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  1. images?q=tbn:ANd9GcTxccHItlfg8Eq-sBtFy9h
    New Food

    Mould contamination in sea salts could potentially spoil food
    New Food
    Among those moulds were important food spoilage fungi like Aspergillus and Penicillium, and even some notorious producers of mycotoxins. “This new finding contradicts the conventional wisdom that salts are sterile ingredients,” said Biango-Daniels. The ...

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  2. IMG_9315-1024x682.jpg

    Gary Lincoff, legendary mushroom expert, naturalist, writer, teacher, and radiant spirit, passed away on Friday morning. He will be deeply missed. I never had the chance to meet Gary, but his work left a lasting impression on me and instilled an enduring sense of wonder for the mycological world. When I was all of ten, his Audubon guide caught my eye in a bookstore display, and I begged my mom to buy it for me. She reluctantly obliged, and that became the bible that I took on countless hunts and used to identify my first hen of the woods as a child.

    Lincoff’s later work The Complete Mushroom Hunter is even more accessible and full of colorful, candid stories. But my wrinkled, field-tested Audubon guide will forever be the book that sparked my passion and awakened me to the vast, enigmatic world of wild mushrooms. Thank you, Gary, for your prodigious contributions to the wild world of mushroom hunting, and for sharing your knowledge so graciously with the next generation. It is work like yours, finding the pulse and abundance of the wild even in the heart of New York City, that breaks down boundaries and brings us closer to nature.


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  3. The Botany Department at U.Hawaii Manoa is searching for a quantitative ecology/evolutionary biology faculty member to start as an Assistant Professor. See the advertisement here

    The department is searching for a highly creative and interactive scholar who fits into our multidisciplinary department. The area and system of study are open, although we are most interested in candidates who will address fundamental topics in ecological and/or evolutionary theory through the use of quantitative approaches. We encourage applications from candidates who adopt an integrative approach in their research.
    The competitive applicant will conduct conceptually oriented research that uses quantitative or computational approaches such as mathematical modeling, genomics/metagenomics, or network science.
    Duties will include: instruct assigned courses and seminars in topics such as biostatistics, bioinformatics, mathematical modeling, computational ecology and/or evolutionary biology that teach students strong quantitative and analytical skills for the analysis of large datasets to address complex ecological questions. The development of courses that teach tools such as complex network analyses of living systems, plant genomics, metagenomics, and/or plant phylogenetics and employ evidence-based, active learning pedagogy; to incorporate concepts of sustainability into courses taught.
    Additional duties include: supervise student independent study/research activities; to train and mentor undergraduate and graduate students; to serve on departmental, college, and university committees; to render service to the professional and lay community relevant to the individual’s academic specialty; to participate in curriculum development activities such as course materials and special instructional methods; to participate in graduate committees; to develop an externally funded research program in one or more areas of quantitative ecology/evolution leading to publication in leading scholarly journals; and to perform related tasks as assigned.

    To Apply:
    Applicants must submit as a single pdf file: 1) a cover letter specifying the position and the research area; 2) a 2-page statement of research interests, activities, and plans; 3) a 2-page statement on teaching philosophy, interests, and plans; 4) a curriculum vitae detailing research, teaching, and service accomplishments; 5) copies of up to 4 relevant publications; and 6) the names, addresses, e-mail, and telephone numbers of 4 professional references. Email applications to: botsrch@hawaii.edu.

    Inquiries to:
    Dr. Anthony Amend; amend@hawaii.edu

    Application Review begins:  November 24, 2017


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  4. Oncolytic Viruses Viruses have shaped human history through devastating infections. In addition, virus infection may be responsible for up to 15% of cancer deaths. Nevertheless, certain viruses can be our “friends.” At the end of the 18th century, Edward Jenner used cowpox to protect humans against infection with a lethal pathogen, smallpox. Based on the effectiveness of this “vaccination” process, in the 1960s, the World Health Organization mounted a global vaccination campaign that resulted in the eradication of smallpox. In the mid-20th century, the principle of virus attenuation through adaptation to unnatural hosts was extended to cultured cells: cells from different species were used to select viruses with multiple mutations, reducing replication speed and allowing the immune system to control viral infection. Based on such a “live-attenuated” vaccine, global eradication of another viral disease, rinderpest, was recently achieved. Other global vaccination campaigns, including those against polio and measles, are progressing. In addition, subunit vaccines are proving to be effective against virus-induced cancers, preventing hepatitis B virus–induced hepatocellular carcinoma and human papilloma virus–induced cervical cancer. A new frontier is to develop viruses into anticancer weapons. Many cancers remain incurable despite recent advances in radio-, chemo-, and immunotherapy. Based on their preferential replication in tumor cells, viruses from nine families have progressed to clinical trials of oncolysis: DNA viruses include Adenoviridae, Herpesviridae, Parvoviridae, and Poxviridae and RNA viruses Paramyxoviridae, Picornaviridae, Reoviridae, Retroviridae, and Rhabdoviridae. Recently, a genetically modified herpes simplex virus 1–based oncolytic vector was approved as cancer therapeutic in the United States and Europe. What are the mechanisms supporting cancer therapy with viruses, and how can oncolytic virotherapy be improved?

    How to develop viruses into anticancer weapons. (2017) PLoS Pathog 13(3): e1006190. doi:10.1371/journal.ppat.1006190

    Tagged: Biology, Biotechnology, cancer, Health, Medicine, Microbiology, Science, Vaccines, Virology, virus 16564 16564 16564 16564 16564 16564 b.gif?host=microbiologybytes.wordpress.c

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  5. With only weeks to go before the start of Mushroom Week in The Netherlands, it's time to register for both the Mushroom Days and ISMS 2016, if you haven't done so allready!

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  6. Anca Cherecheș, a Cornell graduate student in Linguistics, gives stinkhorns a good name.

    veiledlady1.jpg.650x0_q85_crop-smartI don’t think the poor stinkhorn realizes just how polarizing it is. But it’s not hard to see why it produces strong, often visceral reactions. Just look at it. To be perfectly frank, what I see is a male sexual organ, dipped in excrement, with a mesh skirt. Some people (possibly focusing on the skirt) describe it as “amazing” and “beautiful,”1 while others will only see it as “gross” or “scary,”2 which probably explains why its common names range from the sweet-sounding “veiled lady” to the pragmatic “basket stinkhorn.” In professional circles, it’s known as Phallus indusiatus,3 where indusium (Latin for “outer tunic”) is the technical term for a kind of membrane and in this case refers to the skirt-like structure, and phallus… well, I suppose mycologists call it as they see it.

    All in all, this is one mushroom that doesn’t look all that appetizing, and I haven’t even yet mentioned its number one cardinal sin: like any true stinkhorn, the thing stinks. Or, to be more precise, its cap is covered by a slimy, smelly, sticky substance called the gleba. The gleba stinks so bad that mycologist David Arora, in his Mushrooms Demystified field guide, devotes an entire paragraph to the various epithets people have used to describe the stinkhorn odor. Think “putrid” and “garbageous,” but also “like the damp earthy smell we meet with in some of our churches on Sundays.”4 Of course, that’s exactly how flies like it; they’re attracted to the rotten smell of the spore-containing gleba and inadvertently help the stinkhorn disperse its spores.

    So the basket stinkhorn looks and smells bad. Surely then no one out there will be having stinkhorn stew for dinner. Hall et al., in their Edible and Poisonous Mushrooms of the World, agree (p. 247). Other sources, including Arora, point out that stinkhorns are edible, but only in egg stage: “the odorless stinkhorn ‘eggs’ are considered a delicacy in parts of China and Europe, where they are pickled raw and even sold in the markets (sometimes under the name ‘devil’s eggs’). Captain Charles McIlvaine [mycologist and ardent proponent of mushroom eating], of course, pronounces them delicious […], suggesting they be sliced and fried like a Wiener schnitzel.” Arora himself tries octopus stinkhorn eggs and reports that they left behind “a sticky spore mucilage […] which clung to our throats and tongues so tenaciously that we were still trying to wash it away several hours later” (p. 774). As recently as 2014, Alan Davidson in his Oxford Companion to Food states: “There seems to be no authoritative survey of the edibility of stinkhorns, nor any reason to suppose that many of them can be eaten by humans with pleasure and safety (except, perhaps in the ‘egg’ stage, before they have burst out and the evil-smelling slime has formed).”5

    (Caution: if you’ve been heartened by Captain McIlvaine’s enthusiastic approval and are planning to taste those mushroom eggs in your back yard, make sure you are actually dealing with stinkhorn eggs, and not a poisonous look-alike like Amanita eggs. Also note: some stinkhorn species are said to be poisonous.)

    Stinkhorns are too disgusting to eat […]. Nevertheless, people have tried eating the cooked eggs of some species after removing the slime layer. I reluctantly tried one bite of a cooked stinkhorn egg just once, so I could speak about the experience first-hand. I noticed very little flavor and a markedly unpleasant texture before I spit it out! […] I added [dried mature stinkhorn] to a soup, and found it to have no flavor, and a weird squishy texture that people in China apparently like, but I found very unpleasant.
    “Wildman” Steve Brill, naturalist/author (blogpost)

    Cultivated StinkhornsIn the West, therefore, stinkhorns are generally avoided. But in East Asia, the pendulum swings the other way: one stinkhorn species, the same Phallus indusiatus as in the picture above, has been collected for centuries as a choice edible reserved for special occasions and, since 1979 when it was first successfully cultivated in Southwest China, it has become more widely available, but no less treasured.6Phallus indusiatus grows in tropical regions around the world, including parts of Central and South America and Africa. In Asia it is consumed not just in egg form, as North American field guides suggest, but also in mature form. In fact, it is in this latter, mature state that you are likely to find it at major or well-stocked Asian grocery stores and markets, in the dried fungus section. Phallus indusiatus is usually sold dried, without the smelly pileus or the tough volva, under the common name bamboo fungus or bamboo pith fungus (simplified Chinese: 竹荪; traditional Chinese: 竹蓀; pinyin: zhúsūn). The West’s basket stinkhorn is the East’s bamboo fungus. [Editor’s Note: At least three stinkhorns have been cultivated in China, including Phallus rubrivolvatus and Phallus fragrans. It is unclear to me whether bamboo fungus is a true Phallus indusiatus or a different Phallus species].

    There are a few hundred kinds of edible fungi in the world, and bamboo fungus looks the most lovely, tastes the most delicious, has the most abundant nutrition and is the most valuable for medicine use. Therefore, it is also called “the botanical chicken.”
    Anon., ChinaCulture.org

    In the US as in East Asia, bamboo fungus is not the cheapest mushroom around, although its price has decreased significantly as cultivation techniques improved, from approximately $770/kg in 1982 to $10-20 in 2000 (Hong Kong prices, converted to US dollars).7 This might be one of the reasons that it is still a bit of a novelty in more Northern parts of China. In an informal survey of my Chinese acquaintances, some people didn’t recognize the mushroom at all or had only recently been introduced to it, while others said it was common, if a bit expensive. The divide seems to be along geographic lines. Whether they grew up with it or not though, every Chinese person that I interviewed pronounced it “delicious,” “fantastic,” or something along those lines. A far cry from the few American bloggers, who found it “unpleasant” or flavorless.8

    Bamboo pith mushroomsIn the name of science (and gastronomy), I procured a packet of dried bamboo fungus from an online Asian grocer. The mushrooms arrived intact, but they are very fragile, which is not surprising given the open, spongy structure of the stalk and the thin mesh-like skirt. This is in fact one of the reasons why bamboo fungus is not sold fresh: it is crisp and easy to break, thus difficult to transport. My packet of dried fungus had a rather persistent smell: earthy and mushroomy, but with a strong hint of musty hay and almonds. It lingered on my fingers after handling, but it was not unpleasant, it did not overwhelm my kitchen and it mellowed down significantly after soaking.

    I rehydrated my mushrooms in cold water for a few hours. Different people rehydrate in different ways. Some recommend warm or hot water for faster rehydration, some believe cold water preserves more of the taste; some recipes advise you to soak overnight, while others state that a few minutes are enough. Either way, the rehydrated mushrooms are not rubbery and tough like rehydrated fleshy mushrooms (e.g. shiitakes); they are flexible, but strong enough that at least the stalk can be simmered in a soup for at least an hour without it breaking apart. Recipes vary in this regard as well; some will have you cook the mushroom for a few minutes, others will ask you to keep cooking it for an hour to extract more of the flavor.

    So what about the taste? I side with my Chinese informants here; after simmering them in some homemade chicken stock for about 15 minutes, my stinkhorn stalks and skirts had a pleasant, mild sweetness. While they were not as “mushroomy-tasting” as their fleshier counterparts, they did pack a good punch of umami. But it is really for their texture that they are most prized in Chinese cuisine.9 The texture was indeed very interesting: smooth, silky, but at the same time subtly crunchy. This reminds some people of tripe or squid,10 but the bamboo fungus stalks are softer and more flexible than these, and the skirt is very delicate.

    Bamboo fungus is traditionally used in rich chicken soups,11 but you can also find it in hot pots, stir fries and stuffed. Google will find a few recipes in English, some of which I’ve collected below. Most English-language cookbooks do not mention it, but a Google Books search suggests that more recent cookbooks and some travel guides are more likely to contain a passing reference and a recipe or two.

    Commercially-grown Phallus indusiatus is going strong in East Asia; there is a clear market for it and it is only likely to become more well-known and widely used. In the West, though, it seems unlikely that it will replace the harmless button mushroom in the hearts and stomachs of the American public. But in the meantime, if you’re an adventurous eater and a mushroom lover, this is one relatively easy to obtain mushroom that tastes much better than it looks. So don’t judge it by its cover.

    Footnotes, Recipes, and Resources

    1. If you are one of these people, you might enjoy this BBC time lapse which features a growing veiled stinkhorn.
    2. Personally, the skirt gives me a mild case of trypophobia, and I suspect I’m not the only one, since others describe it as “uncomfortable” and “weirdly discomforting” (witness this Reddit thread).
    3. Some people classify it as part of a different genus: Dictyophora.
    4. Arora. Mushrooms Demystified, p. 765.
    5. Davidson does mention that at least one species of Dictyophora, presumably our Phallus indusiatus, is sold dried in China and Hong Kong, but he goes no further.
    6. Chang & Miles, Mushrooms. Cultivation, Nutritional value, medicinal effect and environmental impact: p. 343.
    7. Id. Note, however, that the price depends on the quality. Dried bamboo fungus is divided into 4 grades according to size, color, and amount of breakage, where the first and highest grade can cost twice as much as the fourth, lowest grade.
    8. “Wildman” Steve Brill on his blog and to a lesser extent Larry Evans on Fungal Jungal, the Western Montana Mycological Association website.
    9. Chang & Miles, p. 345.
    10. Steve Brill, id.; Eddie Lin (quoting editor Randy Clemens), Hair Moss, Bamboo Fungus, and More Lucky Foods to Eat for Chinese New Year, in: Los Angeles Magazine, February 6th 2013, retrieved online on Oct. 28th 2014, url.
    11. Dunlop, Sichuan Cookery: p. lxii.

    Images of a wild cousin of cultivated Dictyophora indusiata in Costa Rica, by Brian Gatwicke (Creative Commons License); of cultivated Chinese bamboo mushroom from AliExpress; and of the dried fungus by Ken Fletcher via wikimedia.org (color-adjusted). You might also enjoy Gary Lincoff’s photos of P. rubrivolvata from his China tour in 1983.

    Some recipes to try:
    Soups: 1, 2
    Stir-fries: 1, 2
    Sautees: 1, 2
    Stuffed: 1, 2, 3


    • Teresa Chen. 2009. A Tradition of Soup: Flavors from China’s Pearl River Delta. North Atlantic Books.
    • Fuchsia Dunlop. 2003. Sichuan Cookery. Penguin Books.

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