Intravital Microscopy

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Tumor

IVIM Technology offers you the opportunity to explore various aspects of tumor biology through intravital imaging, empowering you to advance your understanding of cancer progression and treatment. With IVIM Technology’s intravital imaging solutions, you can have a deeper understanding of tumor biology and dynamics, empowering your research efforts in cancer biology and therapeutic development.

skin

In Vivo Tumor Drug Delivery Imaging

Cancer Xenograft | Tumor Vessel Imaging

Intravital Imaging of dorsal skinfold chamber for cancer xenograft imaging

  • Monitoring of nanoparticle delivery to triple-negative breast cancer, MDA-MB-231

2 hour

MDA-MB-231-GFP

Nanoparticle

Vessel (CD31)

skin

6 hour

skin

24 hour

skin

In Vivo Tumor Drug Delivery Imaging

Cancer Xenograft | Nanoparticle Delivery Imaging

Dorsal Skinfold Chamber

  • Monitoring of nanoparticle delivery to triple-negative breast cancer, MDA-MB-231

RBC-DiD

Vessel (CD31)

LLC-GFP

skin
skin

In Vivo Video-rate Tumor Microcirculation Imaging

Cancer Xenograft | Microcirculation Imaging

Intravital Imaging of tumor, flowing RBC in vessel

Intravital Imaging of dorsal skinfold chamber for cancer xenograft / microcirculation imaging

IVM Imaging for Lung Research

  1. WReal-time Monitoring of Tumor Growth and Progression
  2. HVisualization of Tumor Angiogenesis
  3. IInsight into Tumor Microenvironment
  4. MTracking Tumor Cell Motility and Invasion
  5. TAssessment of Drug Delivery and Efficacy
  6. DUnderstanding Metastasis
  7. NExploration of Tumor Heterogeneity

Tumor

IVIM Technology offers you the opportunity to explore various aspects of tumor biology through intravital imaging, empowering you to advance your understanding of cancer progression and treatment. With IVIM Technology's intravital imaging solutions, you can have a deeper understanding of tumor biology and dynamics, empowering your research efforts in cancer biology and therapeutic development.

Here's what you can expect to gain:

1. Real-time Monitoring of Tumor Growth and Progression

With intravital imaging, you can visualize tumor growth in real-time, gaining insights into tumor dynamics, progression, and response to treatment over time.

2. Visualization of Tumor Angiogenesis

Intravital imaging enables you to observe blood vessel formation within tumors, facilitating the study of angiogenesis and its impact on tumor growth and metastasis.

3. Insight into Tumor Microenvironment

You can use intravital imaging to study the complex interactions between tumor cells, immune cells, and the surrounding stromal components in vivo, providing valuable insights into tumor-host interactions and immune responses.

4. Tracking Tumor Cell Motility and Invasion

Intravital imaging allows for the tracking of individual tumor cells in real-time, enabling you to study tumor cell motility, invasion, and dissemination within the tumor microenvironment and beyond.

5. Assessment of Drug Delivery and Efficacy

With intravital imaging, you can visualize drug distribution within tumors and assess drug efficacy in vivo, helping in the development and optimization of cancer therapies.

6. Understanding Metastasis

Intravital imaging enables you to visualize the metastatic dissemination of tumor cells from primary tumors to distant organs, providing insights into the mechanisms underlying metastasis and facilitating the development of strategies to prevent or target metastatic spread.

7. Exploration of Tumor Heterogeneity

You can use intravital imaging to study intertumoral heterogeneity, including differences in gene expression, morphology, and behavior among individual tumor cells or regions within the same tumor, providing valuable insights into tumor evolution and response to therapy.