Research & Development

Purpose‑built R&D for long‑term preservation. We design and test specialized equipment, create patented systems, and continually refine protocols to improve outcomes and protect our patients.

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The Minds Behind the Mission

At the heart of Alcor’s scientific advancement lies our dedicated in-house Research & Development department – a team of full-time professionals advancing the science of cryopreservation. This multidisciplinary team tackles challenges that exist nowhere else in science, pioneering solutions at the intersection of biology, engineering, and materials science.

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Research Focus Areas

Our in-house team designs and manufactures purpose-built equipment, develops patented preservation systems, and refines protocols. We combine science, systems engineering, and real-world operations to raise preservation quality while prioritizing safety, reliability, and long-term patient stewardship.

Developing advanced methods to measure and validate the effectiveness of cryopreservation protocols, ensuring optimal outcomes across different tissue types and preservation conditions.

Creating next-generation preservation systems that improve cooling rates, enhance perfusion efficiency, and provide better monitoring capabilities during critical preservation phases.

Refining preservation techniques through systematic testing and analysis, with a focus on increasing reliability and minimizing preservation-related damage.

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Capabilities & Facilities

Alcor maintains dedicated in-house research and engineering teams focused exclusively on advancing cryopreservation science. Our integrated approach allows us to develop solutions specifically designed for the unique requirements of long-term preservation.

Innovation in Practice

Biomedical-Grade Manufacturing

We manufacture custom surgical instruments and laboratory components using biomedical-grade materials. In-house 3D printing capabilities allow rapid creation of specialized tools and equipment parts designed for our preservation protocols.
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Innovation in Practice

Purpose-Built Equipment Systems

Our engineering team develops and builds specialized preservation equipment tailored to our research needs, including custom perfusion systems, monitoring equipment, and analytical instruments.
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Innovation in Practice

High-End CT Scanning for Quality Control and Research:

We operate a GE LightSpeed RT 16 x-ray CT scanner in-house to document and evaluate every new patient. High-resolution imaging verifies procedural outcomes, identifies structural details relevant to preservation quality, and produces data that support ongoing research and refinement of cryopreservation techniques.

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Patents & Innovation

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Medical Liquid Ventilation System

Status: Patent granted Advanced therapeutic hypothermia system designed specifically for rapid cooling applications in preservation protocols.

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Field Washout System

Status: Patent pending Comprehensive mobile perfusion system that maintains laboratory-grade preservation capabilities in field deployment scenarios.

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Pressure Control Valve for Liquid Cooling and Perfusion

Status: patent pending Passive valve solution for managing liquid cooling effluent and perfusate

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Intermediate Temperature Storage Thermal Control System

Status: patent granted Advanced multi-phase thermal management scheme for high-efficiency intermediate temperature storage systems

FAQs: R&D

Continuous research sharpens every stage of care, from faster stabilization to better long-term preservation. R&D yields:

  • Faster response and stabilization: Optimized protocols, devices, and medications reduce ischemia.
  • Improved cryoprotection: Advanced vitrification solutions and perfusion methods reduce toxicity and ice formation, preserving brain structure better.
  • Enhanced monitoring and QA: Imaging, sensors, and data-driven checklists improve procedure quality and case review.
  • More reliable long-term storage: Materials and thermal modeling research improve dewar design, safety, and nitrogen efficiency.
  • Training and readiness: Procedure simulations and drills informed by research translate into smoother real-world deployments.

Alcor maintains its leadership in the field of cryonics by:

  • Ongoing Research: Actively conducting and supporting research into improved cryopreservation methods, including collaborations with scientific institutions.
  • Implementation of New Technologies: Rapidly adopting new scientific discoveries, such as improved vitrification solutions, field cyroprotection technologies, and protocols to enhance future restoration.
  • Expert Staff and Advisory: Employing and consulting with experts from fields like medicine, nanotechnology, and emergency response to integrate the latest scientific and medical knowledge into its operations.

Yes. Alcor engages with universities, medical centers, and independent labs on studies in cryopreservation, vitrification chemistry, perfusion protocols, ischemia mitigation, and post-preservation assessment.

Scientific Leadership

Alcor’s in-house R&D brings science and engineering together under one roof. The scale, continuity, and technical depth we maintain are best-in-industry. We set a high bar for the field with a long-term, disciplined approach that advances what is possible in cryonics.

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