fossa are two impressions, one behind the other and separated by a ridge.

The one in front is a shallow colic impression, formed by the hepatic flexure and the one behind is a deeper renal impression accommodating part of the right kidney and part of the suprarenal gland.

The suprarenal impression is a small, triangular, depressed area on the liver. It is located close to the right of the fossa , between the bare area and the caudate lobe, and immediately above the renal impression.

The greater part of the suprarenal impression is devoid of peritoneum and it lodges the right suprarenal gland.

Medial to the renal impression is a third and slightly marked impression, lying between it and the neck of the gall bladder. This is caused by the descending portion of the duodenum, and is known as the duodenal impression.

The inferior surface of the left lobe of the liver presents behind and to the left of the gastric impression.

Microscopically, each liver lobe is seen to be made up of hepatic lobules. The lobules are roughly hexagonal, and consist of plates of hepatocytes, and sinusoids radiating from a central vein towards an imaginary perimeter of interlobular portal triads.

A distinctive component of a lobule is the portal triad , which can be found running along each of the lobule's corners. The portal triad, consists of the hepatic artery, the portal vein, and the common bile duct.

Histology , the study of microscopic anatomy, shows two major types of liver cell: parenchymal cells and nonparenchymal cells.

The central area or hepatic hilum , includes the opening known as the porta hepatis which carries the common bile duct and common hepatic artery , and the opening for the portal vein.

The duct, vein, and artery divide into left and right branches, and the areas of the liver supplied by these branches constitute the functional left and right lobes.

The functional lobes are separated by the imaginary plane, Cantlie's line, joining the gallbladder fossa to the inferior vena cava. The plane separates the liver into the true right and left lobes.

The middle hepatic vein also demarcates the true right and left lobes. The right lobe is further divided into an anterior and posterior segment by the right hepatic vein.

The left lobe is divided into the medial and lateral segments by the left hepatic vein. The hilum of the liver is described in terms of three plates that contain the bile ducts and blood vessels.

The contents of the whole plate system are surrounded by a sheath. In the widely used Couinaud system, the functional lobes are further divided into a total of eight subsegments based on a transverse plane through the bifurcation of the main portal vein.

Each segment has its own vascular inflow, outflow and biliary drainage. In the centre of each segment are branches of the portal vein, hepatic artery, and bile duct.

In the periphery of each segment is vascular outflow through the hepatic veins. It contains one or more hepatic veins which drain directly into the inferior vena cava.

A large fraction of the corresponding liver specific proteins are mainly expressed in hepatocytes and secreted into the blood and constitute plasma proteins.

Examples of highly liver-specific proteins include apolipoprotein A II , coagulation factors F2 and F9 , complement factor related proteins , and the fibrinogen beta chain protein.

Organogenesis , the development of the organs, takes place from the third to the eighth week during embryogenesis. The origins of the liver lie in both the ventral portion of the foregut endoderm endoderm being one of the three embryonic germ layers and the constituents of the adjacent septum transversum mesenchyme.

In the human embryo , the hepatic diverticulum is the tube of endoderm that extends out from the foregut into the surrounding mesenchyme.

The mesenchyme of septum transversum induces this endoderm to proliferate, to branch, and to form the glandular epithelium of the liver. A portion of the hepatic diverticulum that region closest to the digestive tube continues to function as the drainage duct of the liver, and a branch from this duct produces the gallbladder.

The hepatic endodermal cells undergo a morphological transition from columnar to pseudostratified resulting in thickening into the early liver bud.

Their expansion forms a population of the bipotential hepatoblasts. After migration of hepatoblasts into the septum transversum mesenchyme, the hepatic architecture begins to be established, with liver sinusoids and bile canaliculi appearing.

The liver bud separates into the lobes. The left umbilical vein becomes the ductus venosus and the right vitelline vein becomes the portal vein.

The expanding liver bud is colonized by hematopoietic cells. The bipotential hepatoblasts begin differentiating into biliary epithelial cells and hepatocytes.

The biliary epithelial cells differentiate from hepatoblasts around portal veins, first producing a monolayer, and then a bilayer of cuboidal cells.

In ductal plate, focal dilations emerge at points in the bilayer, become surrounded by portal mesenchyme, and undergo tubulogenesis into intrahepatic bile ducts.

Hepatoblasts not adjacent to portal veins instead differentiate into hepatocytes and arrange into cords lined by sinusoidal epithelial cells and bile canaliculi.

Once hepatoblasts are specified into hepatocytes and undergo further expansion, they begin acquiring the functions of a mature hepatocyte, and eventually mature hepatocytes appear as highly polarized epithelial cells with abundant glycogen accumulation.

In the adult liver, hepatocytes are not equivalent, with position along the portocentrovenular axis within a liver lobule dictating expression of metabolic genes involved in drug metabolism, carbohydrate metabolism, ammonia detoxification, and bile production and secretion.

Over the course of further development, it will increase to 1. In the growing fetus, a major source of blood to the liver is the umbilical vein, which supplies nutrients to the growing fetus.

The umbilical vein enters the abdomen at the umbilicus and passes upward along the free margin of the falciform ligament of the liver to the inferior surface of the liver.

There, it joins with the left branch of the portal vein. The ductus venosus carries blood from the left portal vein to the left hepatic vein and then to the inferior vena cava , allowing placental blood to bypass the liver.

In the fetus, the liver does not perform the normal digestive processes and filtration of the infant liver because nutrients are received directly from the mother via the placenta.

The fetal liver releases some blood stem cells that migrate to the fetal thymus , creating the T-cells or T-lymphocytes. After birth, the formation of blood stem cells shifts to the red bone marrow.

After 2—5 days, the umbilical vein and ductus venosus are completely obliterated; the former becomes the round ligament of liver and the latter becomes the ligamentum venosum.

In the disorders of cirrhosis and portal hypertension , the umbilical vein can open up again. The various functions of the liver are carried out by the liver cells or hepatocytes.

The liver is thought to be responsible for up to separate functions, usually in combination with other systems and organs. Currently, no artificial organ or device is capable of reproducing all the functions of the liver.

Some functions can be carried out by liver dialysis , an experimental treatment for liver failure. The liver receives a dual blood supply from the hepatic portal vein and hepatic arteries.

The hepatic arteries supply arterial blood to the liver, accounting for the remaining quarter of its blood flow. Oxygen is provided from both sources; about half of the liver's oxygen demand is met by the hepatic portal vein, and half is met by the hepatic arteries.

Blood flows through the liver sinusoids and empties into the central vein of each lobule. The central veins coalesce into hepatic veins, which leave the liver and drain into the inferior vena cava.

The biliary tract is derived from the branches of the bile ducts. The biliary tract, also known as the biliary tree, is the path by which bile is secreted by the liver then transported to the first part of the small intestine, the duodenum.

The bile produced in the liver is collected in bile canaliculi , small grooves between the faces of adjacent hepatocytes. Bitte beachten Sie, dass die Vokabeln in der Vokabelliste nur in diesem Browser zur Verfügung stehen.

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Nomen II. Leber f. Ergebnisse im Wyhlidal Medizin-Fachwörterbuch anzeigen. Lebertransplantation f. Ultraschallaufnahme der Leber. Leberschaden m.

Leberpastete f. Leberwurst f. Leberfleck m. Altersfleck m. Lebertran m. Ein Beispiel aus dem Internet. Fasziolose f. Leberzirrhose f. Mehr anzeigen.

Weniger anzeigen. Beispiele aus dem Internet nicht von der PONS Redaktion geprüft Patients suffer from a variety of conditions, including memory disorders encephalopathy , peritoneal fluid excess ascites , and itchy deposits in the skin.

Medical systems that assist liver function can tide patients over until they can receive a liver transplant, or accelerate regeneration of the liver after surgery, or even render a transplant unnecessary.

Die Patienten leiden beispielweise unter Gedächtnisstörungen Enzephalophatie , Bauchwassersucht Aszites oder juckenden Ablagerungen in der Haut.

Medizinische Systeme, die die Leber in ihren Funktionen unterstützen, können Wartezeiten bis zur Lebertransplantation überbrücken, die Regeneration der Leber nach operativen Eingriffen beschleunigen oder Transplantationen überflüssig machen.

Radiation effects and radiation tolerance following tissues and organs : connective tissue, blood vessels, skin, oral cavity, esophagus and stomach, intestine and rectum, liver and pancreas, lungs and bronchial system, brain, spinal cord and sensory organs, kidney and harnableitende organs, sex organs, bones and joints; hematologic and immunologic effects recommended or required reading: www.

So far, scientists have been able to prove this effect in smaller laboratory reactors. Niort — Ajaccio 12 Dezember um Frankreich. Paris — Rodez 12 Dezember um Frankreich.

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Celtic — Kilmarnock 13 Dezember um Schottland. Diaphragmatic surface 6. Posterior liver view 8. Liver lobes1. The Right lobeDemarcated by : 1.

Gall bladder fossa 2. Inferior vena cava fossa 3. Imaginary line from fundus of gall bladder and inferior vena cava Liver lobes2.

Left lobe Divided into: Medial and lateral segments 1. Medial superior — caudate lobe 2. Medial inferior - quadrate lobe Attachment of falciform ligament Visceral surface1.

The round ligament ligamentum teres — obliterated umbilical vein2. The ligamentum venosum — fibrous remnant of fetal ductus vein3.

Examples of autoimmune liver diseases include:. The expanding liver bud is colonized by hematopoietic cells. The liver is a major site of production for thrombopoietina glycoprotein Alien Spiele that regulates the production of platelets by the bone marrow. The McGraw-Hill Companies; X Market Leberzellen, Nervenzellen, Pankreaszellen die können wir selbst heute nicht züchten. Alle Rechte vorbehalten. Hier hast du beides in einem!

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