Inbiomotion

Inbiomotion

Barcelona, Spain· Est.
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Private Company

Total funding raised: $25M

Overview

Inbiomotion is a private, commercial-stage diagnostics company based in Barcelona, Spain, founded in 2010. Its core asset is the MAF Test®, a prognostic and predictive biomarker test that analyzes MAF gene expression to guide the use of adjuvant bisphosphonates in early breast cancer. The test, which has been included in Spanish clinical guidelines, aims to improve patient selection, prevent ineffective treatment, and reduce the risk of relapse and bone metastasis. The company is addressing a significant unmet need in a large global market but faces risks related to market adoption, reimbursement, and competition.

OncologyBreast Cancer

Technology Platform

Proprietary biomarker platform centered on the analysis of MAF (Musculoaponeurotic Fibrosarcoma) gene expression levels from tumor tissue. The platform identifies patients as MAF-negative (normal expression) or MAF-positive (overexpression) to predict response to adjuvant bisphosphonate therapy in early breast cancer.

Funding History

2
Total raised:$25M
Series B$15M
Series A$10M

Opportunities

The primary opportunity is the large, global incidence of early breast cancer and the unmet need for predictive biomarkers to guide adjuvant bisphosphonate use.
Inclusion in clinical guidelines (e.g., SEOM-GEICAM-SOLTI) provides a pathway for rapid adoption and reimbursement.
The test also opens the potential to expand bisphosphonate therapy to non-postmenopausal patients who are MAF-negative.

Risk Factors

Key risks include slow market adoption and challenges securing broad reimbursement.
The company faces competition from established multi-gene prognostic tests and must clearly demonstrate the unique predictive value of the MAF Test®.
Its entire business is concentrated on a single biomarker, creating significant technology and IP risk.

Competitive Landscape

Inbiomotion competes in the breast cancer diagnostics market, which includes established multi-gene prognostic assays like Exact Sciences' Oncotype DX and Agendia's MammaPrint. Its differentiation is its specific predictive utility for bisphosphonate therapy response, a niche not directly addressed by broader prognostic tests. It may also face competition from other emerging single-biomarker tests and laboratory-developed tests.