Thermo Fisher Scientific / Sigma-Aldrich / Bio-Rad Laboratories / Merck / GE Healthcare / Mei / Jackson ImmunoResearch Laboratories / mAbs Isotype / IgG / Protein Data Bank / SignaGen Laboratories / INTEGRA Biosciences / GenBank / New England BioLabs Inc. / Biacore Inc / PCR / Macherey-Nagel GmbH & Co. KG. / Creative Commons / Specificity DB2 / /
Country
Taiwan / Malaysia / United States / /
Currency
pence / / /
Event
Extinction / /
Facility
National Defense Medical Center / Laboratory Animal Center National Taiwan University College of Medicine / C terminus / Institute of Biomedical / Institute of Biomedical Sciences / Institute of Cellular / University of North Carolina / Graduate Institute of Life Sciences / Fort Collins / /
IndustryTerm
block solution / control / mammalian expression systems / cDNA product / research tools / sensor chip / /
Committee on the Ethics of Animal Experiments of Academia Sinica / Institute of Cellular / National Defense Medical Center / Federal Communications Commission / National Taiwan University College of Medicine / National Laboratory Animal Center / Graduate Institute of Life Sciences / Institute of Cellular and Organismic Biology / University of North Carolina / Public Health Service / Institute of Biomedical / National Science Council / Centers for Disease Control and Prevention / Division of Vector-Borne Infectious Diseases / Institute of Biomedical Sciences / United States Department of Health and Human Services / /
Development of a Humanized Antibody with High Therapeutic Potential against Dengue Virus Type 2 Pi-Chun Li1,2, Mei-Ying Liao2, Ping-Chang Cheng2, Jian-Jong Liang3, I-Ju Liu2, Chien-Yu Chiu2, Yi-Ling Lin3, Gwong-Jen J. Ch