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| + | Mycopedia | ||
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| + | " Mycoremediation is a bioremediation process mediated by fungi. Because fungi have a variety of ecological and biological capacity in the environments, mycoremediation is actively investigated in these days as a potent bioremediation tool. | ||
| + | For example, brown rot fungi can absorb heavy metals by chelating with oxalic acids while white rot fungi can degrade phenolic compounds (e.g dyes) from wastewater. For these mycoremedial applications, a wide range of fungi strains should be collected and examined. However, known mycoremediation processes are still limited to a few well-known strains and no accessible online resources for fungal bioremediation are available yet. | ||
| − | + | For a systematic approach for mycoremediation, we developed a web-based mycoremediation information system based on the Korea University Culture Collection. The site includes a functional categorization of fungal strains based on the bioremediation specific molecular functions. The general information about strains and principles of mycoremediation are provided by text-mining and document analysis. This system will serve as a valuable resource to those who study mycoremediation and use fungi as a bioremediation tool." | |
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| − | + | <div>[[Image:Paxillus_panuoides.jpg|thumb|left|150px|Paxillus panuoides]]</div> | |
| − | + | <div>[[Image:Fungi myco.jpg|thumb|left|250px|Ex]]</div> | |
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| + | The Korea University Culture Collection (KUC) is a nonprofit fungal resource center which is focused on the acquisition, production, preservation and distribution of standard reference microorganisms for research and development in the biotechnology.KUC promotes the success of researches by characterizing microorganisms as well as developing and evaluating assays and techniques for biological remediation and industry of biofuel, bioenergy, biological control and pharmaceutical anti-oxidants by preserving and distributing fungal materials to the public and private sector research communities. | ||
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| + | {| | ||
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| + | |KUC collection | ||
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| + | ---- | ||
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| + | |[[File:Figure1.JPG|30px]] | ||
| + | |Mycoremeidation | ||
| + | example | ||
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| + | ---- | ||
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| + | |[[File:Figure1.JPG|30px]] | ||
| + | |gene cluster database | ||
| + | example | ||
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| + | ---- | ||
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| + | |[[File:Figure1.JPG|30px]] | ||
| + | |Functional classification | ||
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Latest revision as of 16:06, 12 November 2013
Mycopedia
" Mycoremediation is a bioremediation process mediated by fungi. Because fungi have a variety of ecological and biological capacity in the environments, mycoremediation is actively investigated in these days as a potent bioremediation tool. For example, brown rot fungi can absorb heavy metals by chelating with oxalic acids while white rot fungi can degrade phenolic compounds (e.g dyes) from wastewater. For these mycoremedial applications, a wide range of fungi strains should be collected and examined. However, known mycoremediation processes are still limited to a few well-known strains and no accessible online resources for fungal bioremediation are available yet.
For a systematic approach for mycoremediation, we developed a web-based mycoremediation information system based on the Korea University Culture Collection. The site includes a functional categorization of fungal strains based on the bioremediation specific molecular functions. The general information about strains and principles of mycoremediation are provided by text-mining and document analysis. This system will serve as a valuable resource to those who study mycoremediation and use fungi as a bioremediation tool."
KUC collection
The Korea University Culture Collection (KUC) is a nonprofit fungal resource center which is focused on the acquisition, production, preservation and distribution of standard reference microorganisms for research and development in the biotechnology.KUC promotes the success of researches by characterizing microorganisms as well as developing and evaluating assays and techniques for biological remediation and industry of biofuel, bioenergy, biological control and pharmaceutical anti-oxidants by preserving and distributing fungal materials to the public and private sector research communities.
Latest News
12 November 2013: Conserved gene cluster database
JGI 206 genomes analyzed by our clustering algorithm. The cluster database contains about 80000 conserved gene clusters.
8 April 2013: Acquisition of valuable fungal genome resource by using next generation sequencing
There are a lot of potent fungal species for mycoremediation. we attempted whole genome sequencing using NGS and acquired genome data of Ceriporia lacerata. The data will be released soon!
8 April 2013: New information of KUC strains
We updated gene sequences of enzyems related mycoremediation and culture information(MEA/PDA pictures). The culture information shows how fungi were transfered and incubated.
Most recent updates in mycopedia
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Contents
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KUC collection
example |
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Mycoremeidation
example |
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gene cluster database
example |
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Functional classification
example |
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