formation of salicyluric acid?
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IngentaConnect Amidation of Salicyluric Acid and Gentisuric Acid: A...\nTwo known metabolites of aspirin, salicyluric acid and gentisuric acid, are also substrates for PAM, leading to the formation of salicylamide...\nhttp://api.ingentaconnect.com/content/ap/bb/2000/00000383/00000001/art02047 \n\n \nIngentaConnect Salicylate Metabolites Inhibit...\n...acid (2,5-dihydroxybenzoic acid; 10-100 M) and salicyl-coenzyme A (100 M), the intermediate product in the formation of salicyluric acid...\nhttp://api.ingentaconnect.com/content/ap/rc/2000/00000274/00000001/art03123 \n\n \nAmidation of salicyluric acid and gentisuric acid: a possible role...\nTwo known metabolites of aspirin, salicyluric acid and gentisuric acid, are also substrates for PAM, leading to the formation of...\nhttp://www.pdg.cnb.uam.es/UniPub/iHOP/gp/8611596.html \n\n \nDepletion of plasma glycine and effect of glycine by mouth on...\n5. The data suggest that exogenous glycine increases the rate of formation of salicyluric acid in salicylate overdose.\nhttp://www.sodbrennen-welt.de/science/1990/1990_2271231.htm \n\n \nClinical pharmacokinetics of aspirin\nThe two major pathways of salicylate elimination, i.e., formation of salicyluric acid and salicyl phenolic glucuronide, become saturated at...\nhttp://www.sodbrennen-welt.de/science/1978/1978_724339.htm \n\n \nsalicylate intoxication \nThe biotransformation pathways concerned with the formation of salicyluric acid and salicylphenolic glucuronide are saturable, a fact...\nhttp://www.angelfire.com/md2/usmle/pharm/id19.htm \n\n \nPhenols, Phenolic acids Phenolic compounds : by Ray Sahelian, M.D.\n...glucuronide formation (to produce salicyluric acid), and salicyl phenolic glucoronide), conjugation with glycine (to produce salicyluric acid...\nhttp://www.raysahelian.com/phenolic.html \n\n \nAspirin Intoxication\nWith toxic levels - less protein bound , salicyluric acid formation becomes saturated - more drug reaches tissues = Harm...\nhttp://intmedweb.wfubmc.edu/blurbs/toxicity/aspirinintox.html \n\n \nAcetylsalicylic acid (PIM 006)\n...becomes longer (15-30 hours) because the biotransformation pathways concerned with the formation of salicyluric acid and salicyl phenolic...\nhttp://www.inchem.org/documents/pims/pharm/aspirin.htm \n\n \n119. Methyl salicylate (FAO Nutrition Meetings Report Series 44a)\n...before hydrolysis, and as other metabolites, e.g. salicyluric acid (Williams, 1959). Acute ... Excess cancellous bone formation was seen at the...\nhttp://www.inchem.org/documents/jecfa/jecmono/v44aje28.htm \n\n \nResult Page:    1   2   3   4   5   6   7   8   9      Next
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When acid and base are mixed nutralization reactions occur.\nThe equation is:\nAcid + Base ----> Salt + Water\n\nNow the chemical formula depends upon which acid and which base you are going to ues, Let you are using Acid as HCl and Base as NaOH then the chemical formula will be:\nHCl+NaOH-->\nNaCl(Salt)+water(H2O)
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G.W. Jr. Shipps, U.P. Spitz, J. Jr. Rebek, Solution-Phase Generation of Tetraurea Libraries, Bioorganic & Medicinal Chemistry \nfound at the site... \nhttp://www1.elsevier.com/cdweb/journals/09680896/viewer.htt?viewtype=keywords&rangeselected=32\n\nlooks like fun stuff :) don't inhale
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Most acids form ions in solutions by _protolysis_ (transferring a hydrogen ion to the solvent), and most bases form ions in solution by disassociation (if they contain OH-ions) or by accepting a hydrogen ion from the solvent.\n\nExample: Na3PO4 + H2O --> 3 Na+ +HPO4(2-) + OH-
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http://www.sbuniv.edu/~ggray/CHE3345/chp14.html\nhttp://web.odu.edu/sci/tisenhou/chem321/chap12/index.htm\n\nbest luck
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Aspirin has been around for a long time. \n\nThe precursor to asprin was willow tree bark. Hippocrates, a Greek physician, wrote in the 5th century BC about a bitter powder extracted from willow bark that could ease aches and pains and reduce fevers.\n\nIn 1853, a French chemist named Charles Frederic Gerhardt neutralized salicylic acid by buffering it with sodium (sodium salicylate) and acetyl chloride, creating acetosalicylic anhydride.  This is modern asprin.
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Bleach\nsodium hyporchlorite has HCL in it\nMuritic acid
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I entered that into the Sigma site and it suggested that maybe I meant muramic acid.  And you can find an FT-IR spectrum on their site.  I really just suggest going to various chemical supply websites and looking at their information.  There are as many spectra as their are ways of testing for the presence of that acid.
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its solitaric acid.....its metabolism....\ncheck out the site listed!
20013
It's called Chlorostannic Acid, and it usually results from a mixture of hydrochloric acid reacting with tin(IV)chloide. \nThe name comes just from looking at the compound:\nCl=chloro\nSn=Stannic/stannous\nH=acid\n\nI Hope you find this answer useful. :)
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G E R A N Y L GERANIOL has been proposed by some\nauthors as an intermediate in the biosynthesis of di- and\ntricyclic diterpenes.\n\nAccording to Wagner and Jaureg  and Kuhn and\nGrundmann  it would be transformed into phytol by\nhydrogenation and into lycopene and other carotenoids\nby dehydration and dimerization. Ruzicka suggested \nthat geranyl geraniol and geranyl linalool might be the\nprecursors of the di- and tricyclic diterpenes respectively ;\nbut although geranyl linalool has been isolated, together\nwith phytol and isophytol, from jasmine essential oil by\nDemole and Lederer , these authors were unable to\nisolate geranyl geraniol from the same source, probably\nbecause it is rapidly metabolized.\nAccording to some recent work of Costes , geranyl\ngeraniol and geranyl linalool are precursors of carotene\nand lutein. Stobbe  has proposed geranyl geraniol as\nan intermediate in the biosynthesis of vitamin Kz.\nPopjak  has found, by gas-liquid chromatography\nof the unsaponifiable fraction of liver homogenate incubated\nwith ~~-mevalonate-2-"C, two peaks with the\nretention volumes expected for geranyl linalool and\ngeranyl geraniol. These were minor constituents of a\nmixture consisting predominantly of nerolidol, alltrans\nfarnesol, methyl allyl alcohol, linalool, nerol, and\ngeraniol.\nGeranyl geraniol has, to our knowledge, never been\nisolated from natural sources and fully characterized although\nit has been shown to be synthesized by cell-free\nenzyme systems . This article describes the isolation\nand identification of geranyl geraniol from the unsaponifiable\nfraction of linseed oil. We have also obtained\nit from the corresponding fraction of peanut oil.\n\nFor the separation of the unsaponifiable fraction, an\nItalian linseed oil was utilized. For comparison, samples\nof phytol and farnesol were purchased from British Drug\nHouses (Poole, England) and Fluka A.G. (Basel,\nSwitzerland).\nColumn Chromatography. Alumina (Activity 111) in\npetroleum ether (bp 60-80°C) was used to fractionate\nthe unsaponifiable fraction, and silicic acid (Mallinckrodt\nChemical Company, St. Louis, Mo.) for the separation\nof phytol from geranyl geraniol. Details are given in\nResults. After separation, each fraction was recovered\nand weighed, and its composition was checked by TLC.\nFor thin-layer chromatography, 20 X 20 cm plates, 0.25\nmm thick, prepared with Silica Gel G (Merck & Co.,\nInc.) were used. Substances were detected by charring\nwith sulfuric acid or spraying with 2,7-dichlorofluorescein\n(sodium salt) in alcohol.\nGas liquid chromatography :\nBoth polar and nonpolar\ncolumns were used. The nonpolar coliiinn was used in a\nFractovap model C-AID/F chromatograph (Erba,\nMilan) with flame ionization dctcctor. It was 2 m X 4\nmm I.D. and contained SE-30 (methylpolysiloxy giiin,\nGeneral Electric), 1% on silanized Gas-Chrom P,\n100-200 mesh, at 190°C. The flash heater was at 250'C\nand the carrier gas was nitrogen, 40 ml/inin.\nThe polar coluinn, in a Fractovap model B with\nthermal conductivity detector, contained ethylene glycol\nsuccinate polyester, 20% on Chrornosorb W, 60-80\nmesh. Column, 210'C. Flash hcatcr, 250°C. Carrier gas.\nhelium, 4.5 liters/hr.\nInfrared spectra were recorded on a Perkin-Elmer\nInfracord apparatus.
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I dont know if this will help but here is a web site I found!\n\nhttp://www.biochemj.org/bj/119/0017/1190017.pdf
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Do you mean the molecular composition or macroscopic composition? There would be too much to post here so I suggest you visit the following\n\nhttp://users.rcn.com/jkimball.ma.ultranet/BiologyPages/B/Blood.html#formation
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Malic Acid occurs naturally in all fruits. It is generated during fruit metabolism. Malic Acid is naturally present in seventeen different fruits.\n\nwhite grape\nblackberry\nprickly pear\npear\nwatermelon\nnectarine\nlychee\napple\norange \nbanana\nstrawberry\ntomato\nmango\nkiwi\npeach\nred sour cherry\nraspberry\n\nCheck this site out\n\nhttp://www.bartek.ca/malic_acid.html\n\nyou can also buy malic acid powder to add drinks, etc. yourself or take supplements with malic acid in it.\n\nTry your local GNC or other vitamin and nutrition stores near you. Or you can find suplements on the web, like here:\nhttp://www.calibex.com/malic-acid/zzcalibex1zB1z0--search-html
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in water: a molecule of water will hyrdoyse the iron ion creating an iron hydroxide ion and a hydronium ion.  If the water is evaporate you still have the same compound except with some water trapped in the crystal structure.\n\nin ammonia: a co ordination complex is formed using 6 ammonia ligands [Fe(NH3)6]NO2\n\nAnd i don't actually know what would happen in hyrochloric acid
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acetyl salicylic acid
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It is a tetrahydrate of Iron III salicylate.  The structure can be found in the paper listed below: