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© ПРАВИЛА ДЛЯ УЧАСТНИКОВ ФОРУМА МОБС

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1. Прежде всего — нужны Только Конкретные и обоснованные Фактами Идеи и Предложения по Темам Форума, предложенным его Участникам.
Все это будет Учитываться Командой Форума при оценке Деятельности его Участников, все же Лишнее будет безжалостно отрезаться Бритвой Оккама и также Учитываться Командой Форума со Знаком Минус.

2. Любителям поболтать прямая дорога на другие Форумы. 

3. Всякое Прямое Хамство и Нецензурщина между Участниками Форума МОБС будут Всячески Пресекаться и Искореняться вплоть до Удаления с Форума подобных «Участников» без всякого права их Восстановления в дальнейшем. 

4. Команда Форума МОБС, работающая под личным Патронажем Админа Сайта и Форума,будет тщательно модерировать Поведение и Творческую Активность Участников Форума и выставлять им Баллы Статуса за Поведение и Творческие Предложения и Идеи.

5. Участники Форума,набравшие определенное количество Баллов и проявившие соответствующую Творческую Активность могут,после одобрения их Кандидатур Админом Сайта и Форума,перейти в Команду Форума.

6. Для более Наглядного Представления о Системе Баллов и Уровней Участников,а также их Статуса на Форуме МОБС,всем его Участникам Предложена Общая Система Учета Баллов и Статуса (УБС),которая будет использована Командой Форума согласно пп.4 и 5 Правил для Участников Форума МОБС.

7. Для наиболее Талантливых и Инициативных Участников Форума МОБС возможно их дальнейшее Продвижение в Кандидаты в Сотрудники Творческой Группы Отдела Научно-Исследовательких Работ (ТГ ОНИР) МОБС (см.раздел Сайта «Творческая Группа ОНИР МОБС).

8. Правила для Участников Форума МОБС не Догма, возможно их дальнейшее Развитие, Усовершенствование, Переосмысление и Дополнение, в том числе и самими Участниками Форума МОБС. Так что ждем Ваших Идей, Мыслей и Конкретных Предложений по данному Контенту. 

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© ТЕМЫ ОБСУЖДЕНИЯ ДЛЯ УЧАСТНИКОВ ФОРУМА МОБС ©
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1. Перспективы Нанотехнологий, Биотехнологий, Генной инженерии и других новых Супертехнологий для полной  перестройки биоорганизма на Новый Энергетический Уровень (НУЭ),ист.[1+].

2. Постчеловеческая Цивилизация (на основе одноименной статьи в соавторстве А.Болонкин+Пророк, ист.[2]),ее Возможности и Перспективы,плюсы и минусы,способы и методы осуществления и реализации.

3. Возможности применения в Поиске Решений Проблем и Задач, связанных с п.1 и 2,как с помощью Научно-Технологических,так и с помощью Экстрасенсорных и Инфо-Магических Методов,Способов и Подходов,ист.[3+].

4. Перспективы использования методов Научно-Техничекого и Инфо-Магического Поиска для решения Проблем Управления значениями Мировых Констант и Переменных в Мироздании,ист.[4+]. 

5. Перспективы бесконечного саморазвития Индивида,не ограниченного временными рамками,возможности,методы и способы его Апгрейда, ист.[5+].

6. Список будет продолжен. Другие подобные темы. Ждем ваших Идей и предложений.

Библиография: 

1. Ю.Никитин, НФР «Трансчеловек», М, ЭКСМО, 2006 (полная энергетическая перестройка Биоорганизма на Новый Энерго-Уровень).

2. Фольклер МОБС, прил.к БП-2,статья «Постчеловеческая Цивилизация», соавторы А.Болонкин (2001), Пророк МОБС (2020)(с изменениями и дополнениями). 

3. Работа 10, прил.к БП-2 (методы научного и инфо-магического Поиска решения Задач и Проблем, стоящих перед ТГ ОНИР МОБС и всем мировым научным сообществом, перспективы их использования для метода МШ, МЯ, ТРИЗ, АРИЗ и др.).

4. Работа 10, прил.к БП-2 (методы Управления Мировыми Значениями Постоянных,Переменных и Констант(МЗ ППК) для разных Значений и Уровней научного и инфо-магического оперирования).

5. Ю.Никитин, НФР «Сингомейкеры; Имаго; Я-Сингуляр; Трое из Леса и др.», М, ЭКСМО, 1993-2021.

6.Ссылки на данные и другие источники в разделе Материалы на нашем Сайте, публикации новых Источников там же будут продолжены.

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Four Things Your Mom Should Have Taught You About Source Of Spores
Four Things Your Mom Should Have Taught You About Source Of Spores
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Mushrooms - What are They?

 

 

 

 

 

 

A mushroom is a type of fruit with the ability to produce spores. Mushrooms can be found above soil, typically on the. They're edible, and often used as food. Find out more about this delicious food! Here are a few common varieties and their applications. They're a wonderful source of delicious, healthy nutrients. Find out more about the different types of mushrooms. Then, try some out for yourself!

 

 

 

 

 

 

Ascomycota

 

 

 

 

 

 

Ascomycota Ascomycota are a group of fungi which produce ascospores and ascus. These mushrooms are the largest family of fungi with over 44,000 species. As well as being important in the pathogenesis of plants Ascomycota is also essential in the production of antibiotics and industrial chemicals. There are facultative and pure saprophytic species. They are distinguished by the septated mycelium , as well as explosive the discharge of spores.

 

 

 

 

 

 

Perithecial fungi comprise the largest group, but the most poorly understood. Despite the vast variety of Ascomycota mushrooms and their systematists, very few have concentrated on these species. There are a few orders within this group, including the Hypocreales, Erysiphales, and Xylariales however, they are all poorly defined. Perithecial fungi occur as endophytes or parasites and are present on all substrates, including plants.

 

 

 

 

 

 

The mushroom genus Gyromitra bears similarities to the real morels in the Genus Morchella. The word "mushroom" is utilized in a broad sense in guides to mushrooms, such as certain Ascomycota species. For more information, refer to our comprehensive information on mushrooms. While you're herego out and discover! Ascomycota mushroom is a great addition to any menu!

 

 

 

 

 

 

The inhibitory activity was assessed by using the protease X. hypoxylon. This protease is much more powerful than P. the eryngii strain, and has been found to inhibit HIV-1 reverse transcriptase (RT). Furthermore, it has a high pH the optimal value of 7.5. This permits it to prevent the reproduction of virus in the living. Thus, Ascomycota mushrooms are helpful in several diseases.

 

 

 

 

 

 

The Endomycetaceae, Amanita and Termitomyces are the most popular mushrooms within Zambia and Zaire. The consumption of mushrooms during these "hunger" months is widespread and was ranked as second to caterpillars in a 1950s survey. This kinds of Amanita and Lactarius are also popularly consumed in some regions of the continent do not eat the same kinds of mushrooms.

 

 

 

 

 

 

Basidiomycota

 

 

 

 

 

 

The Ascomycota species and Basidiomycota are two major divisions within the kingdom Fungi. Each has distinctive characteristics and properties. Members from the Basidiomycota are known as Basidiomycetes. In this article, we'll look at some of the most important characteristics of this subkingdom. For those who aren't familiar with this particular sub-kingdom, it is comprised of the most commonly used mushrooms that exist in the world.

 

 

 

 

 

 

The majority of basidiomycota have hyphae that contain one nuclear type that is one monokaryon. Other species have macroscopic fruiting bodies that have two or three hyphae. The hyphae of Basidiomycete comprise basidia, which are special cells. After meiosis, binucleate cells thalli join to form a hyphal organ , called the basidium. The basidium eventually develops basidiospores that are haploid.

 

 

 

 

 

 

The fungi that belong to the Basidiomycota, basidiomyces are the most significant crop plant pathogens. While they do not have macroscopic fruiting bodies, basidiomycetes bear spores on the leaves, stems, and flowers in their hosts. They "steal" nutrition from host plants in order to be able to survive. Rusts go through complex life cycles. The black stem rust of wheat, for example has been alternating between barberry and wheat for about 1 time to end its journey.

 

 

 

 

 

 

Many of the Basidiomycota species possess anticancer and immune-stimulating chemicals. In reality, more than 600 species of higher Basidiomycetes have been discovered to have antitumor as well as immunostimulatory compounds. These substances have antibacterial as well as anti-inflammatory properties. The mushroom's material has between ten and thirty fractions of polysaccharides. The results are promising for developing efficient, safe, and effective treatments.

 

 

 

 

 

 

ChE-like functions were observed in crude extracts from a variety of mushrooms, including those belonging to the Basidiomycota Genus. However, the ACh-like activity was not completely blocked by specific inhibitors, suggesting there may be several ChE-like enzymes in the mushrooms. Additionally, the enzymes could be different in origin and are derived from esterases that behave differently than ChEs.

 

 

 

 

 

 

Mycorrhiza

 

 

 

 

 

 

Mycorrhiza mushrooms affect plant roots by producing an hyphae network that increases the area of the root. The larger surface area can help the plant to absorb nutrients. The hyphae also obtain nutrients from host plants and give the plant nutrients. The symbiotic relationship between the two is known as mycorrhiza. Alongside improving plant health mycorrhizal filaments enhance soil structure and fight root-borne diseases of plants.

 

 

 

 

 

 

Forests are the primary habitat of mushrooms, and particularly older-growth forests. Mycorrhiza mushrooms thrive in close proximity with the tree they are growing on. The best time to harvest them is contingent on the species of trees which are in close proximity. However, changes in the weather could affect their growth, which is why the harvesting of mushrooms should be scheduled for autumn because the air is humid. Management practices for forests also affect the harvest of mushrooms. Clear-cutting, for example, interferes with mycorrhiza growth for several years.

 

 

 

 

 

 

The composition of mycorrhizal mushrooms differs from forest to forest however, the majority of species are microscopically small. They favor soils that are low in nitrogen and phosphorus soluble. Mycorrhizal mushrooms typically grow on tree roots, which makes them an excellent source of spores of nutrition for plants. Some species also create mycorrhizas. Ascomycetes are a few common mushrooms. and basidiomycetes.

 

 

 

 

 

 

The connection between mycorrhizal and plant life is known as a synergy. Both plants and mycorrhizal mushrooms have the basis of a symbiotic relation that helps the mushroom to support the growth of plants. They depend on each for their survival. Ultimately, the outcome of this interaction results in creation of the best tasting mushrooms. This connection is essential to the growth of crops for agriculture worldwide. The Japanese shoro mushroom, as an instance, is regarded as a bioculturally and economically important edible mycorrhizal fungus.

 

 

 

 

 

 

Mycorrhiza mushrooms are found in temperate zones that are situated midway between equator and the poles. These zones have distinctively seasonal climates, and large areas of deciduous and coniferous forests that are found in regions such as the Northern Hemisphere, Europe, and Siberia. They are often found on forest roots and are mostly found in pine forests, but are also cultivated within the natural environment.

 

 

 

 

 

 

Toadstool

 

 

 

 

 

 

Toadstools and mushrooms are both edible fungi. The two terms are often used to refer to them interchangeably. The former is used to describe toxic mushrooms, while the latter is for edible mushrooms. Learn to differentiate the two types of mushrooms and experience the new taste and texture every bite. Here's how to identify the fascinating fruit. Learn more about them here. Toadstool mushrooms resemble one another in many ways.

 

 

 

 

 

 

Toadstools, also known as mushroom-like bodies, that produce a variety of toxin. These secondary metabolites are bioluminescent antibacterial, mind-altering, and antibiotic. While the majority of toadstools are non-toxic however, certain species are poisonous and can cause discomfort, for example, stomachaches or digestion. Silver spoon tests can only identify edible mushrooms. If you've had the experience of being poisoned by a toadstool you're probably aware that it's toxic.

 

 

 

 

 

 

Mycelium develops into a network beneath the soil. When the mycelium is grown into a clump, it will form a toadstool. This picture exaggerates the thickness of the threads, but the mycelium itself is bigger. The mushrooms are beneficial to wildlife. They aid in recycling organic matter. Unlike plants, fungi don't produce seeds. Instead they reproduce by releasing spores.

 

 

 

 

 

 

If you see toadstools sprouting on your property, you should try to eliminate them. The mushrooms are aesthetically annoying however they could be a health hazard for livestock and pets. There are simple solutions to eliminate toadstools from your property. You can use motorized tools for de-thatching or manual rakes. After you have removed the mushrooms make sure you dispose of them properly. Toadstools thrive in humid areas Therefore, try to limit their numbers.

 

 

 

 

 

 

Toadstool mushroom has a great antioxidant power , and they can help safeguard your body against a variety of illnesses. Drinking Chaga tea is very popular among health-conscious people. Toadstool mushroom also enhances your immune system . They may even stop cancer. A moderate amount of this fungus is also beneficial in preventing other intestinal, liver and other cancers. Therefore, if you're looking for a way to prevent cancer, consider Toadstool mushrooms!

 

 

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