We provide a unified workflow transitioning from high-throughput in vitro phenotypic screenings to sophisticated in vivo spontaneous metastasis models, ensuring continuity and reliable data.
Creative Biolabs provides specialized laboratory services to evaluate the anti-metastatic potential of novel compounds across the entire invasion-metastasis cascade. We provide high-resolution imaging, molecular profiling, and orthotopic modeling to track systemic dissemination. By partnering with us, our clients gain actionable data on colonization efficiency and phenotypic plasticity, allowing for a more informed selection of lead candidates during the research and development phase.
Metastasis remains a primary challenge in oncology research. As established in literature, the metastatic cascade is a multi-step process involving EMT, survival in circulation, and the rate-limiting step of colonization. Recent findings further emphasize the role of the pre-metastatic niche and extracellular vesicles in preparing distal soils. Creative Biolabs' service integrates these biological principles to provide a systemic evaluation of anti-cancer agents, ensuring that dormant and plastic cell populations are effectively targeted in laboratory settings.
Fig.1 Tumor metastatic colonization to the distant organs is a multi-step process. 1
We provide a unified workflow transitioning from high-throughput in vitro phenotypic screenings to sophisticated in vivo spontaneous metastasis models, ensuring continuity and reliable data.
Our team develops tailored study parameters focusing on specific organ-tropism, such as Blood-Brain Barrier penetration or Bone-Niche cycles, to match your candidate's profile.
Utilize our high-capacity imaging systems for simultaneous longitudinal tracking across multiple distal sites, including the lungs, liver, bone, and brain, within single studies.
We integrate research-based quality control principles and process analytical techniques into every assay to ensure exceptional data reproducibility and technical consistency.
Creative Biolabs leads the industry by merging core biological principles of cancer dissemination with high-throughput testing to provide actionable insights for drug development.
Our unique focus on Minimal Residual Disease and dormancy-breaking makes us the ideal partner for biopharmaceutical teams seeking to prevent future relapse.
We utilize established research frameworks to ensure every study is grounded in the latest scientific consensus, delivering high-fidelity results for your project.
By combining sophisticated modeling with precision analytics, we offer researchers a superior validation environment that exceeds standard laboratory expectations and industry benchmarks.
To secure high-fidelity data that accelerates your research milestones - Get a Quote Today.
Yes, we specialize in adapting researcher-provided patient-derived xenografts into our validated orthotopic and resection-based workflows, ensuring that your specific model's metastatic characteristics are preserved.
Our laboratory primarily utilizes immunodeficient mouse models for human cell line validation, alongside syngeneic models to investigate the role of the immune system in metastasis research.
This service quantifies extracellular matrix degradation and protease enzymatic activity to evaluate how research compounds inhibit the invasive breakdown of tissue barriers during metastasis.
Learn More →Our chip-based platform evaluates how research compounds inhibit cell invasion through precisely controlled chemical gradients and microenvironments, providing high-resolution real-time imaging data.
Learn More →Creative Biolabs provides a detailed suite of deliverables that bridge the gap between early-stage screening and advanced research. We address the translatability gap by providing data that quantifies a drug's impact on the entire metastatic journey.
We invite you to schedule a technical deep-dive to explore how our specialized metastasis models and longitudinal imaging datasets can be tailored to meet your specific research objectives and development goals - Get Started Today.
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