The quARte- EGOCREANET encourages collaborations of artist and scientists to apply ideas, cooperation proposals, participation, in order to coorganize a tree days program of artist and scientists talks, performances, forums, film screenings, and other events. The main goal is “identifying and to develop new relationships between Quantum Science & Art in contemporary Eco-Economy. The conference exhibition open a comparison between science and art that represents a commitment to the development of various themes that integrate the cognitive development of art-science and augmented reality; among them: 1) “Energy and material information”, 2) “Water and Life”, 3) Food, nutrition and health, 4). And other suggested by collaborators and participants who want to express themselves in order to contribute to the change of the horizons of contemporary development of culture. The project / program quARte – EGOCREANET is a telematics movement in science art and technology for the world-wide development of Quantum Art and Augmented reality. All persons participating in the quARte movement using interactive modes of collaboration, will be partne the “Promotional Committee” of quARte project/ program and events. Cooperation of single artists and scientists, collectives or collaborative groups are welcomed.

Searching for PDF chimica degli alimenti. You created this PDF from an application that is not licensed to print to novaPDF printer. You created this PDF. TABELLE DI COMPOSIZIONE DEGLI ALIMENTI Elaborazione effettuata su dati di composizione nutritiva degli alimenti provenienti da: • Tabelle di composizione chimica e.

The deadline for artists and scientist submitting work & participation is: 01th May, 2013. The Organizing Commitee of the quARte initiative to the Casciana Terme (Pisa ) is the following: General Coordination – Paolo Manzelli: Organizational Section – Giorgio Giraldi: sciart.planner@gmail.com Art Section – Daniela Biganzoli: Science Section – Pietro Bernabei: Augmented Reality – Giuliana Guazzaroni.

By Paolo Manzelli Idea by Paolo Manzelli/ Picture by Daniela Biganzoli Quantum Art Program 2013would explore new scientific imaginary starting from the revision of Chinese YIN//YANGancient alchemy. An artistic phantasy dominates the following speculation in quantum science and technology.

Today “Yin //Yang” duality can be seen as two signals composing a quantum bit to generate a model of Unified Quantum Science of Everything. ( see the attached draft ) Legenda.

The first quantum signal ( YANG) that is the foundation of condensed Energy e.g. MATTER The quantum signal e.g. The foundation of other forms of ENERGY. And are quantum signals both composed simultaneously with real wave and particle. They are distinguishable through a difference in the spitting of the quantum energy between the wave and the particle. In there is mode condensed Energy on the particle( e.g.

Heavy mass), instead in the total quantum energy of the bit is more widespread on the associated wave ( e.g lower mass). The two quanta and can be “ entangled” forming four basic species of complex coupling. Four of those coupling are the result of the interference produced by type A) in the phase of tipe B) out of phase of the waves; those fundamental coupling can differ as a result of various types of interactions between the particles. So that simplifying the complex probability we can reduce to observe the four output coming from the wave interferences between quantum bits.

A) Constructive interference + this entanglement produces the formation strings of MATTER includinf an heavy Mass. + generation of an simultaneously Information field of Energy ( like: Gravity) B) Destructive Interference = ( States of Negative Matter x E ) produces a mutation generating Anti- MATTER = (States of Negative Energy x M ) the result is the Zero point of Quantum Energy.

In conclusion the above syntesis of “ Phantastic Theory in quantum art and science” is an Artistic //Science vision that give a quantum-meaning of the thinking of Pitagora and Galileo. Both in fact believed that the nature may be cognizable by abstract numbers. Similarly for the Phantastic Quantum Art & Science the numbers do not refer to the traditional signs but correspond to real quantum bit signals that are the basis of all the materials and energy existing in the ‘Universe. Is imagination/creativity more than knowledge? “Imagination is more important than knowledge.

For knowledge is limited to all we now know and understand, while imagination embraces the entire world, and all there ever will be to know and understand.” Albert Einstein. Strategies for establishing a Healthy Gut Microbiome by: PAOLO MANZELLI Emerging knowledge on the human microbiome within the intestinal tract is opening up vast new horizons in our understanding factors influencing diet related diseases as metabolic syndrome, obesity and other comorbidities and brain imparments in the regulation of brain development and behaviour. A healthy gut microbiome is, essentially, a biochemical organ performing many metabolic and absorption nutritional functions, produces some vitamins and antigens, thus regulates innate and acquired immunity through modulating signaling that affect and circadian rhythms of some body’s and mental functions. To define the best strategies getting a healthy gut microbiome a key aspect of the FUHONU project is to understand how epigenetic factors as diet, physical activity and lifestyle, are affecting changes of microbiome/genome symbiosis modulation.

The four years of FUHONUprogram and activities (1) would deeply prove potential links between the human microbiota and human health, and to construct innovation- strategies for manipulating the and reshaping gut microbiome on the basis of an long-term epidemological study and preclinical trials by using appropriated diets composed with high quality food, functional foods, pro-and pre-biotics and nutraceitics, in order to open new approches for the prevention of metabolic and immune diseases. By subsequent work programs the FUNONU research would favor a deeper analysis in microbiome genetics and metabolomics to become clearer how the complex links between modulation of the microbiome can prevent the development of obesity, cardiovascular disease and metabolic syndromes, such as type 2 diabetes, Furthermore a specific work program will be dedicated to understand how some types of diets prevent mental-health in fact is well known that for instance he gut inflammation compromises brain and behavior l provoking imparments such as stress, depression or anxiety. Hence the FUHONU project would discover how dietary and lifestyle modifications to improve gut-brain function. In conclusion F UHONU European KBBE project mainly expects to have a high impact to favor appropriated dietary strategies to enhance an “healthy gut microbiome” and by disseminating a broad range of information to prevent health for having as ultimate goal an active population and to advance in HORIZON 2020 priority’s on food quality production for a better and sustainable social life. (1)- FUHONU PROJECT STRUCTURE: PAOLO MANZELLI Director of LRE/EGO-CreaNet – University of Florence EGOCREANET- VALIDATED EUROPEAN -PIC = 959882416 c/o BUSINESS INCUBATOR, POLO SCIENTIFICO UNIVERSITA’ di FIRENZE 50019 -SESTO F.no- 50019 Firenze- Via Madonna dl Piano,06 -room: 132: Phone: Fax: Mobile:; SKIPE “manzelli3” E-mail.

By Paolo Manzelli Premise: The “ Gut Brain Axis” interactions effects the “memory-based immune adaptive system” that responds to each new encounter with the gene-expression of microbial world on the basis of past interactions. Therefore the adaptive immune system evolved in humans not only to mount defenses against micro-organisms but because of their need to recognize and manage the symbiosis with the many complex communities of beneficial microbes, in particular to those that live in the intestinal tract. It is well known that the enteric microbiota interacts with the gut-microbiome to form essential relationships that govern metabolic homeostasis.

Furthermore the regulation of the microbiome–gut–brain axis is essential for maintaining both symbiosis and the relative homeostasis of gut metabolic functionality, and this includes the memory processes of enteric brain (ENS) but also is inclusive of the bi-directional signalling with the central brain (CNS) Therefore the ability of gut microbiota to communicate with the two brains (ENS CNS) and thus modulate their activity of neurotransmission is emerging as an exciting concept in health and disease prevention.. Despite the unique bacterial fingerprint of each individual ( e.g Microbiome symilarly to genome is an unique fingerprint of each person), there appears to be a certain composition of biodiversity in gut-microbial balance confers a health gut benefits for a large spectrum of population. It is, therefore, reasonable to note that a decrease in bio-diversity the gastrointestinal bacteria will lead to deterioration in gastrointestinal, neuro-endocrine and/or immune relationships and ultimately the dysbiosis based on the decrease of biodiversity in microbiome determines various metabolic and immunologic diseases. Thus FUTURE HORIZON OF NUTRITION studies focusing on the impact to the enteric microbiota of the host and also to the central nervous system interactivity on the dysbiosis are essential to scientific understanding of the influence of this complex “gut-brain axis” system.

———————————————– Man is a “Super – Organism” because the complete genetics is not only determined by the Nuclear DNA of each cell, but is inclusive of the complemented expression and functions of Mitochondrial DNA, and through the symbiosis of Microbiome e.g the genetic of bacteria having a determinant effect in the primary metabolism of food. Most scientific literature show how microbes living in our gut, where they work as a complex metabolic organ and provide bio-chemical transformations not encoded in our nuclear human genome. The Microbiome /Microbiota healty functionality..

Recent studies of the human microbiome have revealed that even healthy individuals differ remarkably in the microbes that occupy habitats such as the gut, skin and vagina. Much of this bio-diversity is important to establish epigenetic adaptation to the environment. Diet represent the most important relationship environment starting from early microbial exposure to food.

In order to characterize the human microbial communities composition and genetics, the Human Microbiome Project (HMP) as an important result put in evidence that the genetic diversity (microbiome) and composition of the types of microbes (microbiota) vary widely among healthy subjects living in western society. (1) There’s very broad variation in these bacteria in different person, so that we can think that “ each genome has associated a symbiotic personalized microbiome”. This main result of the HMP gives severely limits our ability to define a “normal” microbiome profile to get a model of an “ healty gut microbiome” that can be preferred through modulating the composition of microbiota on the basis of different diets. Bacterial colonization of the intestine is dynamic in relation to the changes of diets and so that is critical the symbiosis between genome and microbiome. As a consequence no- personalized diets favor the risk of dysbiosis by changing the normal metabolic homeostasis, and producing many diseases such as the immune and endocrine systems. Besides it is emerging that the influence of the dysbiosis of gut –microbiome also extends some disturbances to the modulation of neural development.

Furthermore, it become very important to understand how the symbiosis genome-microbiome can be maintained in a stable coordination for the prevention of an healty life and ageing As a matter of fact recent research demonstrates that the overall balance in composition of the microbiota, together with the influence of pivotal genetic of bacterial species can induce specific responses, that can effect to adult neural functions both in peripherally ENS and to the centrally CNS. Many studies have clearly demonstrate that effects of dysbiosis of commensal gut bacteria include drastic lose of protection from infection and procures bowel inflammation ads a consequence abnormal modulation of behavioral responses giving stress and pain. There is now robust evidence that gut bacteria influence interactively the enteric nervous system, an also produces effects that may contribute to afferent signaling to the central brain.

The vagus nerve has also emerged as an important means of communicating signals from the CNS to gut bacteria. Further understanding of the interactivity underlying microbiome-gut and brain communication (e.g. “ Gut-Brain Axis”) will provide with new insight into the symbiotic relationship between gut microbiota and the human hosts and therefore may identify and implement the potential of microbial-based knowledge for improving preventive or therapeutic strategies to aid the treatment of physiological and psychological disorders. (2) In particular it is known that the enteric brain works through the enteric sensory nerves stimulate gut motility and pain perception.

These enteric neurons in the intestinal tract are arranged in two layers (plexuses) sandwiched between the two tubes of muscle that form the digestive tract. Hence the enteric neurons control the gut, contracting the muscle to propel or mix its contents, as well as triggering secretion of water and enzymes to aid digestion and absorb nutrients.

Viceversa gut bacteria interact with enteric neurons and the mucous membrane of the digestive tract though changes in bacteria metabolic activities that may alter anxiety-like behaviors and memory function. Furthermore signals produced by the metabolic microbiome-products (as for instance SCFA (= Short Chain Fatty Acids) can indeed travel interactively to the central brain via several different routes, including via vagal and spinal sensory nerves, and this changes in communication interactivity may be effect in altering function in the central nervous system. Often interventions in substituting the microflora ( by fecal transplantation -3 ) seems to be effective for improving language, cognitive abilities, adaptive behavior, and social skills, and reducing anxiety and aggression in autism.

But those results in relation to autism till now demonstrate some contracdictory research findings due the complexity of such interactive communication and bio-chemical interaction.(4) Recently a team of Australian researchers studied more than 50 children with autism and discovered ”no” significant differencies in gut microbes and also in the bacteria present in the digestive systems. This study contradicts some earlier research that has found that autistic children have microbiomes that differ from those of other kids. So that at the status of the art in this field that search to clarify the relationship effects between “ Microbiome and Autism” there are so many contradictory among research findings, probably because they are seen across too many different specific research fields. The human microbiome serves as the interface between our genes and the evolution of environmental exposures.

Therefore future horizons of the knowledge of microbiome’s symbiosis thus may offer of providing new insights into our neuro-development, and perhaps to understand better even a variety of neuropsychiatric diseases ranging from affective disorders to autism.(5) In conclusion more research findings are necessary to go beyond the central question in psychiatry and understand the relative role of genes and environment in shaping behavior. BIBLIO ON LINE (1) – (2) – (3) – Bacteriotherapy or total gut flora fecal transplant: (4) – (5) (6) (7).

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