Reading list: Bionanotechnologies for environment of dwelling of the person
Bionanotechnologies in building branch in the field of finishing materials become following step of development of the nanotechnologies, the new tool for molekuljarno-atomic workings out and business in the field of maintenance of health and ecological safety of internal inhabitancy of the person.

Бионанотехнологии в строительной отрасли в области отделочных материалов станут следующим шагом развития нанотехнологий, новым инструментом для молекулярно-атомарных разработок и бизнеса в области обеспечения здоровья и экологической безопасности внутренней среды обитания человека.

Researches have shown that in our dwelling can be more than 1500 harmful chemical compounds in considerable concentration. The modern person should have clear enough understanding of questions of mutual relation with internal inhabitancy.
The accent on health and ecological compatibility, up to last time, was rather faded. Scientists-hygienists have come to a conclusion for a long time that many illnesses are defined by quality of living conditions. Such illnesses have received even the name of “housing illnesses». According to the experts World Health Organization, the city dweller spends in premises almost 80 % of time, therefore to number of the factors, making essential impact on its health, degree of ecological compatibility (biopositivity) environments of buildings concerns.
According to World Health Organization forecasts, by 2021 allergic diseases every second person on the Earth will already suffer. As allergen of diseases can act and the chemical compounds of finishing materials which are every second acting as sources and not promoting to a comfortable microclimate indoors. The relation to ecology is an integral part of religious outlook. Inventive true revelations can exist in harmony with the proved scientific facts. Investing in an innovative direction it is expected to receive as achievement return in new areas of a bionanotechnology. Carrying out of laboratory-research works and the further experiments about definition of efficiency of an adsorbent is necessary. It is not excluded that in the near future business which don’t use high technologies for the development, can appear not in the best situation.
Representation of a new industrial direction in sphere of maintenance of ecological safety of internal inhabitancy of the person on the basis of achievements and prospects of applied science in the field of biochemistry and microbiology and other adjacent areas. In looking for a way to eliminate the need for toxic substances in internal inhabitancy of the person, the developed innovative finishing material turned to a biological solution. Biotechnology are the industrial methods using live organisms and biological processes for manufacture of various products.
The author’s experimental manufacturing techniques of a product in a house workshop. The supramolekular chemistry (Nobel Prize Lehn, Jean-Marie) has served as discipline for formation and development biopolymineral. Offered innovative manufacturing techniques of biopolymineral – finishing material have absorbed applied knowledge of natural sciences and include chemical, physical and biological aspects of use of biopolymers.
Polymers are large molecules comprising thousands of small molecules – or monomers. Polymers can have different properties and functionality depending on their constituent parts, and a range of high-tech applications.
Way of growing large molecules comprising thousands of small molecules will through a process when a free radical initiates polymer growth by adding to a monomer unit, generating a new radical that in turns adds to monomer, etc. However, conventional polymerisation yields polymers of ill-defined structure - they have a wide-range of molecular weights, the monomer sequence distribution along the chain is difficult to control and the length of the chain cannot be predetermined. So, the biopolymers, capable to be organised in special structures are known.
How to force molecules to be grouped in the certain way, independently to be organised, as a result to receive new materials or devices – one of the major questions standing and before nanotechnology, In this problem supramolecular chemistry also is engaged. One of examples – fibers who not only can be turned off in the form but also form complexes – the structures including of some molecules of fibers. Supramolecular chemistry refers to the area of chemistry beyond the molecules and focuses on the chemical systems made up of a discrete number of assembled molecular subunits or components.
Basic principles of self-assemblage:
From small to the big.
Key-lock.
The catalyst and enzyme.
In December 2010 as rendering of the scientific and technical help in a technological university of Russia researches of the presented pre-production models of composite materials which have shown presence of the formed particles in the size 190 + – 30 nanometers were carried out.
Self-assembled metal-containing films made by the new biotehnology process. I would like to manufacture biopolymineral films that are porous, to make more surface area available for chemical reactions, and highly conductive for catalysts in and electrodes in cells-batteries.
Major principle in development of the innovative production technology of non-polluting and safe otdelochno-decorative materials offered to consideration and products is revival and connection of centuries-old experience with modern achievements of a science.
The main principle consists in a direction of harmony of the person with the nature – to involve natural powers and power resources through scientific achievements and knowledge of the person.
Criterion of selection of components for made ecologically safe production with high quality, has exclusively natural, non-polluting origin and safe for the health, not received harmful influence on the structure and properties at all stages of its life cycle, as is pledge of health of people.
The product material is executed from biopolymers and natural minerals on experimental biotechnology and along with esthetic qualities represents an adsorbent with the antiseptic properties, providing air clearing indoors by means of micropores and functional properties of a material.
The innovative non-polluting material is patented in the form of utility model “Decorative tile”.
Detailed Description:
Maintenance of ecological safety.
Safety of internal circle of the person.
Achievement of safety from organic agents.
Non-polluting material.
The given system of a filtration and air clearing means interaction of a material of a product with the air environment which surface absorbs harmful gases and a superfluous moisture, effectively deletes and neutralizes dangerous viruses and bacteria, microclimate natural regulation indoors.
Various variants of is art-design execution of "filter-regulator" should correspond to concepts "interior design". The quantity of an adsorbing and filtering material, relief execution of a surface are important defining efficiency of a product.
The innovative non-polluting material is patented in the form of utility model "Decorative tile" is made in the home studio exclusively from natural organic and natural materials. The basis of the material for interior decoration stone is sculpted plaster, mixing in glue, made of natural animal and vegetable origin on experimental biotechnology, developed by the author based on ancient technology and formulations. Natural earth pigments, beeswax, plant materials and animal products are the basis for color decisions decorative coatings. Interior decoration decorative tiles give a unique decor, and along with the aesthetic qualities will improve the ecological habitat.
The vision from the very beginning was to make a difference to the society as a whole and understanding the needs of the customers.
The developed innovative finishing material bears in itself a technical component along with the esthetic.
The tools of biotechnology enable large-scale production for many finishing materials and products and could offer a simple route to novel microelectronics in the future.
Such lacks for many finishing materials and products as porosity and moisture absorption, under certain conditions and requirements can turn to invaluable advantages.
Gaugings in a point of an experimental bionanomaterial in a liquid state have shown 0.1A and 0.9V.
I an now working on ways to improve on this proof-of-principle demonstration.
Under moisture influence on microelement structure biopolymineral, properties of electrolytic system (expressed in presented volt-ampere characteristics) which negatively influence functioning of a membrane, ionic channels, transport proteins and processes in a live cage of a microorganism and a bacterium, thereby bactericidal action of a material.
Air in our apartments is filled by the various impurity containing bacterial and virus infections, allergens.
Bacteria - consist of one cage with a thin cover and cytoplasm. Happen the various form: in the form of balls (cocci), sticks (bacillus), spirals. Under adverse living conditions cytoplasm is pulled together and in a body the small section with a dense cover - dispute is formed. The external cover dies off, and bacterium life for a while stops. Disputes of bacteria, having got to favorable conditions, sprout.
According to South Korean Bureau of protection of the rights of consumers, the quantity of bacteria (without an antibacterial covering) carts of large shops reaches 1100 colonies of harmful microorganisms on 10 see handles the Second place is occupied with computer "mice" in Internet cafe (690 colonies).
New material represents structure of suppression with use of a functional set of physical and chemical properties which interfere with bacterial life and destroy it which is the serious reason of an infection in people and a huge clinical problem in hospitals.
Working out and use of new non-polluting technologies such as bionanotechnology, will allow to solve problem of protection and safety of ecological condition of internal inhabitancy.
The innovative industrial and scientific project in the conditions of a world economic crisis will allow to use more effectively renewed sources of raw materials, a waste of industrial productions and unclaimed human potential of a resource of the unemployed.
In the countries of the world development of the market of ecologically safe goods and technologies is one of the most perspective directions of maintenance of quality and competitiveness of the goods.
I hope in the long term development and introduction of innovative industrial idea probably in planetary scale.
Constant monitoring since 2009, results of researches and experiments, an extensive basic scientific material as in the field of fundamental science and applied in many related subjects I hope allows to put forward new idea and decisions.
I hope that experimental biopolymineral represents "the nano-porous filter" shut on "firm electrolit" and functions by a principle of a membrane with a return osmosis.
Composite functional purpose the porous membrane with a return osmosis is represented as filtering micro-nano.
More research is needed, but our work is a promising first step toward the development of a wide range of applications that were previously inaccessible.
At the given stage of development of the conceptual project it is necessary to spend research and design works.
I think it important to use innovative finishing material in areas with high concentration of people with a lack of artificial and natural ventilation or insufficient for a normal human life. Developed an innovative material offer use of nutrition mikroelektronnike sensors mounted at no additional cost to the finishing material for the determination of moisture in the event of flooding the room.
I hope the new social, scientific and economic initiative with good resolves will introduce the positive response in the hearts of interested people and will head advancement a new direction in the field of maintenance of ecological safety of internal inhabitancy of the person and health preservation.
With kind wishes from Russia,
The author of the initiative,
Ravil А. Tulumbaev
http://globalriskcommunity.com/profile/RavilTulumbaev
http://www.researcherid.com/rid/D-7866-2012
http://ru.linkedin.com/pub/ravil-tulumbaev/44/65a/644
https://www.facebook.com/media/set/?set=a.395047477224318.93919.100001572067902&type=1&l=aabdc747c3
http://challengepost.com/users/Ravtul
P.S.
One of the universal language of mutual understanding among nations and peoples can serve as an understanding of and concern for environmental safety and protection of the internal human environment through the use of energy efficient technologies and green energy to green construction.
Sincerely I hope for a recognition in the near future a new scientific paradigm in the field of green building and public health services on maintenance of ecological safety of internal inhabitancy of the person.
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