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Acetophenazine Chlorpromazine Chlorprothixene Fluphenazine Haloperidol Loxapine Mesoridazine Molindone Olanzapine + fluoxetine Perphenazine Pimozide Prochlorperazine Promazine Thioridazine Thiothixene Trifluoperazine Triflupromazine FIRST GENERATION Tindal ; * Thorazine ; 75 mg Taractin ; * Prolixin, Permitil ; 4 mg Haldol ; 2 mg Loxitane ; 10 mg Serentil ; * Moban ; 10 mg Symbyax ; * Trilafon ; 8 mg Orap ; * Compazine ; * Sparine ; * Mellaril ; 75 mg Navane ; 7 mg Stelazine ; 8 mg Vesprin ; * SECOND GENERATION Aripiprazole Abilify ; 10 mg Clozapine Clozaril ; 50 mg Olanzapine Zyprexa, Zyprexa Zydis ; 7.5 mg Quetiapine Seroquel ; 150 mg Risperidone Risperdal, Risperdal Consta & M-Tab ; 2 mg Ziprasidone Geodon ; * OTHER: Federal Guidance does not provide specific doses for this medication. * * Not customarily used for the treatment of behavioral symptoms.
M1 is located 12 mm rostral to the short, shallow central sulcus in squirrel monkeys Fig. 1, also see Figs. 2, 3, 6 ; . Traditionally, M1 has been defined by its overall somatotopic pattern of evoked movements at low threshold of current and by its agranular cytoarchitectonic appearance with large pyramidal cells in layer V Gould et al., 1986; Donoghue et al., 1992; Stepniewska et al., 1993; Preuss et al., 1996 ; . In the present study, M1 was delineated by noting elevation of thresholds for evoked movements in cortex rostral and caudal to it. In addition, the cytoarchitecture of the region defined as M1 was examined in coronal brain sections in every case, and at least the bulk of the region physiologically defined as M1 was clearly agranular M1. The major somatotopic organization of M1 is apparent from the representative map of one of the normal squirrel monkeys shown in Figure 1. The map corresponds to a surface view of cortex just rostral to the central sulcus, with electrode penetrations marked. Next to each penetration, the threshold level of current and the movement evoked from the site at threshold are given. Results from our second normal squirrel monkey not!
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User training impact of cochrane evidence home cochrane eviews the cochrane library news events training resources for healthcare users about us full text press releases user training the organization evidence-based healthcare support review groups & centres press & background docs get involved administrative resources browse free summaries about cochrane reviews introduction their impact review groups get involved newsroom new reviews newsletters opportunities discussion lists calendars colloquia workshops training homepage for cochrane library users for authors & rgcs for handsearchers & tscs the consumer network consumer roles getting involved trifluoperazine for schizophrenia marques lo, lima ms, soares bgo this is a cochrane review abstract and plain language summary, prepared and maintained by the cochrane collaboration.
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270. 4 . Chafouleas, J . G., J . R. Dedman, R. P. Munjaal, and A. R. Means. 1979 . Calmodulindevelopment and application of a sensitive radioimmunoassay . J. Biol Chem. 254: 1026210267. 5 . Cheung, W. Y . 1970. Cyclic 3', 5'-nucleotide phosphodiesterase. Demonstration of an activator. Biochem. Biophys. Res. Commun . 38: 533-538 . 6. Cheung, W. Y . 1980 . Calmodulin plays a pivotal role in cellular regulation. Science Wash. D. C. ; . 207 : 19-27 . 7. Cheung, W . Y ., L Bradham, T . J . Lynch, Y. M . Lin, and E . A Tallant . 1975. Protein activator of bovine or rat brain also activates its adenylate cyclase . Biochem. Biophys. Res. Commun. 66 : 1055-1062. 8 . Dabrowska, R., J . M. F. Sherry, D . K . Aromatorio, and D . J. Hartshorne. 1978 . Modulator protein as a component of the myosin light chain kinase from chicken gizzard . Biochemistry. 17 : 253-258. 9 . Dedman, J. R ., J . Fakunding, and A. R. Means. 1977 . In Hormone Action and Molecular Endocrinology Workshop . B. W. O'Malley and W . T Schrader, editors. The Endocrine Society, Bethesda, Md. 10 . Dedman, J . R ., J. Potter, R. L . Jackson, J. D . Johnson, and A . R Means. 1977 . Physicochemica l properties of rat testes Cap'-dependent regulator protein of cyclic nucleotide phosphodiesterase . Relationship of Ca"-binding, conformational changes, and phosphodiesterase activity. J. Biol Chem. 252 : 8415-8422. 11 . Dedman, J . R., M. J . Welsh, and A. R. Means . 1978. Ca'-dependent regulator . Production and characterization of a monospecific antibody. J. Biol. Chem. 252 : 7515-7521 . 12 . DeLorenzo, R. J ., S . Freeman, W . B . Yohe, and S. C. Maurer. 1979. Stimulation of Ca'-dependent neurotransmitter release and presynaptic nerve terminal protein phosphorylation by calmodulin and a calmodulin-like protein isolated from synaptic vesicles. Proc . Nail. Acad Sci. U. S. A. 1838-1842. 13 . Dryl, S . 1959 . Effects of adaptation to environment on chemotaxis of Paramecium caudatum. Acta Biol Exp. Warsaw ; 19 : 83-93 . 14 . Gitelman, S. E. and G . B Witman . 1980. Purification ofcalmodulin from Chlamydomonas: Calmodulin occurs in cell bodies and flagella. J. Cell Biol. 87 : 764-770 . 15. Jamieson, G ., T . Vanaman, and J . Blum. 1979 . Presence of calmodulin in Teirahymena. Proc. Nail. Acad. Sci. U. S. A 76: 6471-6475 . 16. Kakiuchi, S., R . Yamazaki, and H . Nakajima. 1970. Properties of a heat-stable phosphodiesterase activating factor isolated from brain extract . Studies on cyclic 3', 5'-nucleotide phosphodiesterase . II . Proc. Jpn . Acad. 46 : 587-592 . 17 . Kretsinger, R . H. 1980. Structure and evolution of calcium-modulated proteins. Crit. Rev . Biochem. 8 2 ; : 119-189. 18. Kumagai, H., E . Nishida, K. Ishiguro, and H. Murofushi. 1980. Isolation of calmodulin from the protozoan, Tetrahymena pyriformis, by use of a tubulin-sepharose 4B affinity column. J. Biochem. Tokyo ; . 87: 667-670 . 19 . Laemmh, U . K. 1970. Cleavage of structural proteins during the assembly of the head of IS cteriophage T4. Nature Loud. ; 227 : 680-685 . 20. Larsen, F. L ., and F. F . Vincenzi . 1979. Calcium transport across the plasma membrane: stimulation by calmodulin . Science Wash. D. C ; . 240: 306-309. 21 . Levin, R . M ., and B. Weiss . 1976 . Mechanism by which psychotropic drugs inhibit adenosine cyclic 3', 5'-monophosphate phosphodiesterase of brain . Mol Pharmacol. 12: 581-589. 22. Levin, R. M., and B. Weiss . 1978 . Specificity of the binding of trifluoperazine to the calcium-dependent activator of phosphodiesterase and to a series of other calcium-binding proteins . Biochim . Biophys. Acta. 540: 197-204 . 23 . Maible, N . J., and B . H. Satin 1979. Indirect immunofluorescent localization of calmodulin in Paramecium letraurelia. J. Protozool. 26 18 ; : 24. Maible, N . J ., and B. H. Satir . 1980 . Calmodulin in the ciliates Paramecium teiraureha and Tetrahymena thermophila. Ann . N. Y. Acad. Sci. 356: 408-412 . 25 . Marcum, J . M., J . R. Dedman, B . R . Brinkley, and A. R. Means. 1978 . Control of microtubule assembly-disassembly by calcium-dependent regulator protein . Proc. Nail. Acad. Sci. U. S. A 3771-3775 . 26. Means, A . R., and J . R. Dedman. 1980. Calmodulin-an intracellular calcium receptor . Nature Land. ; . 285 : 73-77. 27 . Nagao, S., Y . Suzuki, Y . Watanabe, and Y. Nozawa . 1979. Activation by a calciumbinding protein of guanylate cyclase in Tetrahymena pyriformis. Biochem. Biophys. Res. Comm. 90: 261-268 . 28 . Naitoh, Y ., and H . Kaneko . 1972 . Reactivated triton-extracted models of Paramecium: modification of ciliary movement by calcium ions . Science Wash . D C. ; 176: 523-524 29 . Nakazawa, K ., H. Shimonaka, S . Nagao, S. Kudo, and Y. Nazawa . 1979 . Magnesiumsensitive guanylate cyclase and its endogenous activating factor in Tetrahymena pyriformis. J. Biochem. Tokyo ; . 86: 321-324 . 30. Reed, W., and P . Satin 1980 . Calmodulin in mussel gill epithelial cells . Ann. N. Y. Acad. Sci. 356: 423-426 . 31 . Salisbury, J . L ., J Condeelis, and P . Satir. 1980 . The role of coated vesicles, microfilaments and calmodulin in receptor mediated endocytosis by cultured B lymphoblastoid cells . J. Cell Biol 87 : 132-141 Satir, B. H., R . Garofalo, D . Gilligan, and N . J. Maible . 1981 . Possible functions of 32 calmodulin in protozoa . Ann. N. Y. Acad. Sci. 356: 83-93 . 33 . Satir, B . H ., and S. G . Oberg. 1978. Paramecium fusion rosettes: possible function as Ca p gates . Science Wash. D. C 199 : 536-538 ; . 34 Satir, B . H., W . S . Sale, and P . Satir. 1976. Membrane renewal after dibucaine deciliation of Tetrahymena. Freeze-fracture technique, cilia, membrane structure . Exp. Cell Res. 97 : 83-91 . 35 . Soldo, A . T., G . A . Godoy, and W. J. van Wagtendonk . 1966. Growth of particle-bearing and particle-free Paramecium aurelia in axenic culture . J. Protozool 13: 492-497 . 36 . Suzuki, Y ., T. Hirabayashi, and Y . Watanabe . 1979 . Isolation and electrophorectic properties of a calcium-binding protein from the ciliate Tetrahymena pyriformis. Biochem. Biophys. Res. Comm. 90 : 253-260 Wang, J . H ., and D. M . Waisman . 1979 . Calmodulin and its role in the second-messenger 37 system . Curr. Top . Cell. Regul. 15 : 47-107 . 38. Watterson, D . M ., W. Harrelson, P. Keller, F . Sharief, and T. Vanaman . 1979. Structural similarities between the Ca"-dependent regulatory proteins of 3': 5'-cyclic nucleotide phosphodiesterase and actomyosin ATPase . J. Biol Chem . 251 : 4501-4513 . 39. Welsh, M . J ., J Dedman, B . R. Brinkley, and A. R. Means . 1978 . Calcium-dependen t regulator protein: localization in mitotic apparatus of eukaryotic cells . Proc. Nail. Acad. Sci. U. S. A 75: 1867-1871 . 40. Welsh, M . J ., 1 Dedman, B. R. Brinkley, and A . R Means . 1979 . Tubuli n and calmodulin. Effects of microtubule and microfilamenl inhibitors on local ization in the mitotic spindle apparatus . J Cell Biol. 81 : 624-634. 41 . Yagi, K ., M. Yazawa, S. Kakiuchi, M . Ohshima, and K . Uenishi. 1978 . Identification of an activator protein for myosin light chain kinase as the Ca"-dependent modulator protein . J. Biol. Chem . 253: 1338-1340 and trihexyphenidyl.
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Technology, Beverly, MA ; . Membranes were then stripped and incubated with anti-Akt antibody Cell signaling Technology, Beverly, MA ; to estimate the levels of Akt. Cytochrome c and Smac Diablo release. Cells were permeabilized with digitonin 40g ml ; in 0.5 ml of intracellular medium composed of 120 mM KCl, 10 mM NaCl, 1 mM KH2PO4, 20 mM Hepes-Tris, pH 7.2, supplemented with 1 g ml each of antipain, leupeptin and pepstatin for 15 min. Upon centrifugation at 14.000 x g the supernatant and the mitochondria-containing pellet were resolved by SDS PAGE 15% gels ; . Proteins were transferred to nitrocellulose, and the blots were incubated with anti-cytochrome c antibody Pharmingen ; , and anti-Smac Diablo antibody Calbiochem ; followed by ECL-based detection. To monitor specificity of cytochrome c and Smac Diablo release parallel aliquots were immunobloted with human monoclonal antibody anticytochrome c oxidase subunit II Molecular Probes ; . Caspase activation. Cytosolic extracts were used to measure caspase 3 activity from the release of 7-amino-4-trifluoromethyl coumarin from Ac-DEVD-AMC and fluorescence was continuously.
Glutethimide, an inhibitor of cholesterol side-chain cleavage. The time course of calmidazolium-stimulated steroidogenesis is similar to that for LH Janszen et al., 1976 ; , which is suggestive of a common mechanism of action. The stimulatory action of calmidazolium is probably not due to the inhibition of calmodulin, because another commonly used calmodulin inhibitor, trifluoperazine, did not stimulate testosterone production. However, it has recently been demonstrated, although not discussed in that paper, that low concentrations of trifluoperazine increased progesterone production stimulated by human chorionic gonadotropin and by cyclic AMP in mouse Leydig tumour cells MA- IO ; , and also by itself increased cholesterol synthesis de novo Nagy & Freeman, 1990 ; . These findings suggest that the use of calmidazolium and trifluoperazine to infer calmodulin involvement in the positive regulation of steroidogenesis should be made with caution. Calmidazolium is chemically related to the imidazole fungicides isoconazole, miconazole and econazole. These compounds have been shown to inhibit testosterone production in Leydig cells. The inhibition was shown to occur over equivalent concentrations to those at which calmidazolium stimulated testosterone production, but no stimulation was reported Schulrmeyer & Nieschlag, 1984 ; . Therefore it would appear that the stimulation of steroidogenesis is not a common property of these compounds. It is concluded from the present study that calmidazolium, the commonly used calmodulin inhibitor, has a potent stimulatory effect on steroidogenesis. The levels of stimulation are similar to those obtained with LH and are not mediated by cyclic AMP. Unlike the stimulation of steroidogenesis with LH or cyclic AMP analogues, there are no requirements for extracellular Ca2l and protein synthesis. Calmidazolium is therefore a potentially important probe for the further elucidation of the mechanisms which regulate steroidogenesis. Also, the use of calmidazolium as a specific calmodulin inhibitor in whole-cell studies, especially in relation to steroidogenesis, should be re-evaluated and trimethobenzamide.
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Article appraised Mayer SA, Brun NC, Begtrup K, et al. Recombinant activated factor VII for acute intracerebral hemorrhage. N Engl J Med 2005; 352: 77785. Structured abstract Question: In patients with acute intracerebral hemorrhage ICH ; , can recombinant factor VIIa rFVIIa ; reduce hematoma growth and improve clinical outcomes? Design: Multicentre, randomized, double-blind, placebo-controlled trial of three different doses of rFVIIa. Setting: Seventy-three hospitals in 20 countries. Patients: Three hundred and ninety-nine patients with computed tomographic CT ; scan-documented ICH within three hours of the onset of symptoms. Exclusion criteria included pregnancy; Glasgow Coma Scale score 2; planned surgical evacuation within 24 hr; hemorrhage secondary to aneurysm, arteriovenous malformation, or trauma; use of oral anticoagulants; thrombocytopenia; preexisting coagulopathy or disseminated intravascular coagulation; crush injury; acute sepsis; a preexisting neurologic disability; or any history of symptomatic thrombotic or vaso-occlusive disease. Baseline characteristics were similar between groups. Intervention: One hundred and eight, 92, and 103 patients were allocated to receive a single dose of 40 gkg1, 80 gkg1, or 160 gkg1 rFVIIa respectively. Ninety-six patients were allocated to receive a placebo equivalent. The intervention was given within one hour of baseline CT, and no later than four hours after the onset of symptoms. Main outcomes: The primary outcome was the percentage change in the volume of ICH from baseline to 24 hr scan as analyzed by two neuroradiologists blinded to allocation. Secondary outcomes included the percentage change in volume of ICH from baseline to 72 hr, and scores from the Glasgow Coma Scale, the National Institutes of Health Stroke.
Females of both species showed a clear preference for mating calls of R. lessonae males. This was true whether we used first choice Fig. 5b ; or time in the loudspeaker sector Fig. 5c ; as a measure for preference. The preference of female R. lessonae for conspecific males is not surprising; but what makes R. esculenta females prefer R. lessonae males over their own? One possible explanation is that the hybrid inherits the preference with the L genome from the parental species. Another possibility is that the preference reflects a pre-existing sensory bias in females that originally evolved for reasons other than sexual selection Ryan & Rand 1993b; Ryan 1997 ; . In a review of over 150 studies of mate choice, Ryan & Keddy-Hector 1992 ; found that female preferences are regularly biased towards traits of greater quantity, which elicit greater sensory stimulation. In terms of acoustics, the preferred traits include louder calls, higher repetition rates and larger repertoires. Since calls of LL males are longer and contain more pulse groups Fig. 4 ; than those of RL males, they may have transmitted more energy and, hence, better stimulated the female for purely mechanistic reasons. However, to test these ideas, we need further experiments that also consider the fact that under natural conditions R. esculenta males often call louder than R. lessonae, which might improve the stimulation properties of hybrid vocalization. The fact that choice experiments with R. lessonae females failed in 1998 see Results ; is probably best explained by insufficient reproductive motivation in that year. It is true that in 1998 the body condition index, used as a measure for presence of ripe eggs and readiness to mate, was the same for R. lessonae and R. esculenta 1.04 and 1.06, respectively but R. lessonae seems to be more susceptible to experimental stress. Previous experiments required many more R. lessonae than R. esculenta to demonstrate female choice Engeler 1994 ; and some tests even had to be restricted to hybrid females because R. lessonae tended to panic in the experimental situation and trimethoprim.
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All experiments were carried out on transverse slices of the rat hippocampus Wistar strain; body weight, 70-150 g ; . The brains were rapidly removed after decapitation and placed in cold oxygenated 95% 02-5% C02 ; media. Slices were cut at a thickness of 350 , um using a Campden vibroslice, and placed in a holding chamber containing oxygenated media at room temperature 20-22 00 ; . The slices were then transferred as required to a recording chamber for submerged slices and continuously superfused at a rate of 5 ml min-' at 30-32 0C and trimipramine.
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Impossible. For treatment of acute sympiomatology or in patients unable or unwillingiotake oral medication. the usualdose 1s4 mg of Navane Intramuscular administered 2 to 4 times daily. Dosage may he increased or decreased depending on response. Most patients are controlled on a total daily dosage of 6 to mg. The maximum recommended dosage is 30 mg day. An oral form should supplant the injectable form as soon as possible. It may he necessary to adjust the dosage when changing from the intramuscular to oral dosage forms. Dosage recommendations for Navane thiothixene ; Capsules and Concentrate appear in the following paragraphs. Nasan, Capsules: Nm-one ConcentrateIn milder conditions. an initial dose of 2 mg three times daily. Ifindicated. a subsequent increase to 5 mg day total daily dose is often effective. In more severe conditions. an initial dose of 5 mg twice daily. The usual optimal dose is 20 to mg daily. If indicated. an increase to 60 mg day total daily dose is often effective. Exceeding a total daily dose of 60 mg rarely increases the beneficial response. Overdosage. Manifestations include musculartwitching. drowsiness. and dizziness. Symptoms of gross overdosage may include CNSdepression. rigidity. weakness. torticottis. tremor. salivation. dysphagia. hypotension. disturbances ofgaii. or coma. Treatment: Essentially symptomatic and supportive. ForNavane oral. early gasini.' usage is helpful. For Navane oral and Intramuscular. and maintain an open airway. since involvement of the extrapyramidal system may produce dysphagia and respiratory difficulty in severe overdosage. If hypotension OCcurs. the standard measures for managing circulatory shock should he used IV. fluids and or va.soconstrictors ; . If a vasoconstrictor is needed, levarterenot and phenylephrine are the most suitable drugs. Other pressor agents. including epinephrine. are not recommended. since phenothiazine derivativesmay reversethe usualpressor action ofihese agents and cause further towering of t# stood pressure. IfCNS depression is present. recommended stimulants include amphetamine. dextroamphetamine. or caffeine and sodium henzoate. Stimulants that may cause convulsions e.g. picrotoxin or pentylenetetrazol ; should he avoided. Extrapyrantidal symptoms may he treated with antiparkinson drugs. There are no data on the use of peritoneal or hemodiatysis. but they are known to be oftittle value in phenothiazine intoxication. How Supplied. Navane thiothixene ; is available as capsules containing I mg. 2 mg. S mg and 10 mgofthiothixene in bottles of tOO. I .000. and unit-dose pack of lOOt 10 x I Navane isalso available as capsules containing 20 mg ofthiothixene in bottles of tOO. 500. and unit-dose pack of lOOi 0 x lOs ; . Navane thiothixenc hydrochloride ; Concentrate is available in 120 mt 4 oi. ; bottles with an accompanyingdroppercalibrated at 2 mg.4 mg.5 mg.6mg.8 mg.and tOmg.andin3Oml toz. ; bottles with an accompanying dropper calibrated at 2 mg. 4 mg. and 5 mg. Each ml contains thiothisene hydrochloride equivalent to 5 mg ofthiothixene. Contains alcohol. U.S.P. 7.0% v v small loss unavoidable ; . Navane thiothixene hydrochloride ; Intramuscular solution is available in a 2 amherglass vial in packagesof tO vials. Each ml containsihiothixene hydrochloride equivalentlit 2 mg of thiothixene. dextrose q. w v. henzyl alcohol O.9 w v, and propyl gallate 0.02% w v. Navane thiothixene hydrochloride ; lntramuscularFor Injection is available in amber glass vials in packages of tO vials. When reconstituted with 2.2 ml of Sterile Water for Injection. each ml contains thiothixene hydrochloride equivatentin 5 mg of thiothixene. and 59.6 mg of mannitol. The reconstituted solution of Navane Intramuscular For Injection may he stored for 48 hours at room temperature before discarding. References: I . Stotsky BA: Relative efficacy of parenteral halopendol andthiothixene fortheemergencytreatment of acutely excited andagitatedpatients. DisNervSysi 38: 967-973. December 1977. 2. Brauzer B. Goldstein Bi: Comparative effects of intramuscular thiolhixene and trifluoperazine in psychotic patients. J Cli Pharmueol 8: 400-403. November-December 968. 3. Galant DM. Bishop MP. Bishop C. ci at: Thiothixene: A controlled evaluation of the intramuscular antipsychotic preparation. Curr TherRe.c 10: 561-565. Novemher 1968 and triptorelin.
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Thyroid hormone's physiological role in the skin is not well understood, but there is mounting evidence that triiodothyronine T3 ; plays an important role in epidermal proliferation. Joshua D. Safer, M.D., of the Boston University.
Fold difference in affinity 70 G M and 20 nM, respectively 10 .Theseinteractions between calmodulin-Cap and its targets are inhibited by phenothiazines, such as trifluoperazine, which compete with targets for binding to calmodulinCae 11 ; . Calcium-dependent calmodulin binding to unidentified targets has been reported in several membrane preparations including synaptic vesicles 7, 12 ; andsecretory granules 8, 13 ; . High affinity calmodulin-target interactions inthe absence of calcium have been reported. In the absence of calcium lo-' M ; , the adenylate cyclase of Bordetella pertussis is stimulated by calmodulin with a KA 2.4 x loe8 M 14 ; . While the sensitivity of this enzyme to calmodulin increases in the presence of calcium, its high affinity activity in the absence of calcium implies a physiological role for this calmodulin cyclase interaction. Calmodulin is apermanently associated subunit of phosphorylase kinase. Trifluoperazine has little inhibitory effect on the calcium-dependent kinase activity of this kinase 15, 16 ; . Calmodulin is bound to a 110, 000-dalton protein from intestinal cytoskeleton in the presence or absence of calcium but is dissociated by phenothiazine 17 ; . Calmodulin is associated with gap junctions in the absence of calcium 18 ; . There are several reports of a minor calcium-independent component in studiesof the binding of 'Z51-calmodulin secretory membranes, but a specific to interaction has been demonstrated in only one case. Geisow and Burgoyne 19 ; report a saturable, high affinity K D 31 calmodulin-binding sitein chromaffin granule membranes which is seen at less than M Ca2 + but disappears M. when Ca` + is raised to The present experiments demonstrate calmodulin on the outside surface of synaptic vesicles extensively purified in the presence of EGTA.' Unlike the calmodulin-binding site described in the accompanying paper 12 ; , this association of calmodulin with vesicles is entirely calcium-independent and trizivir.
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