Oncology

Complementing our metabolic disease expertise, Woodland Biosciences specializes in cancers of the liver and pancreas but also offers a wide range of cell-line based xenografts, including lung, colon, brain and breast cancers.  Over 400 human cell lines in 22 indications are available for both in vitro and in vivo studies.  SBH Sciences is a key partner for in vitro studies and biomarkers.

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Services - Oncology: 

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• Orthotopic and Flank Xenografts

  • Metastasis studies

  • IVIS-imaging with luminescent and/or fluorescent cell lines (in-life non-invasive)

• Syngeneic Models of utility in Immuno-Oncology (IO) studies

  • Combination drug studies to augment immune system function or antibody drugs

  • PDX modeling facilitated by an STTR grant with Harvard hospitals are ongoing to access a bank of human primary liver (HCC) tumors for patient-derived xenograft (PDX) studies.

  • PDX tumors also sourced from Cooperative Human Tissue Network (CHTN) an NCI-supported entity, and National Disease Resource Interchange (NDRI), call for availability

  • Check us out on Repositive PDX

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Woodland has recently partnered with Repositive (repositive.io) who have a master list of many of the oncology models from around the world. Working with them we will do exome sequencing on several of our most popular models to enable mutation-based analysis of your drug.

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Othotopic and Flank Xenografts

>400 human cancer cell lines
in vitro and in vivo studies

Woodland Biosciences has provided standard or custom-designed studies with CDX models to over 30 companies worldwide.

With over 400 cell lines available, call us to see if we have run yours, or to schedule a pilot growth study for your in vivo model needs.

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We built our reputation by solving client needs and making it right. We know how to plan a study and customize our offering to specific client needs. We have performed combination drug studies, long-term treatment with recurrence, drug resistance (failure) modeling and PD biomarker fine needle biopsy sampling.  We also have an IVIS 200 imaging system (Perkin Elmer) for in-life, non-invasive imaging of tumor growth in both luminescence and fluorescence modes.

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Ask about our work with tumor spheroids and microenvironment (see R&D section for more).

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