LG / Cell Biolabs Inc. / Grigoriadis AE / Millipore / Sigma-Aldrich / Invitrogen Life Technologies / BioMed Central Ltd. / Fuji Photo Film Co. Ltd. / Dojindo Molecular Technologies / Damul Science Co. / Google / Creative Commons / /
Country
Japan / United States / Korea / United Kingdom / South Korea / / /
Facility
Chonbuk National University / College of Natural Science / Sunchon National University / Laboratory of Translational Therapeutics / Korea Research Institute of Chemical Technology / /
IndustryTerm
culture media / food / treatment for bone metabolic diseases / food groups / prevention of cancer / bone systems / online submission / /
MedicalCondition
osteonecrosis / flushing femurs / lytic bone diseases / rheumatoid arthritis / several lytic bone diseases / bone metabolic diseases / excessive bone resorption / bone resorption / serum starvation / periodontal disease / breast cancer / human ovarian cancer / cancer / metabolic diseases / hormone-dependent cancer / diseases / osteoporosis / infection / metabolic disease / highly metastatic melanoma / /
MedicalTreatment
Pharmacotherapies / antibiotics / /
Organization
College of Natural Science / Korea Research Institute of Chemical Technology / Institutional Animal Care and Use Committee / Bio-Organic Science Division / Chonbuk National University / Hellenic Foundation of Osteoporosis / Ministry of Knowledge Economy / Laboratory of Translational Therapeutics / Sunchon National University / /
Person
Marshall JR / Seong Hwan / OSCAR GAACACCAGAGGCTATGACTGTTC CCGTGGAGCTGAGGAAAAGGTTG / /
An upper limit for macromolecular crowding effects