Method for production of peaty moor dough

FIELD: pharmaceutical industry, in particular production of moor preparation.

SUBSTANCE: claimed method includes extraction of moor raw material such as peaty piloids with decomposition rate of 50 % or more, decontamination, homogenization by agitation in mortar-mixer with addition of mineral sodium hydrocarbonate water under specific conditions followed by pulping through screen to produce product with shearing resistance of 1500-4000 din/cm3 and conserving agent addition. As conserving agent hydantoin in specific ratio is used. Then product is pre-packed in sealed containers and conditioned in stock for ageing.

EFFECT: peaty moor dough with increased biological value, high penetrability, improved nutrient and healing effects.

2 cl

 

The invention relates to medicine, namely to the production of mud preparations for physiotherapy as appliqués, drugs fundamentals for cosmetic masks or for making General or foot baths.

A method of obtaining mud used for physiotherapy, comprising mixing the dried therapeutic muds of various types, namely: sulfide mud and peat in the ratio of 1-2:1, moistening the mixture and extract it within 3 months (RU # 2071331, IPC6A 61 K 35/10).

The disadvantage of this method is the length of the aging process wetted mixture, which increases the cost of mud procedures.

A method of obtaining lipids from curative mud extraction, including the dehydration of natural mud drying to a moisture content of 12%, the extraction of 95%ethanol at pH of 9.0 or a mixture of ethanol and non-polar solvent in the ratio of 5:1, concentration of the extract in the presence of 1% (volume) oil (RU # 2074724, IPC6A 61 K 35/10).

The disadvantage of this method is to obtain the mud with somewhat reduced healing properties due to the use of dewatering mud heat drying, damaging part of the carotenoids, turning them into biologically inactive components.

Closest to the claimed method is prepare the Cai sapropelic muds for physiotherapy, including mud extraction of raw materials, purification from impurities, homogenization by wiping through the mesh with holes of 0.5-1.0 mm, dehydrated to a moisture content of from 80 to 60% by keeping in 2-3 days suspended in flexible bags made of nylon mud raw materials, control of the magnitude of the shear and microbiological activity, bottling, aging in a dark room at a temperature of 5-10°With from two to four weeks for maturation and achievement of necessary pharmacopoeial sterility and microbiological purity (RU # 2210376, IPC7A 61 K 35/10).

The disadvantages of this method are obtaining the mud with somewhat reduced healing properties and due to the low content of biologically active substances, as well as the high complexity and cost of the work at the expense of all operations of the method in the low temperature (from +5 to +10° (C) and extracts dirt for maturation in this room for 2-4 weeks.

The technical result of the claimed technical solution is to increase biological value and penetrating ability of peat mud paste, improving nutritional and therapeutic effect.

The technical result is achieved in that in the method of obtaining peat mud paste, which includes the production of mud raw material is cleaned from impurities, homogenization by rubbing through a sieve, the control values of resistance to shear and microbiological activity of the obtained product, packaging it in an airtight container for consumer and shutter speed for ripening warehouse, as mud raw materials use peat ploidy decomposition degree of 50% or more, while the homogenization of peat Pilotov carried out by mixing them in a mixer with the addition of mineral sodium bicarbonate water in the ratio 3:1 and RUB through a sieve with mesh sizes up to 0.4 mm to obtain a product with the magnitude of the resistance to shear 1500-4000 Dyne/cm2.

The use of peat Pilotov decomposition degree of 50% or more with the addition with stirring sodium bicarbonate mineral water in the ratio 3:1 enhances cationic exchange a homogeneous mass, enriching its complex physiologically active compounds - triterpenoids, as well as the elements magnesium, calcium, sodium, potassium, increasing the biological value of a mud paste. In addition, increases the permeability of mud paste through the skin by reducing its acidity and activities of triterpenoids as biotransformation, improves absorption and digestibility of the major operating components of a mud paste, increasing nutritional and therapeutic effect.

Method received what I peat mud paste “Chinska” as follows.

Produced well-decayed types of peat from “Bichevskaya” field of therapeutic peat-mud relating to the deposits of peat Pilotov decomposition degree of 50% or more, spread on neocaledonica the table surface, such as stainless steel, and manually select large inclusions of organic origin: the roots of woody vegetation, large decayed fragments of rhizomes, grass tussocks, other remains undecomposed peat, and other mineral inclusions origin.

Mud raw material is placed in a quantity of 45 l in the mixing machine, for example, type 23B, cyclical, with folding blades on a vertical shaft, with a tank-truck with a capacity of 65 liters. The peat in a mixer add the mineral sodium bicarbonate water, for example “Khabarovsk-1 from source South of the Amur region, in the amount of 15 liters by volume in the ratio of 3:1 and stirred to obtain a homogeneous mass. Work is carried out in the temperature range from +5 to +45°C. after stirring the mixture from the mixer wipe through a sieve with cell size of 0.4 mm, completing the process of homogenization. Then make taking the sample to determine the magnitude of the sliding resistance of the obtained homogeneous paste, which should be in the range of 1500-4000 Dyne/cm2. If this ratio is below or in the above mentioned to the cooked mass add or mineral water, or peat mud.

To increase the shelf life under adverse conditions in ready peat mud paste add the preservative, for example, as DMDM, in the amount of 2.5 ml per 1 kg of paste and mix thoroughly.

Ready peat mud paste Packed in sealed plastic bags suitable for packing food products with a capacity of 0.5 to 5 kg, which is placed in a transport package weight 20, 30, 50 kg and is sent to the finished goods warehouse, where it is left within 30 days.

7 days before sending to the consumer, generate random samples for sanitary-microbiological control for compliance with the quality indicators new project pharmacopoeial articles.

Pasta peat mud “Chinska” is a plastic, homogeneous mass and has the following characteristics:

Key indicatorsNorma
Organoleptic: 
1. AppearanceHomogeneous mass without foreign inclusions
 
2. ColorFrom brown to dark brown
3. Smellno
Physico-chemical:  
4. Acidity4.3 to 6.0
5. The magnitude of the sliding resistance15 00-4000 Dyne/cm2
Sanitary-bacteriological: 
6. Permissible limits of microbial contamination: 
- Mafang, CFU in 1 g(cm3of the product, no more than103
- yeast, yeast, molds CFU in 1 g(cm3of the product, no more than102
- bacteria of the family Enterobacteriaceae in 1 g(cm3)no
pathogenic staphylococci in 1 g(cm3)no
- Pseudomonas aeruginosa in 1 g(cm3)no
- heavy metals, mg/kg, not more: including 
- lead5,0 (0,0005%)*
- arsenic5,0 (0,0005%)*
- mercury1,0(0,0001%)*
* Requirement documentation for the new project FS-98: heavy metals, % not more than 0.001.

For the production of peat, mud paste “Chinska” developed THE 9365-014-2698312-2001.

A method ensuring receipt of peat mud paste of high biological value, with high penetrating ways the activities that improves the nutritional and therapeutic effects in soft aftereffect will find wide industrial application.

1. The method of obtaining peat mud paste, which includes the production of mud raw materials, purification from impurities, homogenization by rubbing through a sieve, the control values of resistance to shear and microbiological activity of the obtained product, packaging it in an airtight container for consumer and shutter speed for ripening warehouse within 30 days, characterized in that mud raw materials use peat ploidy decomposition degree of 50% or more, homogenization of peat Pilotov carried out by mixing them in a mixer with the addition of mineral sodium bicarbonate water “I Khabarovsk in the ratio 3:1 at a temperature of +5-+45°and the subsequent cleaning of the mass through a sieve with mesh sizes up to 0.4 mm to obtain a product with the magnitude of the resistance to shear 1500-4000 Dyne/cm2and enter the preservative.

2. The method according to claim 1, characterized in that as preservative use as DMDM in the amount of 2.5 ml per 1 kg peat mud paste.



 

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