Genesis Global Group
Genesis Drug Discovery & Development
GD3

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Genesis Drug Discovery & Development is a proud member of Genesis Drug Discovery & Development (GD3), a fully integrated CRO providing services to support drug discovery programs of our clients from target discovery through IND filing and managing Phase I-III clinical trials.

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Disease Modeling

Small Animal Radiation Research Platfor

GD3 offers a Small Animal Radiation Research Platform (SARRP) utilizing Xstrahl Life Sciences' industry-leading SARRP image-guided micro irradiator. This powerful technology incorporates high-resolution computed tomography (CT) imaging with precise radiation delivery. It enables researchers to pinpoint an exact anatomical target more efficiently and effectively incorporate irradiation into their oncology study designs.

SARRP is a customizable research platform that provides clinically relevant, reproducible, and technically advanced studies. SARRP delivers image-guided targeted irradiations as individual or combined beams defined by brass collimators, which directs a precise radiation delivery to small circular, square, or rectangular fields.

At GD3, advances in understanding the molecular biology of cancer and rapid technological advances in radiation therapy, targeting, and delivery are maintaining the need for more research to study radiation effects in complex systems.

Each radiation therapy study is custom-designed to meet individual clients' needs. Interpretive data analysis and summary reports are provided after each study.In vivo preclinical imaging platform key features include:

In vivo, preclinical imaging platform key features include:

  • Fully CT-guided small animal irradiation device
  • Tumor-targeted or whole-body irradiation
  • Noninvasive, precise and accurate
  • Ideal for studying radiotherapy with immunotherapy to mimic ongoing clinical trials
  • Image of a tumor-targeted/focal radiology
  • On this page, replace the current image with the image file entitled SAARP_Page_Graphic, which should have better resolution than the current image.