For research purposes. Is the active ingredient in Hawaiian Baby Woodrose Seeds water or alcohol soluble?
960954
Check out www.erowid.org , and click plants and drugs, its under plants HBW. seeds it will tell you everything u need to kno about extraction of LSA and everything in there.
498053
Coconut oil consists mostly of long chain organic acids (lauric, myristic, and palmitic, all of which are 12 carbons or longer).  The interaction between those acids and alcohols (presuming methanol and ethanol) is not going to be strong, as those long chains cannot hydrogen bond.\n\nTherefore the two usually aren't miscible.  Coconut oil would be more soluble in more non-polar solvents like hydrocarbons or ketones.
288760
The Omega6 and Omega8 EFA's for more info see:\nhttp://www.votehemp.com
117711
>>>1. Plant medicine\n>>>2. Dry completely\n>>>3. Grinding\n>>>4. Methanol extraction\n>>>5. Filtration using Watmann No. 5 filter paper\n>>>5. Concentration with rotary evaporator\n>>>6. Suspend in distilled water\n>>>7. Partitioning\n>>> 1) partition with hexane\n>>> 2) partition with n-butanol
568788
Department of Drug Technology and Social Pharmacy, Kaunas University of Medicine, Kaunas, Lithuania.\n\nThe article deals with the production of the extract of Echinacea purpurea herbs when selecting an extractant concentration, the size of particles in a raw material and the method of extraction. Using 60% (v/v) ethanol for production of the immune system enhancing extract, the extract becomes green due to pigmental substances; therefore, 60% (v/v), 70% (v/v), and 96% (v/v) ethanol was not used for extraction. It is recommended to use 50% (v/v) ethanol for extraction. Using 40% (v/v) ethanol not all active substances are extracted and resistance of the extract to microbial contamination is weaker. It was determined that the method of repercolation should be used to yield the largest amount of active substances. The largest amount of active substances in the immune system enhancing extract was obtained when the flow speed of extract was 0.2 ml/min. The quality of extract was tested within the period of 26 months by the monitoring of following parameters: appearance of the extract, refraction index, relative density, ethanol concentration, the amounts of dry residue and chicoric acid. The analysis was carried out every three months. The samples of the extract remained stable during storage: no alterations of color, smell or taste were observed. Some of the samples had deposits, which is quite natural in the production of drugs from herbal material, as they have no influence on the quality of the drug (the amounts of active substances were found to be within acceptable limits). On the basis of the obtained results, the period of expiry of the immune system enhancing tincture was confirmed to be 2 years.
102955
Ethanol/SD Alcohol 40\nMonoethanolamine (MEA)\nSodium borate decahydrate (borax)\nSodium hydroxide
161590
Most over the counter rubbing alcohol is 70% isopropanol alcohol 30% distilled water.\n\nSurface tension can be measured with scientific devices called Tensiometer.\n\nPure water has a surface tension of 72 dynes/cm. If a solution containing an alcohol concentration of 10% to 25% the surface tension will be reduced to 35-45 dynes/cm \n\nRubbing Alcohol has a much higher concentration so it would reduce the surface tension even more.  Soap is another compound that reduces the surface tension of water.  Typically compounds that do this kind of thing are called Surfactants.  \n\nSurfactants interact with water by disrupting or modifying the hydrogen bonding network of water. Since this reduces the cohesive forces in water, this leads to reduction in the surface tension
666305
My two cents:\n\nnatural? - caffiene, alcohol - those are the common ones.  also high blood sugars in diabetes, but that's not really a good thing.\n\nmedical? - hydrochlorothiazide or dyazide (for blood pressure), furosemide (for swelling), spironolactone (for liver and heart failure), and metolazone (very strong).  Those are common ones, but there are many more.
319095
An alcohol could give a positive iodoform test after it has been oxidised to a methyl ketone. This of course implies that the OH group is on the 2nd carbon atom. I trust that you can work out the rest for yourself.
16727
Ethanol is ethyl alcohol, the pharmacologically active part of beer.  It depends on the "proof" of the alcohol.  Pure alcohol is generally not "edible" (or drinkable) because ethanol forms an azeotrope (a mixture that cannot be separated by distillation) when it is ~95% ethanol and 5% water.  The azeotrope is broken by chemicals that are bad for humans, like benzene.
977460
Fe(NH4)2(SO4)2 .6H2O is highly insoluble in non polar organic solvents like chloroform, dichloromethane, etc. Might be slightly soluble in alcohols. Better you dissolve it in minimum amount of water (make highly saturated solution) and add drop by drop alcohol  in a period of time and keep aside without shaking. Crystals will grow slowly.\nIt might be helpful.
803799
Indicator name:-3',3",5',5" - Tetrabromo - m - cresol - sulfonephthalein (Bromocresol Green)   \npH range:-3.8 - 5.4  \nColour change:- yellow to blue  \nPreparation:- 0.1 gm in 14.3 ml 0.01 M NaOH + 235.7 ml water\n\nBuddy I got another one, But I don't know whether that will help you or not,\n\nPreparation of 2.0% bromocresol Green in a stable solvent combination is obtained as follows:\n\n(1) 35 ml (2%) of propan-2-of was added to 1750 ml of silicone oil (20 mm.sup.2/ s and stirred well. The solution is left for 3 minutes and a clear colorless solution was obtained.\n\n(2) 35 ml of bromocresol green was added to the mixture and stirred.\n\n(3) The mixture is indirectly heated in a water bath. The temperature of the water bath did not exceed 100.degree. C. The mixture was left in the water bath for 10 to 12 minutes with continuous stirring. This enhances the indicator solubility.\n\n(4) The mixture was removed from the water bath and left to cool down to room temperature. A clear yellow solution was obtained by the end of this step.\n\nThis indicator works on paper pads which have been treated with sodium hydroxide and changes color from yellow to blue.\n\n\nPreparation of a mixture of two pH indicators\n\nA mixture of bromocresol green in silicone oil 20 mm.sup.2 /s and methyl red in silicone oil 20 mm.sup.2/ s at the ratio 1:1 was produced as follows:\n\n5a. Preparation of bromocresol green combination:\n\n(1) 17.5 ml of propan-2-of were added to 900 ml of silicone oil 20 mm.sup.2/ s and stirred well. The mixture was stirred for 3 minutes. A clear colorless solution was obtained.\n\n(2) 17.5 ml of bromocresol green were added to the mixture obtained from step 1 and stirred well.\n\n(3) The temperature of the water bath did not exceed 100.degree. C. The mixture was left in the water bath for 10 to 12 minutes with continuous stirring. This enhances the indicator solubility.\n\n(4) The mixture was removed from the water bath and left to cool down to room temperature. A clear yellow solution was obtained by the end of this step.\n\n\nPreparation of mixture of phenolphthalein and bromocresol green in a 3:1 ratio was obtained as follows:\n\n(1) 27 ml of octan-1-of were added to 1300 ml of silicone oil 20 mm.sup.2/ s and stirred well. The mixture was stirred for 3 minutes. A clear colorless solution was obtained.\n\n(2) 27 ml of phenolphthalein was added to the mixture of silicone oil and alcohol and stirred well.\n\n(3) The temperature of the water bath did not exceed 100.degree. C. The mixture was left in the water bath for 10 to 12 minutes with continuous stirring. This enhances the indicator solubility.\n\n(4) The mixture was removed from the water bath and left to cool down to room temperature. A colorless solution with white clouds should be obtained by the end of this step.\n\nThe bromocresol solution was prepared , except that 9 ml of bromocresol green was dissolved in 450 ml of silicone oil 20 mm.sup.2 /s. The solutions were then mixed and stirred. The final solution color was faint yellow. This combination works on paper pads that have been pre-treated with sodium hydroxide and changes color to light mauve.
525960
The product description from manufacturer literature: Liquid Polymer (LP), contains three main ingredients: A dispersed polymer phase; a continuous carrier phase; and an activator.  The polymer phase forms around 50% of the product, with the carrier phase comprising 35%, and an additional 7% is a high HLB non-ionic surfactant.  The surfactant activates the LP when it is added to aqueous systems, enabling water molecules to move into the small polymer particles (via osmosis), allowing the polymer particles to swell to 2.5 to 5.0 microns in diameter.\n\nThe activating surfactant remains outside the polymer particle throughout, allowing emulsification of further oils, silicones, and similar co-ingredients.  LP provides effective thickening at levels of 1% with maximum swelling capacity in aqueous systems at 4-6%.  \n\nThe viscosity of LP is not significantly affected by increasing temperatures, and all dispersions are stable after storage at elevated temperatures (up to 85° C.)  Even long periods of homogenization do not affect the stability of formulations containing Liquid Polymer.\n\nThe natural pH of a 2% dispersion of LP is around 6.7.  The effective pH range for this polymer is between 5.5-12.  Liquid Polymer is not recommended for use in acid conditions.\n\nLP is compatible with a wide range of raw materials including: aloe vera, allantoin, proteins, botanical extracts, and vitamins.\n\nThis thickener can be used to produce cold process emulsions with reduced manufacturing time, and two phases can be mixed in one vessel prior to addition of the thickener.\n\nOn application to the skin, Liquid Polymer provides a smoothing effect due to the decrease in surface roughness from the polymer particles, coupled with the slip properties observed as particles move over each other.
327587
stearic acid and sodium hydroxide form a soap that is soluble in hot water. to my knowledge, the stearic acid in combination with sodium hydroxide should form micelles, but the sebacic acid i don't think so as it's not a fatty acid, and therefor it can't make soaps
783424
Carbamezapine is practically insoluble in water but is soluble in alcohol and in acetone. The development of a meaningful dissolution procedure for drug products with limited water solubility has been a challenge to both the pharmaceutical industry and the agencies that regulate them. Much research has been done in the area of solubility to aid delivery.\n\nE.G: in May 2005 the effect of SBE7-beta-cyclodextrin together with hydroxypropylmethyl cellulose (HPMC) or polyvinylpyrrolidone (PVP) on the saturated solubility and delivery of carbamazepine from sustained release (SR) beads was investigated:\nhttp://www.ncbi.nlm.nih.gov/entrez/query.fcgi?cmd=Retrieve&db=PubMed&list_uids=15848059&dopt=Abstract\n\nPerforming the search "Carbamazepine solubility" on the above website gives some interesting results on research papers such as:\n"Encapsulation of lipophilic drugs within enteric microparticles by a novel coacervation method."\n"Towards a universal dissolution medium for carbamazepine."\n\nAlso have a look at:\nhttp://www.dissolutiontech.com/DTresour/200articles/200art3.html\nhttp://cat.inist.fr/?aModele=afficheN&cpsidt=5572167\nhttp://www.aapspharmscitech.org/view.asp?art=pt050124\nHope this helps.
913511
read carefully the instructions, and everything weittrn on  the box. You should find it, under excipients, or non active products, non active ingredients, or other....\ngood search
807944
Confection Sunflower Kernel\nNutrient Composition per 1 oz. (28.35 grams)\n\nNutrient Amount(1) %DV(2) \n\nCalories 168 -- \nProtein (grams) 6 12% \nFat (grams) 14.5 24% \nSaturated fat (grams) 2 10% \nMonounsaturated fat (grams) 2.3 -- \nPolyunsaturated fat (grams) 9.7 -- \nCarbohydrate (grams) 6.5 2.1% \nFiber (grams) 3 12% \nCalcium (milligrams) 25 2.3% \nIron (milligrams) 1.2 6.4% \nMagnesium (milligrams) 36 9% \nPhosphorus (milligrams) 323 32% \nPotassium (milligrams) 137 4% \nSodium (milligrams) 116 4.7% \nZinc (milligrams) 1.5 10% \nCopper (milligrams) 0.5 25% \nManganese (milligrams) 0.59 --(3) \nSelenium (milligrams) 22 31% \nVitamin C (milligrams) 0.3 0.5% \nThiamin (milligrams) 0.091 6% \nRiboflavin (milligrams) 0.079 5% \nNiacin (milligrams) 1.171 6% \nPantothenic Acid (milligrams) 1.968 20% \nVitamin B6 (milligrams) 0.225 11% \nFolate (micrograms) 66 17% \nVitamin B12 (micrograms) 0 0% \nVitamin A (IU) 3 0% \nVitamin E (mg_ATE) 11.3 84%(4)