What's the difference between plasmic and plasmin?
Plasmic
Definition:
(a.) Of, pertaining to, or connected with, plasma; plasmatic.
Example Sentences:
(1) Testosterone was assumed to synthesize the specific factor, capable of activating Na,K-ATPase of plasmic membranes.
(2) It also strongly inhibited non-plasmic fibrinolysis with human leukocyte proteinase and earthworm proteinase.
(3) This finding suggests that the defect in fibrinogen Paris I derives from an abnormality in the carboxy-terminal region of the gammaParis I-chain, so that in the presence of Factor XIII, these chains are not crosslinked and Fragment D-D molecules are not liberated upon subsequent plasmic degradation.
(4) Specific primers, deduced from the aminoterminal sequence of the purified protein, were tailored to facilitate direct expression of plasmic clones, and the large fraction of positive clones obtained, revealed the presence of isogenic variation.
(5) The results show that such resin leads to an increase in haematic glucose, accompanied by a reduction in plasmic IRI and an increase in ammonia levels.
(6) It was noted that prolonged use of the antibiotics for 10 to 12 days inhibited proliferation of the plasmic cells, the inhibitory effect of tetracycline being more pronounced.
(7) The effect of triterpen glycosides, such as cauloside C from Caulophyllum robustum, stichoposide A from Stichopus japonicus S and the asaponine from Thea sinensis L on permeability of the plasmic membranes for amino acids was studied.
(8) The greatly reduced binding of [3H] diethylstilboestrol to the 4 S plasma plasmic receptor in the Müllerian duct (precursor of the uterus) of 20-day-old foetuses.
(9) In case of treatment with INH and R-AMP the plasmic half-life of rifampicin would be longer in rapid acetylizers than in slow ones.
(10) Plasmic membrane damage of human platelets was evidenced by the release of entrapped alpha-[14C]aminoisobutyric acid used as a cytoplasmic marker.
(11) geometrical properties of perikarya, staining intensities of cell compartments and nucleo-plasmic area-ratio) including pyramidal (Golgi-category I) and non-pyramidal (Golgi-category II) neurons.
(12) In apparently recent lesions astrocytes displayed cyto-plasmic oedema but otherwise were still fairly normal.
(13) The specific binding of an antiestrogen tamoxifen to receptors of estradiol of target cells plasmic membranes of the human endometrium was studied in some hyperplastic processes.
(14) Phospholipid methylation is involved during plasmic membrane stimulation.
(15) Our findings indicate that plasmic degradation of soluble fibrin polymers in plasma may be an important source of fragment DD during thrombolytic therapy.
(16) The cytosole of hepatocytes and the blood serum of adult testosterone-treated rats activated the Na,K-ATPase of isolated plasmic membranes of hepatocytes of adult and old intact rats.
(17) The energetic consequences of acute and chronic adjustments of two primary-active transport processes, Na-K transport across plasma(sarco) lemma and Ca transport across the endo(sarco)plasmic-reticular membrane, are illustrated.
(18) Experiments on adult (6-8-month-old and 26-28-month-old) Wistar rats revealed the hyperpolarization of plasmic membranes and activation of Na,K-ATPase of adrenocorticocytes in animals of both age groups and of hepatocytes of adult rats.
(19) Immunochemically, there was detected luminescence of IgE on the basal membranes of the mucous glands, on the basal membranes of the mucosa, as well as in lymphoid, plasmic, and mast cells infiltrating the mucosa.
(20) On sodium dodecyl sulfate-polyacrylamide gel electrophoresis (SDS-PAGE) run according to the method of Laemmli, we noticed two gamma chain species in fibrinogen and its plasmic fragments D1 and D2, consisting of a normal species and an apparently lower molecular weight (mol wt) variant in respective fractions.
Plasmin
Definition:
(n.) A proteid body, separated by some physiologists from blood plasma. It is probably identical with fibrinogen.
Example Sentences:
(1) Increased plasmin activity was associated with advancing stage of lactation and older cows after appropriate adjustments were made for the effects of milk yield and SCC.
(2) Lp(a) also complexes to plasmin-fibrinogen digests, and binding increases in proportion to the time of plasmin-induced fibrinogen degradation.
(3) Plasmin-alpha 2-antiplasmin complex was not detected in any of the subjects after venous occlusion.
(4) Zona pellucida solubility, plasminogen activator production, and plasminogen conversion to plasmin increased as embryonic stage advanced; however, plasminogen activator production and plasmin conversion to plasmin were poorly correlated with zona pellucida solubility.
(5) In the alpha 2M-thrombin, alpha 2M-plasmin, and alpha 2M-trypsin complexes, approximately 50%, 60%, and 75% of the subunits are cleaved, respectively.
(6) In testing the hypothesis that Lp(a) can competitively inhibit plasma clot lysis mediated by plasmin, the present study shows that Lp(a) significantly enhanced plasma clot lysis mediated by streptokinase or t-PA.
(7) The activity was not due to plasmin, contact activation, or coagulation factors, since it was fully generated in plasminogen-depleted, factors XII, XI, VII deficient, and prekallikrein-deficient plasmas.
(8) We present evidence that over-expression of human plasminogen, the precursor to the serine protease plasmin, can be cytotoxic to mammalian cells.
(9) These plasmin-cleaved peptides are derived from the COOH terminus of C2b, and they induce the contraction of estrous rat uterus.
(10) One factor that may influence the lipid deposition is immobilization of part of the LDL in lesions, and an immobilized fraction can be released by incubation with the fibrinolytic enzyme, plasmin, suggesting that it is associated with fibrin.
(11) The MTX peptides were not hydrolyzed by a variety of proteolytic enzymes (e.g., trypsin, plasmin, urokinase, aminopeptidase).
(12) Plasmin and elastase may play mutual roles in thrombolysis, inflammation, and tumour invasion and metastasis.
(13) In addition to generating a chemotactic factor, plasmin destroys the complement-associated chemotactic factor that is a trimolecular complex consisting of the fifth (C'5), sixth (C'6), and seventh (C'7) components of complement.
(14) These results suggest that simultaneous measurements of XDP and plasmin-alpha 2PI complex in plasma would be valuable for the pharmacological or hemostatic assessment of thrombolytic therapy.
(15) The difference in the activator activities of plasmins from various animal sources in complex with streptokinase therefore might be due to the difference in the compositions of light chains of plasmins.
(16) The human alpha 2-plasmin inhibitor gene (PLI) was mapped by in situ hybridization using a genomic DNA probe which contained exons coding for the signal peptide and a portion of the mature protein.
(17) Kinetics during the phase of maximal and constant plasmin formation were not influenced by plasmin pretreatment of FCB-2.
(18) VN associated with the ECM may confer retention and bioactivity to PAI-1, potentially facilitating both pericellular regulation of plasmin generation and the rapid hepatic clearance of plasminogen activators.
(19) Urokinase first cleaves an internal peptide bond in plasminogen, leading to two-chain disulfide-linked plasmin molecule.
(20) During the operation and the postoperative period various hemorheological and hemostasiological alterations acquire clinical significance: 1. hyperreagibility of platelets with increased aggregation and adhesion tendency 2. changes in fibrinogen, albumin, and globulin concentrations, which affect viscosity and red cell aggregation 3. impairment of red cell deformability 4. increase in clotting factors 5. disturbance of fibrinolysis characterized by diminution of plasmatic plasmin and increase in antiplasmin activity In addition, anesthetic techniques have also been shown to affect hemorheological and hemostasiological parameters.