Key applications

Fertility & IVF care

Quantitative monitoring of estradiol, progesterone, LH, and FSH

- to support cycle tracking and stimulation protocols.

Thyroid therapy

Quantitative monitoring of thyroxine, and thyroidin

- to support dose optimisation with near-patient measurements.

Hormone Replacement Therapy (HRT)

Monitor hormonal response during perimenopause and menopause

- for personalised dose adjustments.

Clinical trials & pharma

Enable high-frequency sampling for drug response characterisation.
Enable high-frequency testing to support hormone related health conditions studies with quantitatvie data.
Enable high-frequency testing to support research of hormone concentration correlations with non-blood samples.

FAQs

How does it work?

With a drop of capillary blood sucked into a sensor strip gives fast, quantitative (not semi-qualitative), clinically relevant hormone levels (ng/mL, nmol/L).

Where can I test?

How accurate are results?

Who can use this?

How fast are results?

Blood - a gold standart sample - one and only trusted by clinicians for treatment management. Took directly, avoiding sample transportation, degradation, and staged processing, keeps the most accurate hormone structure stability in samples. Adjustable time and frequency, gives real accuracy on action - decision making and outcomes, not just test result itself.
Accuracy compared with laboratory ELISA (ELISA covers up to 70% of clinical hormone detection in blood samples globally).

In minutes, not days. Followed by individual plan set by doctor. And supports treatment adjustments in real time.

Designed for patients and clinicians to test in clinics, and as monitoring plan is set, patients can test themselves between clinical visits.

Built for clinical workflows, not consumer wellness

For the first time, patients and clinicians gain
reliable, near-patient hormone data.

User interacting with the clinical dashboard on a tablet, reviewing hormone trends securely.

Technology

A proprietary electrochemical sensing architecture engineered for:

- High sensitivity in fresh capillary blood

- Selective detection via bio-recognition-based interfaces

- Layered membranes filtering cells and macromolecules

- Controlled microfluidics for sample precision

- Portable electronics enabling quantification in minutes

- Compatible with finger-prick devices (used with glucometer), capillary blood collection devices (Tasso/TAP II) and adaptable with ISF collection systems (Kiffik).

A kitchen counter top with a machine on top of it