Services at in vivo Department

INVITROVO Providing Services at in vivo Department

At INVITROVO, we provide comprehensive in vivo research services to support the translational development of biomaterials, drugs, and therapeutic strategies. Our in vivo platform bridges the gap between in vitro findings and clinical relevance by offering ethically approved, rigorously designed animal studies that simulate real physiological conditions.

INVITROVO specializes in the induction of various disease models, such as cancer, cardiovascular, neurological, inflammatory, respiratory, musculoskeletal, and urogenital disorders, allowing precise evaluation of therapeutic efficacy. We also offer complementary procedures, including surgical interventions, anesthesia, suturing, injections, and blood/tissue collection for downstream analysis.

Our advanced histopathology services include tissue fixation, microtomy, and a full suite of cell and tissue staining techniques. Here’s an Overview of our Servises:

  1. in vivo
    • Ethical committee approval
    • Animal models
      • Rat
      • Mouse
      • Guinea pig
      • Rabbit
      • Dog
      • Cow
    • Animal care
      • Maintenance
      • Breeding
      • Reproduction
    • Disease induction
      • Cancer
      • Cardiovascular Disorders
      • Neurological/CNS Disorders
      • Musculoskeletal Disorders
      • Metabolic Disorders
      • Inflammatory Disorders
      • Ocular disorders
      • Respiratory Disorders
      • Otological Disorders
      • Dermatological Disease
      • Urogenital Disorders
    • Complementary services
      • Surgery
      • Dissection
      • Anesthesia
      • Sutures
      • Injections
      • Blood collection
    • Histopathology analysis
      • Tissue fixing and sectioning
      • Cell and tissue dying
        • H&E
        • Masson’s trichrome
        • Picrosirius red
        • Ruthenium red
        • Alcian blue
      • Result analysis and interpretation

Meet the Experts

biomaterial & drug delivery systems

tissue engineering & regenerative medicine

machine learning, modeling & discovery

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