Our science

Modifying Disease Progression Through Cell Repair and Restoration

AVIPERO was founded by core scientific expertise with a keen interest in therapeutic disruptors in clinical indications where treatments stagnated due to misunderstood pathologies. Our target was cellular and tissue repair.

In irreversible injury and senescence models, AVIPERO identified beta1 integrin as a novel target for inducing repair and regeneration and reversing aging. AVIPERO's unique platform employs novel function-modifying (allosteric) antibodies, which normalizes its functions. In addition, AVIPERO has identified a unique domain within beta1 integrin (Hybrid domains), stabilizing the receptor's conformation into its normal low-affinity physiological state.

Antibodies against beta1-integrin inhibited tumour growth in mouse models of breast cancer, prostate cancer, osteosarcoma and melanoma. Anti-beta1 integrin antibody inhibits metastasis of breast cancer and more specifically triple negative breast cancer (TNBC).

Triple Negative Breast Cancer is a severe unmet medical need

  • TNBC is defined as patients who do not have receptors for progesterone, estrogen, HER 2 neu
  • TNBC incidence is almost 300,000 cases/year in the US alone.
  • The global TNBC Treatment market was valued at US$ 648.33m in 2021, and is expected to reach US$ 933.97m by 2030, with a CAGR of 4.37% during 2022-2030
  • Global cancer metastases clinical pipeline stands at 66 drugs with 14 currently marketed.

The Biological and Pharmacological mechanism of action of beta1 integrin-mediated repair


The epitope location of AVI001 determines the Pharmacological mode of action