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Edible and poisonous mushrooms of the world

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Preface
The past few decades have witnessed a dramatic increase in the diversity of mushrooms gracing the
tables of our restaurants and the shelves of our supermarkets. While the increased consumption has
consisted primarily of cultivated varieties of Asian origin, there has also been an upsurge of interest in
mushrooms that can be obtained only from the wild.
A concern over a lack of knowledge in Australasia, the often prevailing opinion that "if it's natural it
must he edible," and some significant incidents of mushroom poisonings prompted the development
and ultimate publication of a book on the subject in New Zealand in 1998. The book, written by Ian
Hall, Peter Buchanan, Wang Yun, and Tony Cole, covered the most important edible and poisonous
mushrooms that Australians and New Zealanders might encounter in the wild, as well as the edible
mushrooms that could be purchased in supermarkets. The original authors were joined by Steve
Stephenson, a mycologist from the United States, and their combined efforts produced this new book.
Whereas the first book mentioned or illustrated about 205 taxa, this book treats about 280 taxa, and
many taxa only mentioned or illustrated in the first book are now discussed. The resulting reference
is truly international in its coverage and will appeal to enthusiasts from around the world.
Edible and Poisonous Mushrooms of the World is aimed at individuals who are interested in
mushrooms and wish to expand their knowledge about the subject, including information on the roles
of fungi in nature and how they can be grown and cultivated. The introduction provides essential
background information about what mushrooms are, both poisonous and edible, how they are named,
and how they fit into the big picture, both as part of the natural world and as part of the world market.
The first section, Cultivating Mushrooms, divides its attention between nonmycorrhizal mushrooms,
including the eight most popular saprobic mushrooms, and mycorrhizal mushrooms, with an emphasis
on the Périgord black truffle. The second section, Collecting Wild Mushrooms, discusses the
identification and collection of mushrooms and the rules that should he followed when picking them. It
also includes a helpful list of the major poisoning syndromes and the mushrooms known to be
associated with each one. The final section, A List of Wild Mushrooms, is the cornerstone of the
hook, providing details of size, colour, habit, and other identifying factors for the world's most common
edible wild mushrooms (including those with major international markets), for poisonous species that
should be avoided at all costs, and for mushroom curiosities likely to be encountered in nature.
Many hundreds of species of questionable or unknown edibility have been omitted, as have a large
number of lesser edible mushrooms that may he important in one country but not in others. For
information on these species it would be wise to consult mushroom field guides in the relevant
country.
A vast amount of information on mushrooms can be found on various Web sites, a few of which are
listed in Mushroom Cultivation with Special Emphasis on Appropriate Techniques for Developing
Countries (Oei 1996) and related articles in the Mycologist magazine. Simply typing the word
"mushroom" into a general search engine will bring up tens of thousands of references. A more
useful and orderly search can he obtained by accessing Cornell University's WWW Virtual Library of
Mycology. While a good proportion of the information available from the Web is of high quality, much
of it is also ephemeral, and this creates major problems for those using it. Web addresses also have
a tendency to change when those who created the Web page change employment or move to
another server. Consequently, the list of Web addresses at the back of the book includes only those
sites expected to be reasonably permanent, such as those run by universities or other major
institutions.
At the back of the book Chinese Names of Mushrooms links Chinese script and pinyin common
names to their scientific and common European equivalents.
... They contain various chemical constituents with medicinal and nutritional benefits. Due to the presence of polysaccharides and steroids in them, they exhibit antitumor and anti-inflammatory properties (Hall et al., 2003). Some of the members are also utilized as adsorbent in oil-water emulsion separation (Yang et al., 2014). ...
... aestivum var. uncinatum) (from now on T. uncinatum in the text), which has a particularly intense aromatic profile [7]. In the white truffle category, T. borchii and T. oligospermum are included, among others. ...
Article
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The visual authentication of high-value truffles (Tuber magnatum and Tuber melanosporum) is challenging, as they share similar morphological characteristics with other truffle species that have a lower economic value. This similarity complicates accurate identification and increases the risk of substitution or mislabeling, which can affect both market prices and consumer trust. For this reason, the aim of this study was to apply a non-targeted lipidomic approach using ion mobility spectrometry-mass spectrometry to distinguish between white (T. magnatum, Tuber borchii, and Tuber oligospermum) and black truffle species (T. melanosprum, T. aestivum, T. aestivum var. uncinatum, T. brumale, and T. indicum) and to determine the different geographical origins of the two most valuable truffle species (T. melanosporum and T. magnatum). Among several hundred features, 37 and 57 lipids were identified as marker compounds to distinguish white and black truffle species using MS/MS spectra and collision cross section (CCS) values, respectively. Only a few marker compounds were necessary to recognize the differences between white and black truffles. In particular, ceramides, glycerolipids, and phospholipids proved to be particularly suitable for separating the species. In addition, different metabolite profiles were determined for T. melanosporum and T. magnatum depending on their geographical origin. These findings lay the groundwork for a comprehensive quality control framework for fresh truffles, ensuring authenticity, detecting adulteration, and preserving their premium status.
... Immature mushrooms will emerge as yellow stalks with round, bulbous tops before opening into a mushroom cap (Figure 2). These mushrooms can fruit yearround in indoor potting soils and are considered poisonous (Hall et al. 2003). ...
Article
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Mushrooms growing in potting soil are a common problem reported in nursery production and in potted plants in the indoor and outdoor home landscape. Many of these fungi are saprotrophic and feed on the organic matter contained in the potting soil itself and/or in the mulch, which varies in composition but often contains tree bark, wood chips, pine straw, moss, or leaves. These fungi are not necessarily harmful to the plants, but fungal fruiting bodies can make plants unmarketable. Unknown fungi can also be concerning to retailers and homeowners because of potential toxicity to pets and children. The purpose of this publication is to provide homeowners and retail nursery growers with an overview of some of the most common mushroom-forming fungi found in potted plants and potting soils in Florida. We also provide cultural control recommendations to help prevent or reduce mushroom growth.
... Nestes casos, os recursos mais valiosos são aqueles que se concentram na identificação de fungos venenosos (Ammirati, Traquair, Horgen , 1985;Hall Et al. 2003;Bresinsky, Besl, 1990). A sua aplicação se estende a casos específicos, como incêndios criminosos, envenenamentos, contaminação de alimentos e crimes ambientais, onde os fungos podem servir como indicadores valiosos de atividades criminosas. ...
Article
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A Micologia Forense é uma disciplina emergente que desempenha um papel crucial em investigações criminais. Os fungos cadavéricos, encontrados em corpos em decomposição, são essenciais para estimar o Intervalo Post Mortem (IPM), fornecendo informações vitais sobre o tempo decorrido desde a morte. Além disso, a presença e a distribuição desses fungos podem auxiliar na determinação do local de morte e na compreensão da dinâmica dos eventos que levaram à morte. Encontrando aplicações em casos de suspeita de homicídio, suicídio ou acidente, onde a análise de fungos pode fornecer evidências adicionais para auxiliar nas investigações criminais. Os objetivos deste estudo incluem realizar uma revisão bibliográfica para apresentar o uso da Micologia Forense em investigações criminais, apresentar trabalhos com sua aplicação, relatar a necessidade de novas técnicas e estudos para identificações mais precisas de espécies de fungos, destacar as principais espécies de fungos utilizadas na área forense, relatar as diversas aplicações da Micologia Forense e apresentar estudos de casos com seu uso. A Micologia Forense é uma ferramenta subutilizada, especialmente no Brasil, devido à falta de especialistas qualificados, à complexidade da identificação de fungos e à carência de recursos de referência adequados. Isso destaca a necessidade de investimento em pesquisa e treinamento para aprimorar sua eficácia na resolução de casos criminais. No entanto, seu potencial é vasto, e essa disciplina tem muito a oferecer para investigações criminais, proporcionando uma compreensão mais profunda e precisa das circunstâncias envolvidas em crimes e mortes suspeitas.
... They can grown on substrates sterilized sawdust and agricultural waste. Thus, they greatly help the cycling of plant and animal waste by converting plant waste into food (Hall et al., 2003). This is also very important for food sustainability. ...
Article
Full-text available
A substrate composition experiment was carried out to utilize the waste parts of certain plants for cultivation of Ganoderma lucidum, a medicinal mushroom. Ganoderma mycelium (millet spawn) provided by the Atatürk Horticultural Central Research Institute (Yalova, Türkiye). Nine (9) different substrate recipes were used in this study; S1: 40% sawdust + 40% chickpea stalk + 20% bran, S2: 60% sawdust + 20% chickpea stalk + 20% bran, S3: 40% sawdust + 40% pea stalk + 20% bran, S4: 60% sawdust + 20% pea stalk + 20% bran, S5: 40% sawdust + 40% poppy stalk + 20% bran, S6: 60% sawdust + 20% poppy stalk + 20% bran, S7: 40% sawdust + 40% corn cob + 20% bran, S8: 60% sawdust + 20% corncob + 20% bran and S9 (Control): 80% sawdust + 20% bran. Mushroom fruiting bodies were obtained from all substrates. Biological efficiency (BE) was varied between 7.84 and 17.92%. BE in S2, S5, S6, S7, S8 and S9 was higher than S4, S3 and S1. The highest total yield was recorded in S6 with 88.38 g 1.5 kg bag-1. The earliest mushroom was harvested from corncob (S8) and sawdust (S9) recipes within 51 days. The protein content of fruiting bodies ranged from 31.51% to 51.4%. Nitrogen, potassium, calcium, magnesium and iron content of fruiting bodies were increased by mixing 40% corncob to substrate and zinc was enriched by adding 20% chick pea stalk. Adding corncob to the substrate may enrich the Ganoderma fruiting body protein and mineral content without decreasing the yield and biological efficiency.
Chapter
The intake of mushrooms has increased recently, for various health reasons. Furthermore, some people ingest particular mushrooms for their hallucinogenic properties, which has resulted in a rise in mushroom poisonings. Particularly, eating of mushrooms collected from the wild may have significant potenteil of exposing consumers to hazardous levels of poisoning. This book chapter reviews the health, nutritive values and noxious substances present in mushrooms. The chapter also will provide information to consumers to assitst in the early detection, investigation, and treatment of mushroom contaminants. Finally, the chapter informs the consumer on how to avoid mushroom poisoning in everyday life. Pleurotus florida, a delightful edible fungus with significant medicinal potential that is widely produced on an economical basis in several parts of the world, belongs to the genus Pleurotus. Amatoxin poisoning, which leads to hepatocellular damage, is a serious problem in the health system in certain countries and could among the commonest reasons for liver transplantation.
Article
Fungi are a diverse group, and they are essential for health, the economy, and food. Interest in these organisms has increased because of the importance and effect of their chemical components viz., phenolic compounds, which are considered an alternative source of antioxidants. Antioxidants are compounds that prevent cell damage and can help prevent or counteract certain diseases (cardiovascular, neurodegen-erative, cancer, etc.) because they can improve cell function (changes in enzyme activity, enzyme patterns, membrane fluidity, and responses to stimuli), among others. To date, no adverse side effects have been reported. The difference in production is due to several factors, such as the growth environment, nutrition, cell age, the part from where the phenolic compounds are obtained (pileus, stipe, or mycelium), the extraction method, etc. This article aims to provide an overview of wild edible mushrooms, to promote the study of their antioxidant capacity, and to better understand the nutraceutical potential of edible mushrooms consumed in different parts of the world.
Article
i>Podaxis pistillaris , an abundant gasteroid mushroom, has become an important biological element in arid and semiarid communities worldwide. This mushroom possesses cosmetic, edible, and medicinal attributes, playing a crucial role in communities in countries such as Australia, India, Saudi Arabia, Yemen, and Mexico. Proximate studies highlight the nutritional richness of P. pistillaris, characterized by high protein content and essential bioelements such as K, P, and Mg. Furthermore, P. pistillaris is integral to the traditional medicine of indigenous communities in America, Asia, and Africa, where it is revered for its purported wound-healing, anti-inflammatory, and coagulant properties. In the case of Mexico, the Seri community uses and markets P. pistillaris in various forms, including ointments and, within the region, its spores. Chemical analysis of this species reveals notable compounds, including epicorazines A-C exhibiting antimicrobial properties, along with polysaccharides such as β-glucans, and a recently identified ergosterol derivative named podaxisterol. Despite its importance, the chemical characterization and assessment of the biological activity of its compounds have been largely understudied. Consequently, there are currently no wound-healing products on the market derived from fungi, as the majority originate from plant sources. This work aims to present the essential aspects of P. pistillaris's ethnobiological use, medicinal properties, bioactive compounds, and biotechnological applications. In addition, it underscores the overlooked status of P. pistillaris among fungi inhabiting arid areas, emphasizing its potential as a valuable subject for further research.
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