Hormonal health is dynamic, yet hormone testing often remains infrequent, centralized, and slow in many clinical settings. Treatment decisions rely on isolated laboratory measurements taken days or weeks apart, despite hormone levels continuously fluctuating throughout treatment cycles and physiological changes. This creates limited visibility between appointments and reduces the ability to observe longitudinal hormonal patterns over time in areas such as fertility treatment, IVF, menopause management, and hormone therapy optimization. More accessible and higher-frequency monitoring could support more informed clinical decision-making.
The current workflow is outdated/ hormones change dynamically/ testing is infrequent
/decisions happen with limited data/ patients and clinics need better visibility
Misslaboratory is developing a portable biosensing platform combining disposable sensor strips, compact readers, and longitudinal
data infrastructure for rapid quantitative hormone monitoring. Designed for decentralized use and future clinical integration, the
The platform aims to support higher-frequency hormonal insight outside traditional laboratory environments.
CURRENT SYSTEM
Patient → Doctor → Blood draw → Laboratory → Wait → Results → Wait → Doctor
MISSLABORATORY
Patient→ Doctor → Misslaboratory device → Medical profesional → Misslaboratory device
Rapid Results
Quantitative measurements within minutes.
Portable System
Compact and decentralized monitoring technology.
Longitudinal continuous Data
Hormonal measurements visibility over time.
Clinical Focus
Designed around real-world care workflows.
Scalable Platform
Built for future hormone monitoring applications.
