Silibeads / P. Bourguignon L. C. / BPA / Agilent Technologies / Sigma-Aldrich / Creative Commons / GE Healthcare / Sigmund Lindner GmbH / Kaohsiung Journal / Hindawi Publishing Corporation / /
Country
Germany / Italy / Belgium / United States / / /
Event
Product Issues / Environmental Issue / /
Facility
University of Naples / /
IndustryTerm
active site / estrogens-mimicking chemicals / purification protocol / technologic applications / high production volume chemicals / high production volume chemical / liquid solution / endocrine disrupting chemicals / continuous systems / hormone systems / endocrine-disrupting chemicals / food / biotechnological tools / natural chemicals / mM stock solution / chemical advanced oxidation / pharmaceuticals / oestrogenic chemicals / endocrine disrupting chemicals nonylphenol / enzymatic systems / human and animal food / chemical classes / aqueous solutions / personal care products / chemicals / /
Organization
University of Naples / Endocrine Society / European Commission / European Union / Alessandra Piscitelli Department of Chemical Sciences / /
Person
C. L. Gordon / V / Giovanni Sannia / Grace Vydac / L. Jian Mei / X. Jie / J. Yu / Gemma Macellaro / F. Zheng / Federico II / M. C. Colao / V / L. Gong / Alessandra Piscitelli / B. Zhang / Monte S. Angelo / Paola Cicatiello / P. Giardina / V / /
Position
first acknowledged laccase mediator / ABTS mediator / mediator / synthetic mediator / Academic Editor / POXC rPOXA1b No mediator / natural mediator / AS No mediator / economically available mediator / No mediator / /
Product
TDK NP 100 Headphone/Headset / synthetic water / sites / municipal wastewater / /
ProgrammingLanguage
C / /
ProvinceOrState
Florida / /
PublishedMedium
Biochemical Journal / The Central European Journal / Journal of Applied Toxicology / Molecular Biology / /
Fungal Laccases Degradation of Endocrine Disrupting Compounds