Looking for a reliable partner to validate your diagnostic platform? 📨 Contact us at [email protected]
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These technologies go through validation processes to confirm their accuracy, consistency and regulatory readiness. At Pangaea Lab, we support this path with the full force of our scientific and operational infrastructure. ✅
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Our team is trained to handle low-input and fragmented samples, optimizing yield even from limited material. 🧫
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🔬Our work plays a key role in early-phase trials, helping #partners define patient selection strategies and accelerate oncology drug development. 🤝
At Pangaea Lab, we develop drug-resistant cell lines and primary tumor cultures that bring preclinical models closer to real patient #biology. These tools are key to understanding drug efficacy and anticipating resistance in early-stage development. 🔬
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🧬 We offer a private biobank of over 300 molecularly characterized cell models, including 100+ resistant lines and 50+ primary cultures derived from patient samples. Our team also performs in vitro and in vivo studies to help uncover biomarkers linked to drug sensitivity.
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This work allows researchers to simulate real-world treatment failure or success before it happens, optimizing candidate selection, improving trial design, and saving valuable time in #oncology drug development. 💊
Setting the Pace in Molecular Diagnostics, Leading in #TAT ⏱️
In molecular diagnostics, time is a decisive factor. ⚡
Delivering results efficiently allows clinicians and researchers to move forward with clarity and confidence.
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From sample reception to data delivery, each step is structured to guarantee a seamless and agile workflow, supported by integrated systems, automated platforms, and the latest high-performance molecular technologies.
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A biopsy is the starting point of precision #oncology. It’s the moment when the tumor becomes data.
Whether it’s a tissue biopsy, taken directly from the tumor, or a liquid biopsy, extracted from a blood sample, both allow us to look inside the cancer’s biology. 🔍
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The laboratory is where the invisible becomes visible, where a sample becomes a treatment pathway and where precision oncology is born.
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