oseltamivir phosphate,SOR?
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It is a very tough question you asked my dear friend and for this reason i think no one gave any answer yet. So i suggest you to put your question in google or yahoo search engine and you will get many links for your answer. Try the followings :\n\nhttp://www.google.co.uk/ \n\nhttp://search.yahoo.com/
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Hey my research topic also includes it. I use Smethyl thiourea for doing so. check out my site\nGoto projects and then goto view documents. there you will find various patents. goto oxadiazine synthesis patent
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adenosine tri-phosphate\n\nSignificance: http://en.wikipedia.org/wiki/Adenosine_triphosphate
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Check out this article:\nhttp://healthcare.monster.com/pharm/articles/pharmsales/
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If you have been using 200, you can't go back to the 6 - you shouldn't need the same rate of dosage for the 200 and shouldn't need it for so long. It may be a bit too strong and cause the symptoms you are trying to irradicate to appear. This isn't permanent though. I think you need to se a qualified homeopath. It could be that Phosphorus wasn't quite right in the first place which may be why the condition didn't clear up fully in the first place. Or it could be that you have moved into a different remedy picture.
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http://www.drugdigest.org/DD/DVH/Uses/0,3915,103|Soma,00.html
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No it's not.\n\nTry osmium.
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aminosalicylate\n\nDescription\n\nAminosalicylate sodium (a-mee-noe-sal-I-si-late soe-dee-um) belongs to the family of medicines called anti-infectives. It is used with other medicines, to help the body overcome tuberculosis (TB). It will not work for colds, flu, or other virus infections.\n\nTo help clear up your tuberculosis (TB) completely, you must keep taking this medicine for the full time of treatment, even if you begin to feel better. This is very important. It is also important that you do not miss any doses .\n\nAminosalicylate sodium is available only with your doctor's prescription, in the following dosage form: \n\nPrescription Medications\n\nAminosalicylate Medications (5-ASA)\n\n    * Sulfasalazine (Azulfidine)\n    * Mesalamine (Asacol, Pentasa)\n    * Balsalazide (Colazal)\n    * Olsalazine (Dipentum)\n    * Rectal administration forms (Rowasa enema, Canasa suppository) \n\nDescription\n\nAminosalicylate sodium (a-mee-noe-sal-I-si-late soe-dee-um) belongs to the family of medicines called anti-infectives. It is used with other medicines, to help the body overcome tuberculosis (TB). It will not work for colds, flu, or other virus infections.\n\nTo help clear up your tuberculosis (TB) completely, you must keep taking this medicine for the full time of treatment, even if you begin to feel better. This is very important. It is also important that you do not miss any doses.
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Yes, the new pegelated interferon and ribavirin combo treatment (available from Schering or Roche) have greatly increased the response rate from the older 3X week interferon only treatment regimen. If you are symptomatic or have a high viral load, you should see your hep Dr and ask about the new treatment regimens.\n\nhttp://www.pegintron.com/peg/application\n\nhttp://www.pegasys.com/?SOURCE=GOOG&KEYWORD=p\n\nThese links are for the new types of interferon. You also have to take pills along with the shots. Both interferon manufacturers have their own proprietary name for the ribavirin (generic drug name) pills but if you read these links you will learn about the full treatment regimen.
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http://www.pharmer.org/node/2102
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Ecover is phosphate-free of its own accord\nEcover brought a phosphate-free detergent onto the market long before alarming reports about high concentrations of phosphates in our water appeared in the news. As often happens, the situation had been well known in scientific circles for a long time. In contrast to other manufacturers, Ecover did not want to wait until regulations limited the use of phosphates, as this would take too long. By taking direct action and launching our own phosphate free product, Ecover ensured that fewer tonnes of phosphate would end up in the environment.\n\nThe effects and harmful side-effects of phosphates\nPhosphates are added to detergents as a water softener. They free the water of calcium and magnesium, which makes washing easier. A side effect of this however is that phosphates lead to massive plant growth in the environment which chokes water life. This is why Ecover uses zeolite, citrate and soda among other things to replace phosphates. These are natural substances that still make washing easy. However, the major difference is that they can be broken down easily and completely by natural processes and are not toxic.\n\nA lot still needs to be improved\nA large proportion of the phosphates that end up in the water environment still derive from detergents and cleaning products. This is because legislation and public pressure has concentrated on washing powders, which have consequently become largely phosphate-free. However, dishwashing tablets and washing up liquids have been overlooked in the legislation and much less stringent rules apply to them. Although all manufacturers now understand that phosphates are harmful to the environment, they usually allow them in their laundry tablets and dishwasher products (up to 45%!). Shocking proof of the fact the environment still does not play any role in their corporate ethics and responsibility.\n\nWhat are phosphates exactly and where do they come from?\nThe phosphate problem is very related to oxygen shortages \nAn example ...\n\nWhat are phosphates exactly and where do they come from? \nPhosphate (PO4) is a natural component in living organisms and is made up of phosphorus (P) and oxygen (O). Just like nitrate, phosphate is a nutrient for plants and is found in human waste as well as detergents and cleaning products. Phosphates ultimately end up in the water due to drainage. They are also found in fertilisers used in agriculture and in (vegetable) gardens. In this instance they end up in the ground water and surface water when the soil is irrigated and can then have harmful effects on the environment in high concentrations. Most phosphates come from households, industrial activities and agriculture.\n\n\nThe phosphate problem is very related to oxygen shortages\nJust like nitrate, phosphate is a nutrient for plants. Water plants and algae will grow strongly if there is a high concentration of phosphates in the water environment. During the day, these water plants produce oxygen with the help of daylight. However, a problem is created at night because they consume oxygen instead of producing it. Too much oxygen is then taken out of the water which means that plants, fish and other organisms are killed.\n\nAn example… \nA high concentration of phosphates (0.2 mg/l or more) in the water causes a surplus of phytoplankton combined with plants with floating leaves or thick duckweed. In other words, the water becomes murky and many fish and other organisms die through a lack of oxygen. This is referred to as complete eutrophycation.\n\nA family uses an average of 40 kg washing powder and 10 kg of dishwashing powder per year. Assuming that both products contain 30% of phosphates on average, this means the family discharges 15 kg of phosphates into the water annually. \n\nOn combining this data, we come to the frightening conclusion that our family can completely choke a lake with an average depth of 1.5 metres and a surface of 6 hectares each year! Plea
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http://www.who.int/child-adolescent-health/New_Publications/NEWS/ors_rev.htm\n\nTells you a lot about Oral rehydration Salts or the WHO.int websit if you can't find what you need here.
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The nutrition2000 site makes it sound like surcan is good for side effects.\n\nSince the food and drug administration doesn't have it anywhere on their site, I don't know that it is an approved US drug.
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The values stated here will differ from hospital to hospital:\n\nCalcium: 8.5 - 10.5 mg/dL (2.1 - 2.6 mmol/L)\nPhosphate (inorganic): 3 - 4.5 mg/dL (1 - 1.4 mmol/L)\n\nNow, do the math.
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www.fda.gov/ohrms/dockets/dockets/95s0316/95s-0316-rpt0236-11-Osterlie-vol171.pdf\n\nConsult the above link.
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Try these two websites:\n\nhttp://www.biogenesis.co.za/pi-piracetam.asp\nhttp://www.netdoctor.co.uk/medicines/100001864.html
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3AgC2H3O2 + Na3PO4 -----> Ag3PO4 + 3NaC2H3O2