http___hr.adaptogens.com_c-11159.aspx_1.xml
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Glossy gloss may be found in the entire northern hemisphere. It's growing with us, but I've never found it, even though I've been trying to get it out of curiosity. (I still did not know that it was healing.) For commercial purposes, Glossy is grown on blocks and supplied in different quality classes. As with all mushrooms, pollen is very important for cleanliness of the environment (mushrooms are a bioaccumulator of heavy metals and other pollutants) as well as a genofond of mushroom culture. While medicinal plants are often harvested in the industry in the nature, medicinal sponges for large-scale sponge growers are almost exclusively grown. The availability of mushrooms in nature is very volatile and unreliable. The cultivation of medicinal mushrooms can be very demanding, depending on the type of mushroom. It is necessary to imitate as much as possible the natural conditions in which the fungus grows. In addition, many healing sponges are long-lived. For example, glossy shine will last many years from the moment of the outbreak until the trunk grows on the affected trunk. In the case of the Cordyceps sinensis, it is necessary to grow the caterpillars which after the infestation of spores of this parasitic fungus will die and whose bodies will develop after a few months of the caterpillars of the caterpillar (the Chinese name of the caterpillar "tōng cōng šià cao" in literal translation " worm in winter, plant in summer "). Depending on the natural conditions and the natural genofond of the medicinal sponges, the quality of the grown material is controlled. A long process of fruit growth develops natural growers as much as possible. Mushrooms are grown at optimal temperature and humidity on wood or other material adapted for rapid growth of the organs. The methods are different for different mushrooms. For example, in shingles, the use of pressed sawdust instead of a full block can ease the growth of the fungus and get the fertilizer already 6 months after inoculation, instead of several years, as is the case in nature ... ... but the hardest method ever to get mushroom biomass over literally several days is growing mycelium on agar in Petri dishes ... Cultivation of mycelium and primordial medicinal fungi on agar A special feature of medicinal fungi is the cultivation of mycelium (mycelium) and primordia ("young pups") on enriched agar in vitro . It is a method used by large-scale producers to further accelerate and reduce the production of biomass of medicinal mushrooms. This method is specific to healing sponges, and is used only for expensive and long-lived types of medicinal mushrooms whose biomass allows them to obtain at unbeatable prices. In plants and common fungi, in vitro cultivation is not used, because it is mostly cheaper to grow plants in an agricultural way. The in vitro hydroponic method of rapiding was developed in Korea for ginseng, but due to the resistance of users it has not become popular. The growth of the fungal biomass in vitro is accomplished by inoculating the spores of medicinal fungi from conventional cultivars on the Petri dishes (culture flasks) and incubating for several days. In the course of several days, the containers will cover the fungal fibers (mycelium or fungus), and compact clumps of fungal biomass will immediately begin to form on the surface. These would have evolved over time on the miniature fetuses of the kind of healing sponge, and therefore they are called primordium , the germs of the ferret. At this time, the mycelium and the primordium and agar were scraped off from the culture vessels for processing. Of course, such biomass is only suitable for the production of capsules and tablets, and it is necessary to concentrate it many times because most of its volume is made up of exhausted agar. For this purpose, this biomass is extracted with a suitable solvent, concentrated and processed into capsules or tablets designated as mycelium and primordium, effusmically also "young fruiting". Most of the healing preparations in our market were made in this way.
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Reishi gljiva sjajnu događa možda cijelu sjevernu hemisferu. Rasti s nama, ali nikada nisam našao, iako sam bio na njemu jednom iz znatiželje pokušao. (Nisam znao da je ljekovita.) Za komercijalne svrhe Reishi gljiva se uzgaja na poluge i dolazi u različitim stupnjevima kvalitete. Kao i kod svih gljiva, čak Reishi je vrlo važna čistoća okoliša (gljivice su bioakumulátorem teški metali i drugih zagađivača), a genetski bazen gljivičnih kultura. Dok ljekovito bilje često na industrijskoj skali prikupljeni u divljini, ljekovite gljive za velike gljivične priprema se gotovo isključivo uzgaja. Dostupnost gljiva u prirodi je vrlo nestabilnim i nepouzdanim. Uzgoj ljekovitih gljiva može biti vrsta gljiva vrlo teško pitanje. To mora biti najviše oponašati prirodni uvjeti u kojima se gljiva raste. Mnoge ljekovite gljive su također dugotrajan. Na primjer, u reishi gljiva sjajan prošlo mnogo godina od trenutka utjecaja spora do zahvaćena plemena rasti plodišta. Za Cordyceps sinensis (Cordyceps sinensis) je opet potrebno prvo izraditi gusjenice da nakon infekcije sa sporama parazitskih gljivica, umire, a tijelo je nakon nekoliko mjeseci rastu plodišta od cordyceps (otuda i kineski naziv gusjenica „Tong Cong SIA Cao”, doslovno prevedeno " zima crv, ljetna biljka „). Ovisno o tome kako smo uspjeli zadržati prirodne uvjete i prirodnu gene ljekovitih gljiva koje su tada o kvaliteti materijala uzgaja. Dugi razvojni proces torus uzgajivači, naravno, pokušati ubrzati moguće. Gljivice su uzgojene na optimalnoj temperaturi i vlazi na drva ili drugog materijala koji je prilagođen za brzi rast plodišta. Metode su različiti za različite gljivica. Na primjer, u reishi mogu koristiti komprimirani piljevinu umjesto punog bloka kako bi se olakšalo prodiranje micelija i plodnih tijela već se 6 mjeseci nakon cijepljenja, umjesto nekoliko godina, kao što je priroda ... ... ali ne i najteži način kako bi dobili gljivičnu biomase u doslovno nekoliko dana je micelij raste na agaru u Petrijeve zdjelice ... Uzgoj micelija i primordia ljekovitih gljiva na agaru Osobitost uzgoja ljekovitih gljiva micelija (micelija) i primordia ( „mladi plodište”) na agar obogaćen in vitro. To je metoda koja se koristi od strane velikih proizvođača kako bi dodatno ubrzati i jeftiniji za proizvodnju biomase ljekovitih gljiva. Ova metoda je specifična za ljekovitih gljiva, te se koristi samo za skupe i dugovječni vrsta ljekovitih gljiva, koji omogućuje dobivanje biomase na nenadmašne cijene. U konvencionalnim biljkama i gljivama koje rastu u uvjetima in vitro ne koristi jer je obično jeftiniji poljoprivrednih biljaka dopěstovat način. In vitro metoda za hidroponski forsiranje razvijen u Koreji za ginsenga, ali zbog otpora nije postala popularna među korisnicima. Prisiljavajući gljivica biomase in vitro provodi tako da je obogaćena agar u Petrijevoj zdjelici (tikvicama za kulturu tkiva) koje su inokulirane sa sporama konvencionalnih medicinskih gljiva mjesta i inkubiraju tijekom nekoliko dana. Brodovi preko nekoliko dana pokrije gljivične teme (micelija ili micelija), a na površini će se početi graditi kompaktne nakupine gljivica biomase. Ti bi na kraju evoluirao u minijaturnom plodnih tijela ljekovitim vrsta gljiva i zato se zovu primordia, sjemenki plodišta. U ovom trenutku micelij i pravijeku se struganje iz agar kulture plovila za obradu. Naravno, kao biomasa je pogodan samo za proizvodnju kapsula i tableta, te je potrebno da se koncentriraju mnogo, jer je većina njegovog volumena sastoji se od samo iscrpljena agaru. Za ovu svrhu, biomasa se ekstrahira s prikladnim otapalom, koncentrira i obradi u kapsule ili tablete su označeni kao micelija i primordia, efuemisticky kao „mladih plodišta”. Većina lijekova iz ljekovitih gljiva na našem tržištu je napravljen na ovaj način.