Rheology and physical-chemical characteristics of the solutions of the medicines

Abstract

Abstract. In the laboratory studied the dynamics of rheology of water solutions with plasmainflammatory and antiseptic funds when mixing them with blood, plasma and pus under the influence of the following physical and chemical factors of local interaction: gravity, specific gravity, temperature, relative viscosity, internal pressure, sparkling water, total concentration of the ingredients, surface activity, volume of acid and osmotic activity of medicines. Found that the rheology of biological liquids improve hyperthermic, highly alkaline and highly carbonated solution medicines. For the dilution of pus, dense festering mass of sulfur plugs and tear stones invited to apply heated to +39 -+42°C with aqueous solution of 0.5 -3% hydrogen peroxide and 0.5 -10% sodium bicarbonate saturated with carbon dioxide to excess pressure 0.2 ATM. IntroductionCurrently in medicine and veterinary medicine are very widely used antiseptic and substitutes plasma, which shall be entered accordingly in the festering wounds (cavity) and in the blood [1]. Traditionally, nobody examines the processes of diffusion of solutions in these biological fluids, believing that these funds are equally bred blood and pus. The medicines of these groups are used in the form of water solutions entered in very large quantities (amounts), calculated in hundreds of milliliters. And still the essence of conventional technologies the use of these drugs, namely the essence of intravenous and intracavitary injections, is to introduce into the blood and pus cold substitutes plasma, antiseptic and even disinfectants solutions [2][3][4][5][6]. Such technology application drugs is so routine that its efficiency is not in doubt, processes of diffusion of drug in the blood and pus not investigated and no new technologies radically increase the efficiency of cultivation of blood (plasma) and dense festering mass [5,7,8]. At the same time, us has received a large amount of scientific evidence proving the existence of significant shortcomings of traditional technologies of drug cultivation of blood and pus, explaining the nature of the deficiencies identified and showing the way of effective modernization of conventional breeding techniques of blood and pus using famous plasma-inflammatory and antiseptic funds [9][10][11][12][13][14][15]. Our results show that to achieve a powerful clinical success (for the rapid and radical dissolution of blood clots, remove blood clots, dense purulent masses, ear wax and others) it is enough only to optimize processes rheology of drugs and dense and viscous colloidal fluids [16][17][18][19][20][21].

Current and emerging methods for treatment of hemoglobin related cutaneous discoloration: A literature review

“…Over-the-counter products used for human use are typically sold at 3 percent active ingredient [ 35 , 36 ]. Bleaching of textile products for removal of bloodstains has been thoroughly described in literature [ 37 , 38 , 39 , 40 ]. Most solutions used for bloodstain removal represent aqueous solutions of hydrogen peroxide or its water-soluble source of from 0.01 to 15% in combination with agents maintaining a pH of more than 7.0 at the level of its osmotic activity below 140 mosmol/l and with a local temperature in the range from +26 to +42 °C.…”

Post-injection Complications. Nicolau Syndrome as a Consequence of Local Irritant Effects of Drugs, Including Antiseptics, Local Anesthetics, NSAIDs, Steroids and Anticoagulants

“…It has been shown that the cause of Nicolau syndrome is a very strong local irritating effect of medicinal solutions [26]. This became possible because the local irritating effect of drugs on tissues at injection sites is not controlled, as it is not included in the standard of drug quality control [27]. It has been shown that in addition to this, the standard for quality control of medicines does not include an assessment of their osmotic activity [28].…”

Quantitative Assessment of the Development of Micromycete Colony on the Surfaces of Polymers and Polymer Composites

“…Дополнительным достоинством обсуждаемого метода является наличие биоцидных свойств у фтора, медленно диффундирующего из объёма сформированного планарного композита к поверхности. Возможности и способы формирования и применения химически стойких тонкоплёночных покрытий на основе поверхностно модифицированных полимеров в медицинских, биологических, фармакологических и иных целях ранее были проанализированы в [28][29][30].…”