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Korean Collection for Type Cultures

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KCTC 6985

KCTC No. 6985
(KCTC Other No.)
Resource Type Mold
Name Aspergillus niger
Type Strain No
Biosafty Level 1
LMO No
Synonym
Phylum (ex Phylum)
Genome Information
History <- J.H. Seu <- ATCC <- C. Thom 4247 <- R.A. Steinberg
Source from Leather
Other Collection No. AM [324], ATCC [6275], CBS [769.97], CECT [2807], DSM [1957], IFO [6341], IMI [045551], KCTC [2118], MUCL [19002], NRRL [334], QM [324], QM [458], USDA TC [215-4247], VTT [D-81078], WB [334]
Reference
KCTC Media No. KCTC media No. 31 Malt Extract Agar (Blekeslee's Formula)
Oxygen Requirement Aerobic
Temperature 24 ℃
pH netural pH 배양 가능 (배지정보 참조)
Incubation Time
Images
KCTC6985
Price
[Delivery form & Price]
- Freeze vial (Regular distribution): $70,000 KRW
- Actively growing culture (Active culture distribution): ₩105 KRW
* For regular distribution of animal cell strains to other countries, a separate dry ice fee (packing charges $500) will be added.
※ If you are picking up an animal cell strain in person, you must bring your own dry ice or liquid nitrogen.
MTA Restrictions Only NON-COMMERCIAL USE for reference strains and/or academic researches

If you use the resources sold by our KCTC for papers or patents, please make sure to write the phrase "The biological resources used in this research were distributed from KCTC"




Title_ArrowReferences

Title Jounal Issued
합성 세라믹분말에 대한 항균성물질의 흡착 및 내열성 dbpia.co.kr 2000
Virginiamycin 생합성 유도인자 Virginiae Butanolide C 에 의한 Erythromycin 생산 유도 dbpia.co.kr 2000
Composition containing moutan root bark extract as active ingredient Google Patents 2005
Antifungal Activity of Sea Cucumber (Stichopus japonicus) Extracts faperta.ugm.ac.id 2012
A study on the bioleaching of cobalt and copper from cobalt concentrate by Aspergillus niger strains koreascience.or.kr 2013
Effect of extraction methods on antifungal activity of sea cucumber (Stichopus japonicus) journal.ugm.ac.id 2014
Bioleaching behavior of Cu and Co by Aspergillus niger strains from molasses culture koreascience.or.kr 2014
Degradation of corn stover by fungal cellulase cocktail for production of polyhydroxyalkanoates by moderate halophile Paracoccus sp. LL1 Elsevier 2015