AntibodiesHepatitis Delta Virus, Pan-Genotypic Antibodies
From the laboratories of Anthony Frankfurter, PhD and Anthony Spano, PhD, University of Virginia
Reacts with Hepatitis Delta Virus, the most severe form of viral hepatitis with about 20 million infected individuals worldwide.
Influenza COBA P1 and CA/09 Antibodies
From the laboratory Steven L. Gonias, MD, PhD, University of Virginia
A variety of influenza antibodies which recognize COBRA, computationally optimized broadly reactive antigens, or CA/09, an Influenza A H1N1 virus.

Cell LinesCanine Myoblast Cell Line (Myok9)
From the laboratory of Peter P. Nghiem, VDM, PhD, Texas A&M University
Developed from a primary myoblast of a normal canine and useful for studying myogenesis, the process of skeletal muscular tissue formation.
Mitochondrial Cell Lines
From the laboratory of Mikhail Alexeyev, PhD, University of South Alabama
Various cell lines for studying animal models of mitochondrial biology and disease, including 4B6, Cre4, and more.
Murine Squamous Cell Carcinoma Cell Line (NOOC1)
From the laboratory of Yu Leo Lei, DDS, PhD, University of Michigan
A hypoimmunogenic cold cancer model with high-fidelity resemblance to human tobacco carcinogen-associated squamous cell carcinomas; useful for studying immunotherapy in cancer.
Neuro-2a Split Superfolder GFP-Tau Cell Line (N2a-ssGT)
From the laboratory of Daniel C Lee, PhD and Chao Ma, University of South Florida
Derived from Neuro-2a cells and designed for measuring human tau dimers/oligomers in the split GFP-Tau oligomerization assay; useful for studying pathologies and dementias of the nervous system.

Other ReagentsIgG Quantification ABC Kits
An in vitro quantitative assay for the measurement of IgG in cell culture medium, serum or other biological samples; available as human-specific or pan-specific.
Fluorescent Phenylalanine Analog (Phen-AA)
From the laboratory of Maolin Guo, PhD, University of Massachusetts Dartmouth
This novel fluorescent Phen-AA emits greenish blue light in the visible region; the genetically encodable L-α-amino acid may find broad applications in research, biotechnology and pharmaceuticals.
HA Frankenbody __Expression__ Plasmids
From the laboratory of Timothy J. Stasevich, PhD, Colorado State University
These plasmids enable state-of-the-art, single-molecule experiments in living cells and can be used to quantify HA-tagged protein translation, localization and dynamics.
Translation and Tethering (TnT) Plasmid
From the laboratory of Timothy J. Stasevich, PhD, Colorado State University
The TnT plasmid is a nucleic acid-based biosensor to test the specific impacts of translation control factors by microscopy; useful for screening translation as well as up/down regulation of proteins.