festival.811-friendly.net — Come enjoy the best season in the South of Spain. Come for four days to an Andalusian valley known for its well-preserved nature, and its rivers with swimming holes. It will be held on a long weekend at the end of the Summer, with plenty of sun, delicious and abundant tropical and local Mediterranean fruits, and with great like-minded people! What else can one ask for?! Our Festival is based on the idea of meeting new friends and sharing, in a natural environment, the best local fruits. The Festival will be held at the beginning of September, when the fig season is at its best, when the melons are everywhere, and when mangos, cherimoyas and guavas are really bursting with flavor. As farmers ourselves, we are able to find the best quality fruit, and fruits that are picked truly ripe.

hsph.harvard.edu —                                                        Fill half of your plate with vegetables and fruits.  The more color, and the more variety on this part of the plate, the better. Potatoes and French fries don't count as vegetables on the Healthy Eating Plate, because they are high in fast-digested starch (carbohydrate), which has the same roller-coaster effect on blood sugar and insulin as white bread and sweets. These surges, in the short term, can lead to hunger and overeating, and in the long term, can lead to weight gain, type 2 diabetes, and other health problems. Save a quarter of your plate for whole grains—not just any grains: Whole grains—whole wheat, brown rice, and foods made with them, such as whole wheat pasta—have a gentler effect on blood sugar and insulin than white bread, white rice, and other so-called “refined grains.” That’s why the Healthy Eating Plate says to choose whole grains—the less processed, the better—and limit refined grains. Put a healthy source of protein on one quarter of your plate:  Chose fish, chicken, beans or nuts, since these contain beneficial nutrients, such as the heart-healthy omega-3 fatty acids in fish, and the fiber in beans. An egg a day is okay for most people, too (people with diabetes should limit their egg intake to three yolks a week, but egg whites are fine). Limit red meat—beef, pork, and lamb—and avoid processed meats—bacon, cold cuts, hot dogs, and the like—since over time, regularly eating even small amounts of these foods raises the risk of heart disease, type 2 diabetes, and colon cancer. Use healthy plant oils. The glass bottle near the Healthy Eating Plate is a reminder to use healthy vegetable oils, like olive, canola, soy, corn, sunflower, peanut, and others, in cooking, on salad, and at the table. Limit butter, and avoid unhealthy trans fats from partially hydrogenated oils. Drink water, coffee or tea. On the Healthy Eating Plate, complete your meal with a glass of water, or if you like, a cup of tea or coffee (with little or no sugar). (Questions about caffeine and kids? Read more.) Limit milk and dairy products to one to two servings per day, since high intakes are associated with increased risk of prostate cancer and possibly ovarian cancer. Limit juice to a small glass per day, since it is as high in sugar as a sugary soda. Skip the sugary drinks, since they provide lots of calories and virtually no other nutrients. And over time, routinely drinking sugary drinks can lead to weight gain, increase the risk of type 2 diabetes, and possibly increase the risk of heart disease. Stay active. The small red figure running across the Healthy Eating Plate’s placemat is a reminder that staying active is half of the secret to weight control. The other half is eating a healthy diet with modest portions that meet your calorie needs. Read 20 tips for staying active.

youtube.com — a video on my new band

scienceblogs.com — In most texts and sources that I've read, the germ theory of disease is stated something like, "Many diseases are caused by microorganisms." We could argue whether viruses count as microorganisms, but for purposes of the germ theory they do. (Most biologists do not consider viruses to be true living organisms, because they consist of nothing more than genetic material wrapped in a protein coat and lack the ability to reproduce without infecting the cell of an organism.) Now, let's take a look at the latest germ theory denialist idiocy I've come across. The first one, not surprisingly, I found on NaturalNews.com. Surprisingly, it was not written by Mike Adams, but rather by someone named Paul Fassa, who proclaims You have been lied to about germs. It should have been called "You are about to be lied to about germs." First, though, since this article wasn't by the usual science-hating loon Mike Adams, I was curious just who Paul Fassa is. I had never heard of him before. It didn't take long to find Fassa's Twitter account and then from there his blog Health Maven, which bills itself as an "escape from the medical mafia matrix." Interesting. Why does it appear that any time I come across a germ theory denialist like Fassa, he's someone who uses terms like "medical mafia matrix"? I don't know, but such people also tend to write introductory paragraphs like this: We have been taught to fear germs, pathogens, viruses, and bacteria that invade us from out there. This is the Pasteur model of disease contagion. This creates a dependency on Big Pharma to protect us from invading microbes, each having one form (monomorphic) and creating one specific disease. Pasteur`s model of disease won over rival Claude Bernard`s more accurate argument of the inner terrain. Pasteur`s declaration, though serving the coffers of Big Pharma, creates more questions: How come some get a disease that`s going around and others don`t? How do all these new bugs come out of nowhere to haunt us? Why do vaccines and antibiotics ultimately fail and create super bugs? These questions are answered by understanding the inner terrain and pleomorphism. Note how Fassa first misrepresents the Pasteur model of disease. This is common among germ theory denialists, in my experience. They tend to assume that germ theory states that pathogenic microbes are 100% infectious and always cause disease. Consequently, when people are exposed to pathogenic microbes and don't become ill, people like Fassa point to that as evidence that germ theory is invalid. After all, the germ didn't cause disease, at least in this one case! That must mean that all of germ theory is wrong! Concrete thinking, thy name is Fassa (and other germ theory denialists.) It's rather odd that even most teenagers can understand that catching an infectious disease is dependent not just on the microbe but each person's resistance to that microbe. This is the same thing that mystifies HIV/AIDS denialists, who seem to view the observation that most exposures to HIV do not result in AIDS as some sort of devastating indictment of the hypothesis that HIV causes AIDS. Add to that a long asymptomatic period and highly variable rates of progression, and HIV/AIDS denialists, who are--let's face it--really nothing more than a subtype of germ theory denialists who deny vehemently that one particular germ causes disease have all the doubt they need. But I digress. Also notice Fassa's early and immediate invocation of the pharma shill gambit. If there's another thing about germ theory denialism, it's that those who cling to it tend to be extremely distrustful of big pharma. I realize that in many cases big pharma deserves a lot of mistrust; its record in many areas demands it. What distinguishes many of these germ theory denialists is that they take healthy skepticism and take it to a pathological extreme. They also seem to think that the reason that antibiotics ultimately fail is because germ theory is invalid, which reveals an incredible ignorance of how antibiotics work. Helloooo! Evolution? Ever heard of it? Bacteria are incredibly good at evolving under the selective pressure of antibiotics. That's what creates superbugs, that and our tendency to overuse antibiotics. But what is the "inner terrain" and pleomorphism? This is where we find the "intellectual" basis of rejection of germ theory. As is the case with many alt-med beliefs, this basis harkens back to "ancient" knowledge (or at least 150 year old knowledge). It harkens back to Antoine Béchamp, who did indeed postulate nearly the exact opposite of what Pasteur did: that microorganisms were not the cause of disease but rather the consequence of disease, that injured or diseased tissues produced them and that it was the health of the organism that mattered, not the microorganisms. Basically, Béchamp's idea, known as the pleomorphic theory of disease, stated that bacteria change form (i.e., demonstrate pleomorphism) in response to disease, not as a cause of disease. In other words, they arise from tissues during disease states; they do not invade from the external world. Béchamp further proposed that bacteria arose from structures that he called microzymas, which to him referred to a class of enzymes. Béchamp postulated that microzymas are normally present in tissues and that their effects depended upon the cellular terrain. Ultimately, Pasteur's theory won out over that of Béchamp, based on evidence, but Béchamp was influential at the time. Given the science and technology of the time, Béchamp's hypothesis was not entirely unreasonable. It was, however, superseded by Pasteur's germ theory of disease and Koch's later work that resulted in Koch's postulates. What needs to be remembered is that not only did Béchamp's hypothesis fail to be confirmed by scientific evidence, but his idea lacked the explanatory and predictive power of Pasteur's theory. Fassa is sort of correct about one thing, though. Béchamp's idea was basically something like this: The inner terrain includes our immune system, organ tissues, and blood cells. Those who stepped out of line from Pasteur`s dogma asserted that the inner terrain was more vital for remaining disease free than searching for new antibiotics and vaccines to kill bacteria and viruses. As an analogy, flies don`t create garbage. But garbage attracts flies that breed maggots to create even more flies. Removing garbage is more effective than spraying toxic chemicals, which endanger human and animal life, around the house. Similarly, adding toxins to humans is not as effective as cleaning out the inner terrain. As I said, there's a grain of truth there, namely that the condition of the body and a person's immune system does matter. Specifically, it is true that the condition of the "terrain" (the body) does matter when it comes to infectious disease. Debilitated people do not resist the invasion of microorganisms as well as strong, healthy people. Of course, another thing to remember is that the "terrain" can facilitate the harmful effect of microorganisms in unexpected ways. For example, certain strains of the flu (as in 1918 and H1N1) are more virulent in the young because the young mount a more vigorous immune response. However, latter day Béchamp worshipers fetishize this idea to the point of claiming that the "inner terrain" is all that matters and that bacteria and viruses are manifestations, not causes, of disease. It goes beyond that, though. According to Béchamp, it's said: Blood is alive. It is not a liquid, but a mobile tissue (Béchamp was the first to describe blood thus). The things in our blood are alive. And one thing modern medicine does not accept is that something like a bacterium can change into a yeast that can turn into a fungus that can turn into a mold. We've talked about this in previous newsletters; it is called pleomorphism. Pleo meaning many and morph meaning form or body. This is, of course, complete nonsense. Bacteria cannot change into yeast or vice-versa, while yeasts are organisms in the kingdom Fungi. Dimorphic fungi can exist as a mold/hyphal/filamentous form or as yeast, but this fact does not invalidate the germ theory of disease. Indeed, some of these fungi are pathogens, such as Blastomyces dermatitidis, Histoplasma capsulatum, and Sporothrix schenckii. The misunderstanding of microbiology required to accept the rejection of germ theory in favor of Béchamp's ideas is staggering. Yet they remain very influential. Not among scientists, of course. Science moved on a long time ago. Rather, they remain influential among cranks. By Orac

floridaplants.com — Acai berry (Euterpe oleracea ) facts and information about MonaVie Medicinal Use of Citrus (PDF File) A review of ethnobotanical research performed at UF What's In Your Tropical Fruit?(PDF File) This University of Florida Cooperative Extension Service publication by Susan S. Percival and Brooke Findley provides current nutritional information for a number of tropical fruits grown by Florida producers and homeowners. Asimina triloba Pawpaw links from Purdue University. California Rare Fruit Growers, Inc. Fact sheets and information on many fruits that are also grown in Florida; has over 1,000 unusual fruits listed by scientific and common name. Fig- Fruit Facts Fact Sheet with links to fig resources, published by the California Rare Fruit Growers Council. Florida Blueberry Growers Association How and when blueberries are produced in Florida. Florida Grape Growers Association Has a list of U-pick farms, directory of Florida wineries, and nursery sources of grape. Florida Strawberry Association How Plant City, Florida became the world winter strawberry capital and a list of U-pick farms statewide. Florida Tomatoes Growing to cooking, this site is a complete guide to the tomato in Florida. Florida Watermelon Association Recipes, the Watermelon Queen, and a list of seed producers. Jackfruit- Fruit Facts Fact Sheet with links to jack fruit resources, published by the California Rare Fruit Growers Council. Passion Fruit- Fruit Facts Fact Sheet with links to passion fruit resources, published by the California Rare Fruit Growers Council. How to Grow a Pineapple in Your Home Hawaiians tell you how. Kiwifruit and Hardy Kiwi Ohio State University Fact Sheet. Lychee- Fruit Facts Fact Sheet with links to lychee resources, published by the California Rare Fruit Growers Council. Persimmon- Fruit Facts Fact Sheet with links to persimmon resources, published by the California Rare Fruit Growers Council. Tropical Fruits Images and information on tropical fruits by the Florida Department of Agriculture and Consumer Services Charles H. Bronson, Commissioner. 

www8.nationalacademies.org —  African Fruits Could Help Alleviate Hunger and Bolster Rural Development, Environmental Stability in Africa   WASHINGTON -- Africa's own fruits are a largely untapped resource that could combat malnutrition and boost environmental stability and rural development in Africa, says a new report from the National Research Council.  African science institutes, policymakers, nongovernmental organizations, and individuals could all use modern horticultural knowledge and scientific research to bring these "lost crops" -- such as baobab, marula, and butterfruit -- to their full potential, said the panel that issued the report.    Today, tropical fruit production in Africa is dominated by species introduced from Asia and the Americas, such as bananas, pineapples, and papayas.  Because these and other crops arrived on the continent centuries ago already improved through horticultural selection and breeding, they increasingly displaced the traditional species that had fed Africans for thousands of years.  The imported species also received the support of colonial powers who wanted familiar crops that were profitable to grow, and indigenous fruits continued their downward spiral of dwindling cultivation and knowledge.    With renewed scientific and institutional support, however, Africa's native fruits could make a much greater contribution to nutrition and economic development, the new report says.  Fruit trees and shrubs also offer long-term benefits by improving the stability of the environment.   The report highlights 24 fruits that hold special promise; some are already being cultivated in parts of Africa, while others are harvested from the wild.  Examples are:   Aizen.  Giving more people access to this wild fruit -- which grows in extreme climates with few other food resources -- could reduce malnutrition and mortality, the report says.  The fruits are a good source of vitamins A and C, calcium, and some minerals, while the seeds are high in protein and zinc.  This large, resilient Saharan shrub shows promise as a way to protect erodible slopes, stabilize dunes, and create windbreaks.    Balanites.  This small desert tree tolerates heat and aridity so well it thrives deep in the Sahara.  It produces heavy yields of datelike fruits, as well as kernels that are one-half oil and one-third protein -- similar to the makeup of soybeans and sesame seeds.  These fruits and kernels already feed families in arid zones where few other food crops exist, but their full potential is scarcely tapped.  The seeds supply a food-grade vegetable oil also used in local cosmetics and pharmaceuticals.  The trees stabilize the natural environment, helping dry areas resist desertification.   Baobab.  The fruits of the baobab tree contain a sticky pulp that can be dried into a nutritious powder high in protein, vitamins, and minerals.  The powder is stirred into warm water or milk to create a healthy drink, and also beaten and dried into thin pancakes for use months or even years later, aiding food security.  During the rainy season, villagers often store water in the tree's trunk for later use.  The sale of baobab fruits aids rural commerce, and the trees themselves -- which also yield a popular leafy vegetable -- are almost indestructible.   Butterfruit.  This small tree produces fruit that is mainly used as a vegetable.  High in calories and one of the best protein sources in the fruit world, butterfruit is especially promising for reducing child malnutrition.  Even now, these fruits help many communities survive seasonal food shortages in the harshest hot, humid lowlands.  Butterfruit also serves as a cash crop, pouring into cities and rural markets in large quantities.  And the trees, which yield mahoganylike wood, may have potential for plantation forestry.     Ebony.  The ebonies of Africa yield some of the world's finest timber and also bear abundant, bright red fruits that are succulent and sweet. These can be dried for use when seasonal foods become scarce. The seeds of some ebonies are also edible, and the leaves are used as animal feed.  Though the trees are known and valued on a local level, hardly anything scientific is known about managing them as food crops.   Marula.  This tree is a nutritional powerhouse, producing both fruits high in vitamin C and nuts similar to the macademia, high in protein and minerals.  The fruits are popular in markets and even exported, while the kernels contribute to nutrition and food security.  In addition, oils extracted from the nuts are also exported for high-priced skin care products.  Harvesting the fruits and shelling the nuts provide work for thousands of rural women who have hardly any other source of income.     Tamarind.  These fruits are a strong source of B vitamins and calcium, and can be stored for months without refrigeration.  In addition, tamarind's sweet-sour pulp can be preserved in the form of sun-dried cakes -- a simple procedure that perhaps millions throughout Africa could exploit for food security, the report says.  Already widespread, the trees have great promise for restoring damaged lands to health and productivity, and likely for sequestering carbon, since they are treasured and seldom cut down.

ds9.botanik.uni-bonn.de —  ROOT APEX – THE ANTERIOR POLE OF PLANT BODY Root Apices represent the Anterior Pole: Specialized for uptake of nutrients and for neuronal activities. Importantly, new roots are formed endogenously (recapitulation of embryogenesis). Shoot Apices represent the Posterior Pole: Specialized for photosynthesis (which is dispensable in holoparasitic plants like Rafflesia) and for sexual reproduction. The flower is the perfect form of the shoot. Shoots harbor plant organs of excretion, trichomes and hydathodes. Moreover, stomata allow gas exchange. Similarly as sexual organs, also organs of plant excretion and stomata are located at the posterior part of the plant body. Even more, hydathodes seem to function in analogy to kidney (Pilot et al. 2004, Plant Cell 16: 1827-1840). Roots are essential whereas shoots are dispensable: In holoparasitic plants, such as Rafflesia, roots are transformed into haustoria while the green part of the plant is missing completely. Nevertheless, haustoria of Rafflesia form the largest flowers in the plant kingdom which reveals that this unique organism really belongs to plants. AUXIN – PLANT NEUROTRANSMITTER Auxin: Represents a plant-specific neurotransmitter and is transported, in a light- and gravity-dependent manner, preferentially along the anterior-posterior axis of the plant body. Auxin induces the formation of both vascular strands (plant nerves) and roots (which harbour the “serial plant brain”). Roots and Auxin: Root apices represent major sinks for the polar auxin transport. Root apices are extremely sensitive towards externally applied auxin, and lateral root formation is induced by this means. Moreover, auxin rapidly regulates vesicle trafficking and gene expression in roots. Initiation of lateral root primordia is an endogenous process resembling early embryogenesis. In contrast, new shoots and leaves are formed exogenously. CELLULAR END-POLES – PLANT SYNAPSES Plant Synapses: Stable actin-supported adhesive domains (known as end-poles or cross-walls) between adjacent plant cells across which auxin and other chemical signals are transported via actin-based vesicular trafficking pathways. Besides these developmental plant synapses, plants are also capable of forming cell-to-cell junctions with cells of another organisms (plants – fungi – bacteria) corresponding to what is defined as an ‘immunological synapse’. These specialized cell-to-cell adhesion domains involve the plasma membranes of two different organisms opposing each other. Such adhesive domains are also sites of active cell-to-cell transport of molecules and metabolites. VASCULAR STRANDS – PLANT NERVES Vascular Strands: The basic units of the vascular system represent both plant nerves as well as a plant endoskeleton. Leaves contain single strands which combine to form the vascular bundles of the stem, and the vascular cylinder of the root. In roots, the largest portion of the organ is the vascular tissue, and its strands (plant nerves) are supported by numerous cells forming the vascular cylinder. Phloem: Supracellular axon-like ‘channel' interconnecting shoot and root apices. Phloem is specialized for transmission of action-potential-driven electric signals. Axon-like means that it is specialized for the rapid transfer of RNA molecules but does not accomplish ribosome assembly and mRNA translation. Xylem: Non-living and water-filled tubes specialized for transmission of hydraulic signals which are self-transmitting waves induced and driven by changes in hydrostatic pressure. ROOT APICES INTERCONNECTED VIA VASCULAR CYLINDERS – SERIAL NERVOUS SYSTEM OF PLANT Plant Brain: Each root apex harbours a unit of nervous system of plants. The number of root apices in the plant body is high and all brain-units are interconnected via vascular strands (plant nerves) with their polarly-transported auxin (plant neurotransmitter), to form a serial (parallel) nervous system of plants. The computational and informational capacity of this nervous system based on interconnected parallel units is predicted to be higher than that of the diffuse nervous system of lower animals, or the central nervous system of higher animals/humans.

verterra.com — VerTerra, a new eco-friendly servingware line, features dishes, plates, bowls, and cups made entirely from fallen leaves and water—no plastics or chemicals. The pieces have a wood-grain look and are oven-, refrigerator-, and microwave-friendly. They are sturdy enough to be hand washed and reused, but will naturally compost in under six weeks.

marxfoods.com — Eco-Friendly Disposable Palm Leaf Plates  Marx Foods Our Palm Leaf Plates are great for entertaining. These elegant and durable disposable party plates are an eco-friendly alternative to conventional disposable plates. These biodegradable plates are a natural and renewable resource. Naturally discarded sheaths of the leaves of the Adaka palm tree are collected from the forest floor. No trees are cut down. The plates and the disposable cutlery are even compostable!

dailymail.co.uk — A study has found that to get maximum defence against heart disease, you need to eat at least eight daily servings of fresh food. Healthy harvest: Research shows we need to increase our intake of fruit and veg The Government’s five-a-day advice has its roots in World Health Organisation guidelines to include 14oz of vegetables in a daily diet. But there have been doubts over whether eating more than this level of fruit and veg meant even greater health benefits. Now the new study suggests every extra portion provides added protection. Significantly, those in the ­highest category – eating eight or more a day – have a 22 per cent lower chance of dying from heart disease than those who consume three ­portions, the UK average. A ‘portion’ weighs just under 3oz, equal to a small banana, a medium apple or a small carrot. The findings come from an ongoing European investigation into diet and health, looking at 300,000 people in eight countries. Dr Francesca Crowe, of Oxford University, is working on the project. She said that although ischaemic heart disease (IHD) – the most common form – was less likely in those who ate lots of vegetables, it could be explained because these people might also have healthier lifestyles. However, the study specifically showed a reduced risk of dying from IHD of around four per cent for each additional portion of fruit and veg consumed above the lowest category, which was those who ate two or fewer portions. The average intake of fruit and vegetables across all the countries in the study was five portions. People in Greece, Italy and Spain ate more and those in Sweden less.   Professor Sir Michael Marmot, of the University College London, said the findings were of ‘huge practical importance’. He said: ‘Cardiovascular disease is the most common cause of death. A reduction of 22 per cent is huge. There would need to be big shift in dietary patterns to achieve this healthy consumption of eight portions a day. It is worth trying to move in that direction.’ Scientists have previously suggested 15,000 lives a year could be saved if everyone ate five a day.