Patients

Patients Deserve More Than “Standard” Biopsy Preservation

One simple change at biopsy time can protect your options for years—without changing your doctor.

When a biopsy is taken, most hospitals preserve tissue using FFPE (Formalin-Fixed Paraffin-Embedded). FFPE is widely used for diagnosis, but the chemical fixation process can damage or degrade critical molecular material—especially RNA and proteins—and it eliminates the viability of living tumor cells, which limits what modern precision testing can do later. (specicare.com)

That limitation matters because in many real-world settings, first-line cancer treatments still don’t work for a large share of patients—often hovering around the ~40–50% response range depending on cancer type and therapy. (PMC)

 

When the first plan fails, time is lost, side effects stack up, and your next options may depend on whether your tissue was preserved in a way that still supports advanced testing.

The better path: Cryopreservation + pre-treatment testing (together)

SpeciCare is built around a simple idea: preserve live tumor tissue now, so you’re not locked out of better answers later. Cryopreseriovatn is designed to maintain tissue in a state that’s more compatible with advanced precision approaches—like functional testing, organoid work, clinical vaccine pathways, and trial readiness. (specicare.com)

And here’s the surprising part: for less than $900, you can initiate professional-grade cryopreservation and start secure storage—so your options are preserved long-term. (specicare.com) 

Take ownership of your tissue

A cancer diagnosis can make you feel powerless. Tissue ownership gives you back control. SpeciCare’s patient experience includes legal documentation to help you gain control of your tissue, plus Patient Advocate support to coordinate logistics when you or your care team need to use it. (specicare.com)

Tissue Cryopreservation

Preserve live tumor tissue at ultra-low temperatures so future testing and treatment decisions aren’t limited by standard FFPE processing.

Treatment Effectiveness Testing

Use living tumor tissue to evaluate how therapies may perform—supporting more confident first-line decisions and fewer “trial-and-error” cycles.

Genomic Testing

Identify actionable biomarkers and tumor signals that can guide precision treatment planning and help inform clinical trial eligibility.

Immunotherapy Testing

Support immunotherapy planning with better tissue readiness—so immune markers and advanced options can be evaluated more effectively over time.

Clinical Trials

Explore emerging therapies with less overwhelm—trial matching helps identify options that may fit your diagnosis, history, and biomarker profile (criteria vary)

Personal Vaccines

Personalized cancer vaccines may rely on high-quality tumor material; preserving tissue early helps keep eligibility open if vaccine pathways become relevant.

Organoid Creation

Grow patient-derived tumor tissue into 3D “organoids” that can be used for deeper research and large-scale drug screening approaches in precision medicine. (specicare.com)