High-Quality Assays.
Data-Driven Results.
Quality Data
Peapod Bio’s high-throughput assay solutions will give you the confidence you need to make go/no-go decisions.
Rapid Turnaround
Achieve your milestones faster with a team dedicated towards advancing your research through responsive communication and rapid data delivery.
Innovative Technologies
Benefit from label-free and beyond label-free technologies to take your program one step closer to the clinic.
Peapod Bio leads the industry in rapid assay solutions for small molecule drug discovery
Peapod Bio’s team and innovative technologies rapidly deliver solutions for your small molecule assay development and high-throughput screening drug discovery programs. Our unique label-free technologies that utilize high-throughput, state-of-the-art MALDI mass spectrometry and orthogonal approaches that go beyond label-free ensure that you achieve your drug discovery goals. Peapod Bio partners with you to deliver high-quality results faster than any other CRO.
Peapod Bio Solutions
Assay
Development
High-Throughput
Screening
Affinity Selection
Mass Spectrometry
Small Molecule Libraries
Hot off the Press
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Peapod Bio appoints Michael Scholle, MS, MBA to Board of Directors
Appointment brings over fifteen years as a CRO executive Peapod Bio, Inc, an industry leading contract research organization for small molecule assay development and high-throughput screening solutions, announced the appointment of Michael Scholle, MS, MBA, to its board of directors, effective immediately. Scholle brings over twenty-five years of experience in assay development and high-throughput screening…
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Peapod Bio Announces In-House 200,000-Compound Library Through Partnership with Enamine
Peapod Bio is excited to announce a new partnership with Enamine, Ltd, a global leader in small-molecule libraries, significantly expanding the discovery power available to our clients. Through this collaboration, Peapod Bio now offers an in-house collection of 200,000 diverse, pharmacophore-like compounds, available as singletons or pooled formats to be screened using a wide array of biochemical and affinity…