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AlphaThera was awarded an SBIR Phase II grant by the NIH/NCI to further development of ADCs generated by proximity-based sortase-mediated ligation.
The TABA supplemental funding will go directly towards supporting scaled commercialization activities of AlphaThera’s site-specific antibody labeling technology.
AlphaThera was awarded a grant to research & commercialize conjugation technologies that will assist in scale-up of COVID-19 serological assays to meet demand for daily testing.
AlphaThera was awarded an NIH Grant for research into Trim21-mediated degradation of antibody-targeted cytosolic proteins.
AlphaThera was awarded an NHI/NHLBI Grant to fund research for Photoreactive Antibody-Binding Domain-Microccocal Nuclease Conjugates ((pAbBD)-MNase).
AlphaThera was awarded an NIH Phase II Grant for continued research into site-specific labeling and immobilization of antibodies for immunoassays.
AlphaThera awarded a grant by the NIH/NCI to fund research for Site-specific Antibody-Drug Conjugates by proximity-based sortase ligation.
AlphaThera was awarded an NIH/NIBIB Grant to fund research for designing Tools for Site-Specific Antibody Immobilization for Immunoassays.
AlphaThera have announced their relocation to a new larger laboratory and office space within the Pennovation Works Lab Building at the University of Pennsylvania.
AlphaThera’s co-founder, Dr. Andrew Tsourkas, was featured in a speaker event “Moving Ideas to Market: A Discussion with Entrepreneurs & Researchers” hosted by Penn Center for Innovation
Pennovation Works featured a product spotlight for AlphaThera’s oYo-Link™ Oligo Custom conjugation product.
Joe Fetterman of Colliers LabNotes interviews AlphaThera co-founder Dr. Andrew Tsourkas about his backstory & path toward founding AlphaThera.
UPenn’s prominent independent newspaper, the Daily Pennsylvanian, featured an article about AlphaThera’s recent COVID-19 grant award.
The partnership will provide the life science market with an innovative conjugation chemistry for antibody labeling.
AlphaThera has announced the further expansion of its distributor network as interest in their oYo-Link Site Specific Antibody Labeling Technology continues to grow on an international scale.
AlphaThera has teamed up with Quartzy to make their oYo-Link Antibody labeling products conveniently available to researchers for purchase.
AlphaThera has announced a distribution agreement with Funakoshi Co., Ltd. to deliver oYo-Link® Antibody labeling products to researchers in Japan.
The partnership will provide the life science market with an innovative conjugation chemistry for antibody labeling.
For the efficient removal of free oYo-Link® post conjugation AlphaThera has announced the launch of oYo-Capture™ Magnetic Beads, providing researchers with an efficient method of removing free oYo-Link® reagents post antibody conjugation to ensure low background in high sensitivity assays. AlphaThera is well known within the life science research community for their oYo-Link® antibody labeling […]
AlphaThera has announced the launch of oYo-Link® Horseradish Peroxidase (HRP), the latest addition to their range of site-specific antibody labeling reagents. The oYo-Link antibody-HRP labeling technology will enable the rapid production of highly uniform primary antibody conjugates in under two hours, and with only 30 seconds hands-on time.
AlphaThera have announced the addition of DM4 to their range of oYo-Link® Antibody-Drug Conjugation Reagents which also includes VcMMAE, VcMMAF and DM1.
AlphaThera has announced the launch of oYo-Link® Epitope Tag, the latest addition to their range of site-specific antibody labeling reagents.
Dr. Andrew Tsourkas and Dr. Feifan Yu interview about oYo-Link Oligo technology and its potential within the field of multi-omic single-cell analysis.
AlphaThera members & Penn researchers worked to publish a high-impact publication in Bioconjugate Chemistry titled “Efficient Labeling of Native Human IgG by Proximity-Based Sortase-Mediated Isopeptide Ligation”.
Read how a research team used AlphaThera’s site-specific bioconjugation technique to seed nanoparticles with a TGFa payload.
A layman’s summary of AlphaThera’s LASIC site-specific Antibody labeling technology was published by the Atlas of Science.