Gene/Protein Disease Symptom Drug Enzyme Compound
Pivot Concepts:   Target Concepts:
Query: EC:3.1.1.8 (cholinesterase)
 12,691 document(s) hit in 31,850,051 MEDLINE articles (0.00 seconds)

Cytochemical, biochemical and disc-elektrophoretical studies are done on a patient with Di Guglielmo-syndrom. Cytochemical tests showed the wellknown results as: activity of acid phosphatase and alpha-naphthylacetatesterase at their typical sites, deposition of PAS- and Turnbull-positive material. Biochemical findings are done on LDH, cholinesterase, alkaline and acid phosphatase, G-6-PDH and pyruvatkinase. Abnormal high level of fetal hemoglobin was found only once during the whole observation. There was also an alteration in the isoenzym pattern of the acid phosphatase. The de- or increase at the biochemical examinations, the fact of fetal hemoglobin and the variation at the isoenzymes may be due to the changing in distribution of erythropoetic and granulopoetic cells.
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PMID:[Cytological and biochemical studies in a case of "di Guglielmo's syndrome"]. 5 98

Normal muscle spindles of human skeletal muscle were studied histochemically. 1) Four histochemical types of intrafusal muscle fibers were classified by ATPase stain: Bag I fiber, Bag II fiber, Chain I fiber and Chain II fiber. Moreover, two types of nuclear bag fibers were classified by NADH Tetrazolium Reductase stain and PAS stain: Bag I fiber and Bag II fiber. 2) Three kinds of fusimotor endings were verified by the cholinesterase technic: en plaque, en grappe and diffuse endings. 3) Two kinds of fusisensory endings were verified by NADH TR stain and also electron-microscopically: primary and secondary sensory endings.
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PMID:Histochemical study of normal human muscle spindle. Histochemical classification of intrafusal muscle fibers and intrafusal nerve endings. 7 4

The epithelial cells in the taste buds of C. jacchus and C. penicillata show a moderate amount of ribonucleic acid an a concentration of a PAS-positive diastase-resistant material at their apical part. These cells are devoid of UDPG-GT, phosphorylases, G-6-PA, alanyl aminopeptidase, leucine aminopeptidase, cholinesterase and MAO; they present a weak reaction of F-1, 6-P Ald, LDH, SDH, MDH, cytochrome oxidase, beta-OHBDH, nonspecific esterase and acid phosphatase and a stronger reaction to ADH, NADPH2-TR, ATPases, alpha-GPDH, alkaline phosphatase, 5-nucleotidase and GDH. Although some enzymes (alkaline phosphatase, 5-nucleotidase and ATPases) have an almost uniform reactivity by the several taste buds, the other ones react with a lesser intensity in the smaller uniform reactivity by the several taste buds, the other ones react with a lesser intensity in the smaller taste buds of the fungiform papillae. As a rule the apical part of the cells shows a stronger enzymatic reactivity. The taste buds of the marmosets are penetrated by acetylcholinesterase positive nerve fibers whereas the autonomic ganglia in the connective tissue contain both-acetyl and butyrylcholinesterase.
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PMID:Histochemical observations on the taste buds of the marmosets (Callithrix jacchus and Callithrix penicillata). 15 39

In the last two years the authors have noted the cases of five patients with pulmonary tuberculosis to which intermittent treatment with Rifampicin was administered (twice weekly, 600-900 mg/day), in association with Ethambutol. Between 2 and 6 months after the treatment was started, 24-72 hours after the last administration of Rifampicin acute renal failure developed in all five cases. Two of the patients also had signs of liver failure (increased serum transaminase, lowered pseudo-cholinesterase, increased BSP retention), and in one of them there was also a hematological syndrome consisting in hemolytic anemia and thrombocytopenia. Four of the patients benefited from application of diuretics, hydroelectrolytic re-equilibration and/or hemodialysis. One of the subjects died 12 hours after being hospitalized, with acute pulmonary oedema, refractory to treatment. From the histopathological viewpoint glomerular lesions were found in the kidney (non-uniform thickening of the basal membranes by PAS-positive deposits). In two of the patients various immunological tests have been carried out (Coombs test, lymphocyte-migration inhibition, serum and urine immunelectrophoresis) that, by their alterations, provide some elements indicating the immunological origin of the phenomena.
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PMID:[Severe complications following intermittent administration of rifampicin]. 18 3

The innervation of the nasal septum and around the olfactory bulb has been investigated in rats by means of whole-mount preparations and histological sections. Silver staining, OsO4 staining, PAS staining, cholinesterase reaction and fluorescence for catecholamine-containing nerves were used. The nervus terminalis forms on the medial side of the olfactory bulb a ganglionated plexus, from which branches are given off which course peripherally with the vomeronasal nerves. From a dorsal part of the terminalis nerve plexus an anterior branch is given off which runs along the anterior ethmoidal nerve to the nasal vestibule where it connects with a group of ganglia. The peripheral branches of the nerve run from here along two epithelial cristae formed histologically like dermal papillae. Ventrally in the respiratory region at the junction of the nasal cavity and the nasopharynx is a 1 times 2 mm area with olfactory epithelium, glands of Bowman and an independent innervation from the olfactory bulb. This is the so-called septal olfactory organ. Trigeminal nerves form a plexus in the respiratory region and in the vestibule, but do not supply the olfactory region. Catecholamine-containing and cholinesterase-positive nerves run along the meningeal arteries on the cribriform plate and accompany their branches to the vascular plexus in the olfactory and respiratory regions. Double innervation is found not only of this vascular plexus but of the venous sinuses in the swell bodies of the vestibule. The glands of the nose are not surrounded by catecholamine-containing nerves.
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PMID:Demonstration of terminalis, olfactory, trigeminal and perivascular nerves in the rat nasal septum. 111 13

Ten menopausal females were studied. Histopathologically, the nasal mucosa was normal, except for the tunical glands which were reduced in number, more localized and showed hyperfunction. Histochemically, there was an increased activity of succinic dehydrogenase, alpha esterase, acid and alkaline phosphatase and choline esterase, indicating an increase in carbohydrate metabolism, lipid breakdown, phagocytic activity, vascularity, secretory activity and parasympathetic hyperactivity which may be responsible for these changes, reflecting the emotional disturbances common in the menopause. These changes were not related to the ovarian steroid hormones. The change in the PAS stain was due to the low estrogen blood level.
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PMID:The human nasal mucosa in the menopause (a histochemical and electron microscopic study). 283 59

Eight liver biopsy specimens from five patients with PAS-negative intracisternal hyalin were investigated by immunofluorescence for: (1) immunoglobulins (Ig) G, A, M, D, E; (2) light chains (kappa and lambda); (3) complement components C1q, C4, C3c, C5, C9; (4) C1-inactivator; (5) C3-activator; (6) alpha 1-antitrypsin; (7) alpha 1-antichymotrypsin; (8) plasminogen; (9) fibrinogen; (10) fibrinogen breakdown products D and E; (11) fibronectin; (12) prealbumin; (13) albumin; (14) betalipoprotein; (15) apolipoprotein; (16) alpha 1- and alpha 2-glycoprotein; (17) cholinesterase; (18) ceruloplasmin; (19) haemopexin; (20) myoglobin; (21) placenta lactogen; (22) transferrin; (23) actin; (24) myosin; (25) cathepsin D; and (26) hepatitis B surface and core antigens (HBsAg and HBcAg). The globules reacted significantly with antisera against C3c (three patients), C4 (three patients), C3-activator (one patient) and fibrinogen (two patients). The cause of the protein accumulation is not clear. Serial studies indicate the possibility of a disturbance of protein secretion and an as yet unidentified immune complex disorder.
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PMID:Immunohistological investigations of PAS-negative globular intracisternal hyalin in human liver biopsy specimens. 285 88

The enzymatic changes in tertiary nasal syphilis were studied in 5 patients. The cholinesterase was increased in the subepithelium, around the glands and blood vessels, denoting parasympathetic hyperactivity. Acid phosphatase was increased in the epithelium, stromal histiocytes, around the glands and ducts, indicating increased phagocytotic activity. Alkaline phosphatase was increased in the capillary endothelium and periglandular stroma, denoting marked vascular changes. Succinic dehydrogenase, alkaline phosphatase, alpha esterase and PAS-alcian blue were diminished in the epithelium and glands, denoting diminished secretory activity, hence a diminished natural defence mechanism of the nasal mucosa. When serological tests are inconclusive, these findings become an important adjuvant to a final diagnosis.
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PMID:The human respiratory nasal mucosa in nasal syphilis. A histochemical study. 623 4

Liver biopsies of a 58-year-old clinically healthy patient with a hepatomegaly and intracisternal PAS-negative globular hyaline bodies were immunofluorescent-optically examined for the content of the complement components C 1 q, C 4, C 9, C 1-inactivator, C 3-activator. Further examinations were performed for fibrinogen, IgG, IgA, IgM, IgD, IgE, L-chain (type chi and lambda), alpha 1-antitrypsin, alpha 1-fetoprotein, alpha 1- and alpha 2-glycoprotein, cholinesterase, ceruloplasmin, myoglobin, hemopexin, HBsAg and HBsAg. Th inclusion bodies reacted with antisera against the complement components C 4, C 3 and C 3-activator, as also identified by double immunofluorescence. Probably this is a disturbance of the protein metabolism of the liver cell with abnormal complement storage in the presence of normal total complement and normal complement components in the serum.
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PMID:Storage of the complement components C4, C3, and C 3-activator in the human liver as PAS-negative globular hyaline bodies. 628 41

Endoscopic coagulation of the sphenopalatine artery (SPA) is indicated in patients with recurrent or severe posterior epistaxis. The present work aimed at studying the effects of the sphenopalatine artery coagulation on the nasal seromucinous glands. The study was carried out on 30 patients who were scheduled for endoscopic SPA coagulation. All patients signed informed consents that were approved by the Committee of Medical Ethics. Minute punch biopsies were taken from the inferior turbinates, under local anesthesia, just before the procedure as well as 12 weeks and 1 year postoperatively. The biopsies were stained with hematoxylin and eosin and PAS Alcian blue. Histochemical examination was done for the activity of the succinic dehydrogenase, alkaline phosphatase and cholinesterase enzymes. Morphometric analysis as well as analysis of the histological and histochemical results showed that SPA coagulation was followed by an early decrease in the size, number and secretory activity of the nasal seromucinous glands, which was associated with decreased activity of the alkaline phosphatase enzyme in the endothelial cells of the nasal blood vessels and decreased activity of the cholinesterase enzyme in the cholinergic nerve fibers. These changes, however, were temporary and reversible since examination of the late postoperative biopsies, at 1 year, showed normalization of the number, appearance, and histochemical activity of the glandular acini as well as the surrounding blood vessels and cholinergic nerve fibers.
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PMID:The nasal seromucinous glands after endoscopic sphenopalatine artery coagulation. 1922 98


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