Every Donor Counts: The Essential Guide to Organ Donation

Organ Donation Means Hope and Life for Thousands Waiting

Organ transplant waiting lists aren’t just someone else’s story. Tomorrow, you could be the one in need—or the one who saves someone’s life by choosing to donate.

Did you know the youngest organ donor in history was a newborn girl from the UK named Hope Lee? She lived just 74 minutes, yet in that short time, she gave the gift of life. ⁽¹⁾

On the other end, Cecil Lockhart, aged 95 from West Virginia, became the oldest organ donor, proving it’s never too late to make a difference. ⁽²⁾

Then, there’s the remarkable story of Jemima Layzell, a 13-year-old girl from the UK. Her legacy lives on through eight people who now have a second chance at life—a record still unmatched. ⁽³⁾

And life’s unpredictability is best illustrated by Jessica Ferrato from Iowa. At 18, she donated a kidney to save her sister. Years later, Jessica’s own health declined, and she became an organ recipient herself. ⁽⁴⁾

Each year, organ donation saves thousands of lives by providing critically needed organs to patients with life-threatening conditions.

Innovations in Organ Transplantation

Since the first successful organ transplant in 1954, medicine has made remarkable progress in this field. ⁽⁵⁾ Today, heart, kidney, liver, lung, pancreas, and intestine transplants are considered routine procedures, with recent progress made in uterus transplantation. ⁽⁶⁾

Various tissues can also be donated, such as skin, bones, tendons and ligaments, bone marrow, arteries and veins, and heart valves. ⁽⁷⁾ Although rare, hand transplants and even face transplants are possible. ^{(8, 9)}

Every Donor Counts - Essential Guide to Organ Donation

Infographic design by Boris Benko

Benefits and Risks of Organ Donation

Living donors have the unique ability to choose who receives their organ, and recipients of living donor organs often experience better outcomes compared to those receiving organs from deceased donors. Tissue donation can also significantly improve quality of life by restoring sight, mobility, and other functions. ⁽¹⁰⁾

However, some risks are involved. Living donors face the typical risks associated with surgery but usually do well long-term with follow-up care. Still, there is a possibility that the transplant may fail or be rejected by the recipient’s body. ⁽¹⁰⁾

How Organ Transplantation Works

Organ donation and transplantation are complex processes, but they’re usually completed within a day. ⁽¹¹⁾ Here’s a look at the process step by step:

Donor Identification: Donors typically suffer brain injury or cardiac arrest and are kept on ventilation to preserve organs.
Consent: The donor registry is checked; if no record exists, family consent is requested.
Matching: A computerized system matches donor and recipient based on blood type, size, urgency, and location.
Coordination: The transplant center is notified, and surgeries are scheduled.
Organ Recovery: A surgical team removes organs and respectfully prepares the donor’s body; organs are then transported to the transplant center.
Transplant: The recipient is prepped for surgery as soon as the organ arrives—usually within six hours. Identities remain confidential unless both parties agree to share.

Can I Be an Organ Donor?

Yes, most people can be organ donors regardless of age. Having a medical condition doesn’t automatically disqualify you; doctors assess organ suitability at the time of donation. Some diseases, such as Creutzfeldt-Jakob disease, Ebola virus disease, active cancer, or HIV, prevent donation, but many other conditions, including smoking, do not. ⁽¹²⁾

Every donor is precious. Your decision to donate can change someone’s destiny and give them a new chance at life.

FAQ

The article mentions a “computerized system” matches donors and recipients. How does it actually decide who gets an organ first?

It’s less like a queue and more like a fresh, individually generated ranking every time an organ becomes available. Each time an organ becomes available, UNOS’s matching technology searches the entire pool of waiting patients for those who are a match based on factors like blood type, immune system characteristics, organ size, and health status, also weighing medical urgency and time spent actively waiting. This creates a new prioritized “match run” specific to that exact organ and donor, built according to policy set by the Organ Procurement and Transplantation Network. Before any ranking happens, every candidate incompatible with the donor due to blood type, height, weight, or other medical factors is automatically screened out, and because organs travel best over short distances, local candidates generally get offers before those at more distant hospitals. One detail worth knowing: personal or social factors such as fame or income have no influence on priority whatsoever; only medical and logistical factors count for every organ type.

The process starts with “brain injury or cardiac arrest.” What exactly is brain death, and how is it different from a coma someone might recover from?

The distinction is absolute, not a matter of degree. A coma is a state of profound unconsciousness where the person cannot be awakened, but some brain activity may still be present and there might be a chance of recovery. Brain death, by contrast, is the complete and irreversible cessation of all brain functions, including the brainstem, and is considered a legal definition of death with no chance of recovery. Patients in comas are never considered for organ, eye, or tissue donation, and only after brain death has been independently confirmed by hospital clinicians who are separate from the donation and transplant process can organ donation even become a possibility. This scenario is also far rarer than most people assume: only about 1% of people die in a way that allows for organ donation at all, which is exactly why every registered donor matters so much.

Just how big is the gap between people needing organs and organs available right now?

The scale is sobering. There are currently more than 103,000 men, women, and children on the national transplant waiting list in the U.S., with 17 people dying each day while waiting, and a new name added to the list roughly every 8 minutes. Framed another way, only 3 in 1,000 people die in a way that even makes organ donation medically possible, which is the core reason the gap persists even though public support for donation is overwhelmingly high.

Some countries make organ donation “opt-out” instead of “opt-in.” Does that actually lead to more donations?

The evidence is genuinely more mixed than it’s often portrayed. A large international panel study found deceased donor rates were higher in opt-out countries than opt-in countries, but the number of living donors was significantly higher in opt-in countries. The total number of kidneys and livers transplanted was still higher in opt-out countries overall. But policy switches don’t automatically deliver those gains. A longitudinal study of five countries that actually switched from opt-in to opt-out found the change in default did not increase organ donation rates, suggesting that investment in transplant coordination infrastructure and encouraging people to discuss their wishes with family matters just as much as the legal default. Researchers reviewing the overall evidence describe the results across studies as genuinely conflicting.

What actually happens to a living donor’s body long-term, like does a kidney donor end up more vulnerable, or does a liver really grow back?

The two organs behave very differently. A liver donor’s remaining section, and the recipient’s transplanted section, will both regenerate to a normal size over time, which is why the liver’s regenerative ability sometimes allows one donation to be divided and used to save two lives at once. Kidneys work differently: the remaining kidney will enlarge slightly to take over the workload two kidneys previously shared, rather than a second kidney growing back. Long-term risks are real but modest: short-term effects may include pain or infection from the procedure itself, while long-term effects can include hypertension for kidney donors or intestinal problems for liver donors.

Do major religions actually support organ donation, or is it more contested than people assume?

Support is broader than many people expect, though nuances exist. Pope Francis described organ donation as an act of charity and love, and Islamic teaching holds that saving one life is equivalent to saving all of humanity, while all four branches of Judaism, Orthodox, Conservative, Reform, and Reconstructionist, support and even encourage donation. A few traditions frame it as a personal choice rather than an obligation: Jehovah’s Witnesses consider donation a matter best left to individual conscience, provided organs and tissue are completely drained of blood before transplantation, and Buddhism similarly treats it as an individual decision rooted in compassion rather than religious mandate. Hinduism generally encourages donation as an expression of Dāna (generosity) and Seva (service), values considered even more significant than material giving.

The article mentions hand and face transplants as cutting-edge. Is transplanting organs from animals into humans, like pig organs, actually happening yet?

It’s moved from science fiction to early clinical trials remarkably fast. In February 2025, the FDA approved the first clinical trials testing whether kidneys from genetically modified pigs could be safely transplanted into humans, after decades of preclinical research. Results so far are a genuine mix of promise and limitation: one gene-edited pig kidney functioned in a human patient for a record-breaking 271 days before being removed due to ongoing complications, a result significant enough that the FDA has since authorized larger trials involving more than thirty patients across several transplant centers. Other cases show the technology still has real hurdles: a pig kidney allowed one patient to live dialysis-free for 130 days before it had to be removed after an unrelated infection reduced her kidney function, and she has since returned to dialysis.

The article says family consent is requested if there’s no donor registry record, but what if someone IS registered and their family objects anyway?

Legally the registration should be final, but reality at the hospital bedside is messier. Under the Uniform Anatomical Gift Act, adopted in some form by every U.S. state, a documented registration functions as a completed legal gift once made, and the law is explicit that family members have no legal authority to override it after death. In practice, though, a 2012 survey of organ procurement organizations found that roughly 20% would decline to proceed with organ recovery if the family strongly objected, even when the deceased was a registered donor. Around 10% of potential donations from registered donors do not go ahead specifically because of this kind of family resistance, which is exactly why donation organizations consistently advise registered donors to also tell their families directly, since a conversation in advance can prevent that conflict from ever happening at the worst possible moment.