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The platelets are present in the slow-moving laminar stream adjacent to the central stream while the peripheral stream consists of most slow-moving cell-free plasma near symptoms after conception 3 mg exelon order overnight delivery endothelial layer treatment 6th feb 6 mg exelon free shipping. When blood slows down medications causing pancreatitis 6 mg exelon discount visa, the blood cells including platelets marginate to the periphery and kind a type of pavement near medications for schizophrenia exelon 3 mg discount without prescription endothelium (margination and pavementing). While stasis allows a higher launch of oxygen from the blood, turbulence may actually injure the endothelium resulting in deposition of platelets and fibrin. The occurrence of thrombosis in some situations such as in nephrotic syndrome, advanced cancers, extensive trauma, burns and through puerperium is defined on the basis of hypercoagulability of blood. The effect of hypercoagulability on thrombosis is favoured by advancing age, smoking, use of oral contraceptives and weight problems. Hypercoagulability might happen by the next adjustments in the composition of blood: i) Increase in coagulation factors. Predisposing Factors A variety of primary (genetic) and secondary (acquired) components favour thrombosis. Primary (Genetic) elements: i) Deficiency of antithrombin ii) Deficiency of protein C or S iii) Defects in fibrinolysis iv) Mutation in factor V Secondary (acquired) factors: a) Risk components: i) Advanced age ii) Prolonged bed-rest iii) Immobilisation iv) Cigarette smoking b) Clinical circumstances predisposing to thrombosis: i) Heart illnesses. Beside the differences in mechanisms of thrombus formation at these sites, the medical results of these are much more different. Arterial thrombi produce ischaemia and infarction, whereas cardiac and venous thrombi cause embolism. The common morphologic features of thrombi are as under: Grossly, thrombi could also be of varied shapes, sizes and composition depending upon the location of origin. Microscopically, the composition of thrombus is set by the speed of circulate of blood i. The traces of Zahn are formed by alternate layers of light-staining aggregated platelets admixed with fibrin meshwork and dark-staining layer of pink cells. It exhibits lines of Zahn composed of granular-looking platelets and fibrin meshwork with entangled pink cells and leucocytes. Microscopy Origin of Thrombi Thrombi could come up from the guts, arteries, veins or in microcirculation. They are extra frequent within the atrial appendages, particularly of the best atrium, and on mitral and aortic valves known as vegetations which can be seen in infective endocarditis and non-bacterial thrombotic endocarditis (Chapter 16). Cardiac thrombi are mural (non-occlusive) as are the mural thrombi encountered in the aorta in atherosclerosis and in aneurysmal dilatations. Agonal thrombi are shaped shortly before dying and should happen in both or each the ventricles. The examples of major types of vascular thrombi are as beneath: Arterial thrombi: i) Aorta: aneurysms, arteritis. Distinguishing options between thrombi formed in rapidly-flowing arterial circulation and slow-moving venous blood are given in Table 5. Thrombus activates the fibrinolytic system with consequent launch of plasmin which may dissolve the thrombus completely leading to resolution. Usually, lysis is full in small venous thrombi whereas large thrombi will not be dissolved. Phagocytic cells (neutrophils and macrophages) appear and start to phagocytose fibrin and cell particles. Arterial Thrombi Formed in rapidly-flowing blood of arteries and heart Common in aorta, coronary, cerebral, iliac, femoral, renal and mesenteric arteries Formed following endothelial cell harm. The thrombus in this means is excluded from the vascular lumen and turns into part of vessel wall. The new vascular channels in it may have the ability to re-establish the blood circulate, referred to as recanalisation. The thrombus may enlarge in size due to increasingly deposition from the constituents of flowing blood. The thrombi in early stage and infected thrombi are fairly friable and may get indifferent from the vessel wall. These are launched in part or utterly in bloodstream as emboli which produce ill-effects at the web site of their lodgement (page 120). Clinical Effects these depend upon the location of thrombi, rapidity of formation, and nature of thrombi. Large thrombi within the coronary heart could cause sudden dying by mechanical obstruction of blood move or through thromboembolism to important organs. These cause ischaemic necrosis of the deprived part (infarct) which may lead to gangrene. These may trigger following effects: i) Thromboembolism ii) Oedema of space drained iii) Poor wound therapeutic iv) Skin ulcer v) Painful thrombosed veins (thrombophlebitis) vi) Painful white leg (phlegmasia alba dolens) due to ileofemoral venous thrombosis in postpartum instances vii) Thrombophlebitis migrans in cancer. Depending upon the supply of the emboli: i) Cardiac emboli from left aspect of the guts. Depending upon the move of blood, two particular kinds of emboli are mentioned: i) Paradoxical embolus. An embolus which is carried from the venous aspect of circulation to the arterial facet or vice versa known as paradoxical or crossed embolus. Common Origin Veins of lower legs Left ventricle (arterial) Trauma to bones/soft tissues Venous: head and neck operations, obstetrical trauma Arterial: cardiothoracic surgery, angiography Descent: divers Ascent: unpressurised flight Components of amniotic fluid Atheromatous plaques Tumour fragments Type 1. The unfold occurs by retrograde embolism by way of intraspinal veins which carry tumour emboli from massive thoracic and belly veins because of increased strain in physique cavities. Causes inside the heart (80-85%): these are mural thrombi within the left atrium or left ventricle, vegetations on the mitral or aortic valves, prosthetic coronary heart valves and cardiomyopathy. Causes inside the arteries: these include emboli creating in relation to atherosclerotic plaques, aortic aneurysms, pulmonary veins and paradoxical arterial emboli from the systemic venous circulation. If the vascular occlusion occurs, the following ill-effects could end result: i) Infarction of the organ or its affected half. Venous emboli might arise from the next sources: i) Thrombi within the veins of the lower legs are the commonest explanation for venous emboli. Pulmonary thrombosis as such is unusual and may occur in pulmonary atherosclerosis and pulmonary hypertension. Differentiation of pulmonary thrombosis from pulmonary thromboembolism is tabulated in Table 5. Detachment of thrombi from any of the above-mentioned websites produces a thrombo-embolus that flows by way of venous drainage into the bigger veins draining into proper aspect of the guts. More generally, there are a quantity of emboli, or a large embolus may be fragmented into many smaller emboli which 1. Women in their reproductive period are at larger threat corresponding to in late being pregnant, following supply and with use of contraceptive pills. Massive pulmonary embolism results in instantaneous death, without incidence of chest pain or dyspnoea. Numerous small emboli might obstruct many of the pulmonary circulation resulting in acute proper coronary heart failure. Another mechanism is by release of vasoconstrictor substances from platelets or by reflex vasoconstriction of pulmonary vessels. Obstruction of relatively smallsized pulmonary arterial branches could end in pulmonary infarction (page 127). Obstruction of terminal branches (endarteries) results in central pulmonary haemorrhage. Vast majority of small pulmonary emboli (60-80%) are resolved by fibrinolytic activity. These are the sequelae of a quantity of small thromboemboli present process healing quite than decision. Systemic Embolism that is the kind of arterial embolism that originates generally from thrombi within the diseased coronary heart, especially in the left ventricle. These arterial emboli invariably cause infarction on the sites of lodgement which include, in descending order of frequency, decrease extremity, mind, and inside visceral organs (spleen, kidneys, intestines). Thus, the results and sites of arterial emboli are in hanging distinction to venous emboli which are sometimes lodged in the lungs. Fat Embolism Obstruction of arterioles and capillaries by fat globules constitutes fat embolism. Following are the necessary causes of fat embolism: i) Traumatic causes: Trauma to bones is the most common cause of fats embolism. The following mechanisms are proposed to clarify the pathogenesis of fat embolism.

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In chilly agglutinin disease symptoms uterine fibroids 4.5 mg exelon cheap otc, the antibodies are IgM kind which bind to the red cells greatest at 4�C symptoms 6dpiui 1.5 mg exelon discount mastercard. Cyanosis affecting the cold exposed regions similar to ideas of nose medications 4 less canada 1.5 mg exelon overnight delivery, ears medications similar to cymbalta exelon 3 mg discount with visa, fingers and toes. The cold antibody titre may be very excessive at 4�C and very low at 37�C (Donath-Landsteiner test). Patients receiving massive doses of penicillin or penicillin-type antibiotics develop antibodies towards the purple blood cell-drug complicated which induces haemolysis. Drugs similar to quinidine form a complex with plasma proteins to which an antibody varieties. This drug-plasma protein-antibody complex might induce lysis of bystanding red blood cells or platelets. In each sort of drug-induced immunohaemolytic 313 anaemia, discontinuation of the drug results in gradual disappearance of haemolysis. It is generally due to mechanical trauma to the purple cells in circulation and is characterised by red cell fragmentation (schistocytosis). There are 3 different ways by which microangiopathic haemolytic anaemia outcomes: 1. Direct external trauma to pink blood cells when they move through microcirculation, particularly over the bony prominences, may cause haemolysis throughout various activities. A small proportion of sufferers who acquired prosthetic cardiac valves or artificial grafts develop haemolysis. Deposition of fibrin within the microvasculature exposes the purple cells to physical obstruction and eventual fragmentation of red cells and trapping of the platelets. Introduction to Haematopoietic System and Disorders of Erythroid Series 314 ii) Pancytopenia (mild granulocytopenia and thrombocytopenia frequent). Normally, the spleen acts as a filter and traps the broken red blood cells, destroys them and the splenic macrophages phagocytose the broken red cells. But splenomegaly exaggerates the damaging effect to which the red cells are exposed. Splenectomy or discount in dimension of spleen by acceptable remedy relieves the anaemia as nicely as improves the leucocyte and platelet counts. The molecular abnormality in hereditary spherocytosis is a defect in proteins which anchor the lipid bilayer to the underlying cytoskeleton. Almost all cases have deficiency in the structural protein of the red cell membrane, spectrin. Mutations in membrane proteins-spectrin, -spectrin and ankyrin, end in defect in anchoring of lipid bilayer of the membrane to the underlying cytoskeleton. Mutation in spectrin by recessive inheritance referred to as -spectrin causes extra severe type of anaemia, while mutation by dominant inheritance forming -spectrin leads to mild type of the illness. About half the circumstances of hereditary spherocytosis have defect in ankyrin, protein that binds protein three and spectrin. Inherited mutation in spectrin or ankyrin causes defect in anchoring of lipid bilayer cell membrane. This produces a subpopulation of hyperspheroidal pink cells within the peripheral blood which are subsequently destroyed in the spleen. The dysfunction may be clinically apparent at any age from infancy to old age and has equal intercourse incidence. Jaundice occurs as a end result of increased focus of unconjugated (indirect) bilirubin in the plasma (also termed congenital haemolytic jaundice). Acquired causes of elliptocytosis include iron deficiency and myeloproliferative problems. The underlying defect is in membrane protein, stomatin, having autosomal dominant sample of inheritance. Red cell enzyme defects (Enzymopathies): these trigger faulty red cell metabolism involving 2 pathways. Disorders of haemoglobin (haemoglobinopathies): these are divided into 2 subgroups: i) Structurally abnormal haemoglobin: Examples are sickle syndromes and different haemoglobinopathies. The most common and significant medical variant is A� (negative) type present in black males. Normally, red blood cells are properly protected in opposition to oxidant stress because of adequate generation of decreased glutathione through the hexose monophosphate shunt. Introduction to Haematopoietic System and Disorders of Erythroid Series in oxidation and precipitation of haemoglobin throughout the red cells forming Heinz our bodies. The scientific manifestations are these of an acute haemolytic anaemia within hours of exposure to oxidant stress. The haemolysis is, nevertheless, self-limiting even when the exposure to the oxidant is sustained because it affects the older red cells only. Treatment is directed in the path of the prevention of haemolytic episodes corresponding to stoppage of offending drug. Heterozygote state is completely asymptomatic, while the homozygous particular person presents during early childhood with anaemia, jaundice and splenomegaly. Direct specific enzyme assay on purple cells is the only methodology of building the diagnosis. Both these teams of problems could happen as homozygous state in which each genes coding for that character are irregular, or heterozygous when one gene is irregular and the opposite gene is normal. These problems might vary 318 Patients with HbS are comparatively protected against falciparum malaria. There are geographic variations in the distribution of varied haemoglobinopathies world over as proven in Homozygous State:Sickle Cell Anaemia. Following abnormalities are observed crucial and widely prevalent kind of haemoglobinopathy is due to the presence of sickle haemoglobin (HbS) within the purple blood cells. B, Mechanism of polymerisation and consequent sickling of purple cells containing HbS. Mechanism of sickling: During deoxygenation, the purple cells containing HbS change from biconcave disc form to an elongated crescent-shaped or sickle-shaped cell. Reversible-irreversible sickling: the oxygen-dependent sickling process is normally reversible. There is normally extreme continual haemolytic anaemia (primarily extravascular) with onset of aplastic crisis in between. The blood film reveals sickle cells and goal cells and options of splenic atrophy such as presence of HowellJolly our bodies. A optimistic sickling test with a lowering substance such as sodium metabisulfite (described above). Haemoglobin electrophoresis shows no regular HbA but shows predominance of HbS and 2-20% HbF. All these recurrent vaso-occlusive episodes all through their lives due disorders behave like gentle type of sickle cell disease. Their to obstruction to capillary blood circulate by sickled red cells diagnosis is made by haemoglobin electrophoresis and upon deoxygenation or dehydration. Some of them are associated with ii) Macroinfarcts involving most commonly the spleen clinical manifestations, whereas others are of no consequence. The molecular lesion in HbC is substitution of lysine for glutamic acid at -6 globin chain place. About 3% of Sikhs living in Punjab are affected with HbD haemoglobinopathy (called HbD Punjab, also called HbLos Angeles). HbD Punjab arises from the substitution of glutamine for glutamic acid at -121 globin chain position. Thalassaemias were first described in people of Mediterranean international locations (North Africa, Southern Europe) from the place it derives its name `Mediterranean anaemia. Normally, a person inherits two -globin genes positioned one each on two chromosomes eleven, and two -globin genes one every on two chromosomes 16, from every father or mother i. Depending upon whether the genetic defect or deletion lies in transmission of - or -globin chain genes, thalassaemias are categorized into - and - thalassaemias. Thus, patients with -thalassaemia have structurally normal -globin chains however their manufacturing is impaired. Similarly, in -thalassaemia, -globin chains are structurally normal but their manufacturing is decreased.

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Fibrosis and hemosiderin-filled macrophages (heart failure cells) could be present in long-standing medications 2016 buy 1.5 mg exelon visa, not acute medicines cheap 3 mg exelon fast delivery, left ventricular failure medicine grace potter 4.5 mg exelon buy. Purulent exudate within the pleural space (empyema) or draining from bronchi outcomes from bacterial infection treatment mastitis exelon 6 mg buy discount on line, not coronary heart failure. Fluid collections are more likely to be transudates (few cells and minimal protein) in noninflammatory circumstances. In response, hypovolemia with renal hypoperfusion induces elevated production of renin, angiotensin, and aldosterone, which all promote sodium and water retention, further exacerbating his edema. The elevated enzyme levels suggest that the process is so severe that hepatic centrilobular necrosis has also occurred. The bodily findings recommend right-sided heart failure that may occur with pulmonary emphysema and pulmonary arterial hypertension. The common sample of pink lobular discoloration seen within the figure is unlikely to occur in hemorrhage from thrombocytopenia, characterized by petechiae and ecchymoses. Platelet factor 4 is launched from the granules of platelets and promotes platelet aggregation during the coagulation process. Such hemorrhages most often end result from lowered numbers of platelets or lowered platelet operate. Purpura denotes blotchy hemorrhage on pores and skin, serosal surfaces, or mucous membrane surfaces bigger than 3 mm; areas from 1 to 2 cm in size are known as ecchymoses. But that is transient, and the coagulation mechanism should be initiated to preserve hemostasis. Fibrin polymerization is part of secondary hemostasis after the vascular damage is initially closed. Platelet adhesion to extracellular matrix is mediated by interactions with von Willebrand issue. Tissue-type plasminogen activator promotes fibrinolytic exercise after a thrombus has shaped. Thromboxane is generated through arachidonic acid metabolism in platelets to promote platelet activation and vasoconstriction. Thromboxane A2, one other powerful aggregator of platelets, is synthesized by the cyclooxygenase pathway. Fibronectin forms part of the extracellular matrix between cells that "glues" them collectively. Decreased manufacturing of tissue plasminogen activator from intact endothelial cells could happen in anoxia of the endothelial cells in veins with sluggish circulation. Stasis of blood move is necessary in thrombosis inside the low-pressure venous circulation. Thromboxane A2 is released when platelets are activated through the strategy of platelet adhesion. They are vitamin K dependent and due to this fact may also be affected by warfarin remedy or by parenchymal liver disease. The factor V Leiden mutation results in problem inactivating issue V by the action of protein C, thus causing thrombosis, not bleeding. Scurvy from vitamin C deficiency affects vascular integrity, not coagulation factors. The issue V (Leiden) mutation impacts 2% to 15% of the inhabitants, and more than half of all individuals with a historical past of recurrent deep venous thrombosis have such a defect. Hyperhomocysteinemia is a less frequent cause of inherited risk of thrombosis than is issue V mutation. It is also a danger issue for atherosclerosis that predisposes to arterial thrombosis. Although some cancers elaborate components that promote thrombosis, this affected person is unlikely to have most cancers at such a younger age; a 10-year historical past of thrombosis is unlikely to occur in a affected person with cancer. Oral contraceptive utilization contributes to danger for thrombosis, but primarily in older women, particularly previous age forty years. Aspirin prevents formation of recent thrombi by inhibiting platelet aggregation and works finest as preventive therapy. The affected person has antibodies that react with cardiolipin, a phospholipid antigen used for the serologic diagnosis of syphilis. Patients with antiphospholipid syndrome have recurrent arterial and venous thrombosis and repeated miscarriages. Hypercholesterolemia promotes atherosclerosis over a few years, and the danger of arterial thrombosis increases. Von Willebrand disease impacts platelet adhesion and results in a bleeding tendency, not to thrombosis. Diabetes mellitus accelerates and worsens atherosclerosis, together with peripheral muscular arteries. The embolus is carried distally and should occlude the popliteal artery, which is an end artery for the decrease leg. A vegetation is a localized thrombus formation on cardiac endothelium, sometimes a valve. Calcium is a cofactor within the coagulation pathway, but an increase in calcium has minimal effect on the coagulation course of. Turbulent blood flow might promote thrombosis, but this threat factor is more frequent in fast-flowing arterial circulation. Fat embolism can happen with fractures, but pulmonary problems typically seem 1 to three days after the traumatic occasion. Vessels with thrombi usually keep intact; if a hematoma had developed as a consequence of the trauma from the fall, it will be organizing and reducing in size after 2 weeks. Such a peripheral arterial occlusion was insufficient to produce infarction, as evidenced by the dearth of enzyme elevation. After a thrombus has shaped, it could turn into organized with ingrowth of capillaries, fibroblast proliferation, and macrophage infiltration, which eventually clears part or many of the clot; there could be formation of one or more new lumens (recanalization). Air emboli on the arterial aspect could cause ischemia by way of occlusion even when very small, whereas on the venous facet, greater than 100 mL of air trapped within the heart might scale back cardiac output. When gases that grew to become dissolved in tissues at high pressure bubble out at decompression with decrease stress in blood and tissues, then air emboli form. Fat emboli are globules of lipid which are most probably to type after traumatic damage, usually to lengthy bones. After a thrombus has formed, it may turn into organized with ingrowth of capillaries, fibroblast proliferation, and macrophage infiltration that finally clears half or a lot of the clot, forming one or more new lumens (recanalization) as proven on the right of the determine. Vegetations on the right-sided heart valves could embolize to the lungs; vegetations on the left embolize systemically to organs such because the mind, spleen, and kidney. A so-called paradoxical embolus occurs when a right-sided cardiac thrombus crosses a patent foramen ovale and enters the systemic arterial circulation. Patients with malignant neoplasms could have a hypercoagulable state (Trousseau syndrome) that favors the development of arterial and venous thromboses. Chronic passive congestion refers to capillary, sinusoidal, or venous stasis of blood within an organ such because the lungs or liver. Mural thrombi are thrombi that type on the surfaces of the center or massive arteries. The infarct is hemorrhagic as a outcome of the bronchial arterial circulation within the lung (derived from the systemic arterial circulation and separate from the pulmonary arterial circulation) continues to provide a small quantity of blood to the interstitium in the affected space of infarction. Persons with underlying heart or lung disease are at greater danger for pulmonary infarction. These thrombi form in the giant deep leg or pelvic veins, not in the pulmonary arteries. Coagulopathies from acquired or inherited issues, such as those from lupus anticoagulant (antiphospholipid antibodies) or issue V (Leiden) mutation, are possible causes of thrombosis, but they usually manifest at a youthful age. These causes also are far less widespread risks for pulmonary thromboembolism than venous stasis. Local irritation from pneumonia may result in thrombosis of small vessels in affected peripheral areas of lung. Pulmonary atherosclerosis happens with long-standing pulmonary hypertension, not the components driving systemic arterial atherosclerosis.

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Irmak, 57 years: The tumour cells are organized in a storiform pattern with plentiful collagen between them. Image analysis software put in in the computer system 19 according to the requirement of the user for making measurements and calculations. Type of inflammation Segmental with skip areas Commonly terminal ileum and/or ascending colon Usually involves the entire thickness of the affected section of bowel wall Serpiginous ulcers, might become deep fissures Rarely seen Common Due to fibrosis Continuous without skip areas Commonly rectum, sigmoid colon and increasing upwards Usually superficial, confined to mucosal layers Superficial mucosal ulcers with out fissures Commonly current Rare Due to contraction of muscularis Typically transmural Non-caseating granulomas and infiltrate of mononuclear cells (lymphocytes, plasma cells and macrophages) Patchy ulceration Widened due to oedema and lymphoid aggregates Infiltrated by inflammatory cells Present Mucosal and submucosal Crypt abscess and non-specific acute and chronic inflammatory cells (lymphocytes, plasma cells, neutrophils, eosinophils, mast cells) Haemorrhagic mucosa with ulceration Normal or reduced in width Usually spared except in cases of poisonous megacolon Usually absent 3. The hepatic parenchyma is composed of numerous hexagonal or pyramidal classical lobules, every with a diameter of 0.

Vandorn, 43 years: This Pathologic accumulation of proteins in the cytoplasm of cells might happen within the following conditions: 1. The lymphatics scavenge exuded proteinaceous fluid and scale back the amount of extravascular and extracellular fluid. However, currently many chemical mediators have been recognized which partake in other processes of acute irritation as nicely. In about 20% to 25% of pregnancies, there are additionally IgG antibodies, which cross the placenta in enough titer to produce delicate hemolytic disease typically.

Felipe, 60 years: Accidental exposure by contaminated water provide, home freshly coated with lead paint, and sniffing of leadcontaining petrol (hence unleaded petrol launched as fuel). The major features of electrolytes are as follows: i) Electrolytes are the main solutes in the physique fluids for upkeep of acid-base equilibrium. When his plasma is blended with an equal quantity of regular plasma, the prothrombin time corrects to normal. Bacteraemia, septicaemia and pyaemia: Bacteria acquire entrance to the bloodstream inflicting transient and clinically silent bacteraemia in a big selection of day-to-day procedures in addition to from other sources of infection.

Kapotth, 37 years: Here the cephalocele herniates via the maxilla and lacrimal bone into the inferomedial orbit. In April 2003, sequencing of human genome was accomplished which revealed that 23 pairs of chromosomes within the nucleus of each human cell contains approximately 3 billion base pairs, and every chromosome accommodates an estimated 30,000 genes within the human genome, which carry the instructions for making proteins. Stenosis of the left circumflex coronary artery is seen least regularly (15-20%). Ascariasis involves the decrease gastrointestinal tract, and the worms reside in the lumen.

Tamkosch, 28 years: Chapter 15 the blood vessels are closed circuits for the transport of blood from the left heart to the metabolising cells, and then again to the best coronary heart. Detection of a particular gene product within the tissue has worth for willpower of therapy and prognosis. Fresh catheterised specimens are preferred in female sufferers while voided urine is passable in males. Which of the next is most likely to develop as a consequence of this electrical damage Bronchoconstriction Cerebral artery thrombosis Heat stroke Gastric hemorrhage Ventricular fibrillation 33 A 56-year-old man with a 60 pack-year history of smoking has been diagnosed with a squamous cell carcinoma of the larynx.

Larson, 49 years: The toxin of Staphylococcus aureus is an enterotoxin that acts as a superantigen and stimulates T cell cytokine launch. On examination her dorsalis pedis and posterior tibial pulses are barely palpable. The daughter cells could proceed to stay in the cell cycle and divide further, or could exit of the cell cycle into resting part, called G0 phase. A delayed granulomatous lesion showing after 3-4 weeks known as Mitsuda reaction.

Barrack, 45 years: The improvement of seen WaD following stroke, trauma, or surgical procedure is unpredictable. The main differential diagnosis of intracranial hypotension is Chiari 1 malformation. Langhans big cells are "committees" of activated macrophages which are a part of a granulomatous response. A nodule of gray matter is perched along the dorsal aspect of the fused lateral ventricles, forming a attribute central ventricular "notch" (38-11C).