Designing a System Where No Kidney is Wasted

Preservation, transport, and clinical coordination—connected across the organ journey
Inside BMI Organ Bank

Not a Supply Problem

A System Problem

A narrow transplant window—

Constrained by limited real-time insight

And fragmented coordination

Leads too kidneys lost between donation and transplant

This is the constraint BMI OrganBank is designed to solve

A new preservation environment.

Room-temperature. Metabolically active. Continuously monitored.

Extending preservation time enables more controlled evaluation, broader reach, and better-coordinated transplant decisions.¹

Continuous physiologic insight provides clear visibility into kidney function, supporting more confident evaluation and decision-making.²

A connected, portable system streamlines coordination across teams, reducing complexity and improving consistency from recovery through transplant.³

A room-temperature preservation environment—
without the need for donor-matched blood.

One Continuous System

Preserve → Monitor → Transport → Assess → Decide

The OrganBank System

A connected system for kidney transplantation, powered by closely integrated components with the capability to expand to additional organs.

Preserve · Monitor

Automated portable perfusion device

A fully automated and portable device designed to support extended organ preservation and assessment. It utilizes room-temperature perfusion and operates without the need for donor-matched blood, enabling kidneys to remain viable during ground and air transport.

Used during: Donor recovery through transport

Used by: OPOs and transplant teams

Preserve

Physiologic perfusate for metabolically active preservation

An acellular, blood-free proprietary perfusate designed to mimic key properties of human plasma and support metabolically active organ preservation. By eliminating the need for donor-matched blood, DEVOL simplifies preservation logistics and deployment.

Used during: Active preservation

Used by: Preservation and transport teams

Monitor · Assess · Transport

Real-time organ status and transport visibility

Provides real-time visibility into organ status and location during preservation and transport, supporting coordinated assessment and logistics across care teams.

Used during: Preservation and transport

Used by: OPOs and transplant centers

Assess · Decide

Decision-support intelligence

An AI-based outcomes prediction capability under development, designed to leverage clinical data to support transplant decision-making.

Used during: Organ evaluation and acceptance decisions

Used by: Transplant clinicians and centers

Project ZeroWait Consortium

Advancing a more connected, informed transplant system—together.

A collaboration between clinicians, researchers, and technology partners—
with BMI OrganBank serving as a core platform.
Keeping more paths to transplant open.

PLATFORM & TECHNOLOGY

  • Platform Overview
  • Clinical Workflow
  • The Science
  • System Components

RESEARCH SERVICES

  • Ex-Vivo Institute
  • OrganBank Lab

CLINICAL EVIDENCE

  • Publications
  • Preclinical Validation
  • Data & Outcomes
  • Scientific Posters & Presentations

ABOUT

  • Our Story
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NEWS & INSIGHTS

  • Company News
  • Featured Content
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BMI OrganBank®
Wake Forest Institute of Regenerative Medicine
391 Technology Way | Winston-Salem, NC 27101 | USA

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Blood-free perfusate

Proprietary acellular perfusate designed to support metabolically active preservation—enabling oxygen delivery, nutrient support, and management of oxidative stress without the need for donor-matched blood.

Real-time visibility across the journey

Tracks organ status and location during preservation and transport, supporting coordination and assessment across teams.

Portable perfusion. Continuous preservation.

Automated, portable device designed to maintain kidneys in a metabolically active state during preservation and transport.
Operates at room temperature without donor-matched blood.