It was late afternoon in Virginia, humid but not too hot. The Hampton River rippled with a light breeze, lifting skirts and blowing ties. Guests sipped their beer and swayed a little — the way one does when watching a slow dance, unconsciously mimicking the movement of other bodies — as Chris Nalley led his mom on the floor. His bride stood nearby, red-gold curls framing her face, watching her new husband with a smile. Chris looked poised, in control of the dance, as a man looks when a long-awaited moment arrives and he steps confidently into its shape. A moment later his mom stepped away, and he gestured toward another woman standing nearby, a blonde in her 40s.
“Who’s that?” I asked my husband, who grew up with the bride.
“It’s his donor mom,” he whispered back.
Vicky West stepped into Nalley’s arms and laid her ear to his chest. Inside she could hear Nalley’s breath. The warm Virginia air moved through two lungs donated by a boy named Hans, who died of a brain aneurysm at age 20. West’s son’s lungs.
“I was like, ‘Oh my gosh, what if I have a breakdown in the middle of the dance floor?’” West recalls. She had brought her sister and her best friend to the reception to help her prepare for the emotional moment. “I’m never going to dance at my son’s wedding, and he’s my only child. They gave me something that I never thought that I would get.”
West and Nalley didn’t know each other when Hans died. For years after his organs arrived at the University of Virginia, on ice, to be inserted into Nalley’s body, they didn’t even know each others’ names. But over time, they’ve developed a relationship that is both tentative and incredibly tender. They consider each other family, but each of them worries about putting pressure on the other person to have a relationship. West thinks of Nalley as her own child in many ways, but she knows he has a life, a marriage, his own separate identity. Nalley struggles with survivor’s guilt, knowing that Hans died and he is here. He refers to the lungs as not his own, as if they were foreign objects inserted into his body, which medically, in some ways, they are. Both Nalley and West are passionate about organ, tissue, and eye donation and the gift of connection and continuation it provides — even as it accompanies, inevitably, great grief.
* * *
“The science behind how I have these lungs, and they’re not mine, and they’re hooked up like you change a pipe under the sink — you know, switch the plumbing out — is just amazing,” says Nalley. As the recipient of two separate lung transplants, most recently from West’s son, Nalley has a healthy awe for modern medicine.
Complex medical procedures can seem to the layperson almost magical. We can snip out someone’s heart, put it into someone else’s body, and it starts beating. We can graft tissue and replace corneas. We can sustain heartbeats and blood pressure using complex machines, which loop the blood out of the body, oxygenate it, and feed it back in. These procedures come with great risk, but at least they are possible. For most of human history, the things that killed us just killed us. Now, with the help of machines, doctors, and humans who give pieces of their bodies to complete strangers in death, we can live longer, healthier lives. As modern people, we exist not only as ourselves any longer, but as the interconnections between various humans and technologies.
This is true for most people who have faced a medical crisis and relied on a network of humans and machines to save them. In such a crisis, the boundaries of identity become more permeable and the sense of self expands. Organ donation brings this node of connections, this strange, nebulous feeling of trust and gratitude, into sharp focus because of the physicality of the connection: Those who have received a donation literally carry the DNA of the other person inside them. Sometimes recipients also become invested in relationships that nurture, honor, and remember the donor, and they find a relationship with the donor’s family and identity. Communicating can help all sides make sense of a complex, emotionally challenging situation. In some cases, the recipient never learns about the donor and comes to accept these new body parts as their own, creating a new sense of wholeness as they heal.
It wasn’t that long ago that the idea of cutting someone’s lungs out and surgically implanting them in someone else’s body would have been absurd. Just 175 years ago, doctors used ether anesthesia for the first time. The first successful kidney transplant was only 65 years ago. It wasn’t until the 1980s that the first successful lung transplants took place. In 1986, the date of the first successful double-lung transplant, Chris Nalley was 6 years old.
* * *
I was 17 years old when my parents announced that we were going on a 10-day silent Buddhist meditation retreat. Despite initial doubts, I ended up enjoying it: long quiet walks around the UC San Diego campus, tasty vegetarian meals, morning meditations rung in by a bell. I especially remember our teacher. At the time, I thought of him as a brown-robed, slow-talking old man. After almost two decades of meditation practice, I now know him as Thich Nhat Hanh, a renowned Zen teacher and peace activist.
Toward the end of the retreat, he sat onstage in front of a line of candles. Cupping one hand to protect the flame, he lit a candle, then blew out the match. He used the first candle to light a second. He used the second candle to light a third. And so on. Then he gestured to the last candle and asked us whether the flame in this final candle was the same flame that had lit the match.
As modern people, we exist not only as ourselves any longer, but as the interconnections between various humans and technologies.
I didn’t understand that demonstration until many years later, when I became a mom. At one day old, my son was hooked up to a ventilator, unable to breathe on his own, heavily sedated with morphine. The doctors said he had holes in his lungs, and they suspected brain damage as a result of oxygen deprivation during labor. As a newborn, my son was not eligible for a transplant. We could only watch and wait to see if his lungs healed.
Standing over his crib, my hand on his softly moving chest, I understood how the self could transfer into another body and also be separate. This tiny creature had been inside me less than a day ago, and now struggled to breathe on his own. He still felt like a part of my body that had been recently extracted on an operating table. I had a thick, puffy scar across my abdomen where they’d pulled him out, and I could see the dimpled chin he’d inherited from me, the same chin I had inherited from my father, beneath all the plastic tubing.
“We think of our body as our self or belonging to our self. We think of our body as me or mine. But if you look deeply, you see that your body is also the body of your ancestors, of your parents, of your children, and of their children. So it is not a ‘me’; it is not a ‘mine,’” writes Thich Nhat Hanh in Lion’s Roar, a Buddhist magazine. “Your body is full of everything else — limitless non-body elements — except one thing: a separate existence.”
Buddhists call this lack of separateness “no-self.” It’s not a denial of our existence, but the acknowledgment that we exist only in relationship, in community, in continuation. In my family’s experience with the health care system, I saw how fragile our bodies are, how quickly they can come to rely on others for survival. When my son got sick, I stopped seeing myself as an isolated individual, a person who makes individual choices and suffers individual consequences. Instead, I saw the ways in which bodies are made up of both personal characteristics and the myriad influences of their environment, carrying with them the DNA, the traumas, the bacteria, the gifts and generosities of other people. We carry our parents, but also our doctors, nurses, teachers, organ donors: All these people flicker in us, tiny, guttering lights shielded from the wind by cupped hands.
* * *
The last thing Nalley remembered, it was January. He’d been arguing with the doctor. He needed an antibiotic for pneumonia, but as a manager for a busy shoe store, he had used up his limited days off and had to get back to work. He remembered getting angry at being detained. He remembered yelling a little.
Now as he looked out the hospital window, unable to move, heart racing, he saw leaves on the trees. It was May.
Nalley panicked. He had been asleep for five months. His heart rate and blood pressure shot up, and the staff surrounded him, trying to calm him down. They gave him something and he slipped back into sleep.
They woke him a few times, until, gradually, he understood what had happened. Admitted to the hospital in January 2005 with pneumonia, Nalley had become angry when the doctor told him he would be there at least a week. “I just wanted to go home and go back to work the next day,” he says. Eventually, he had fallen unconscious from lack of oxygen. He was intubated, given a tracheotomy, and placed in a medically induced coma for months while his lungs fought off the infection.
Nalley had been in the hospital a lot. He was born with cystic fibrosis, a chronic, progressive disease that gradually impairs lung function. The disease typically worsens in late adolescence and early adulthood, just as a person’s identity begins to crystallize. Infections like pneumonia become more common, leading to long-term antibiotic use and complications. While treatments are available, there is no cure.
When he had learned to walk and eat again after months of muscle atrophy, Nalley went home, still dependent on supplemental oxygen. Anytime he went outside, he carried portable oxygen tanks with him. “So much oxygen would flow out of the tank that it would burn your nose,” Nalley recalls.
Running errands became a negotiation of time versus liters. He could carry smaller oxygen tanks, each of which lasted about four hours, so he had to think ahead: If he got caught in traffic and ran out of air, he could get sick from oxygen deprivation. “I felt like an astronaut,” he says.
Being in his early 20s, all he wanted was to go to bars, hang out with friends, and flirt with girls. Instead, for a year and a half, his day-to-day life became a dull routine of television, computers, and forced social interaction. As his lung function declined further, doctors offered Nalley an opportunity: He could get on the list for a lung transplant.
* * *
When a potential organ or tissue donor dies, several teams kick into immediate action. For a case like Nalley’s, there are two surgeries: the donor and the recipient. First, the donor’s lungs are removed, a process that involves stapling shut the major vein and artery that take blood to and from the lungs, as well as closing off the bronchus, the main passage through which air passes. The organs are cut out, treated with blood thinners and preservation solutions, checked to make sure they don’t have too much fluid or any signs of infection, and kept cool.
“You want to be ready to sew the lung very close to the time it arrives,” explains Frederick Tibayan, a surgeon who heads the advanced heart failure and transplant program at Oregon Health and Science University. That’s because “when the lung or lungs have been removed from the donor’s body, it’s no longer being perfused with blood that is giving it nutrients and keeping that organ alive.” So while the lungs make their way to the recipient, possibly from another hospital or city or even state, in haste, another team of surgeons preps the recipient.
It’s a “highly coordinated dance,” says Sarah Kilbourne, an assistant professor of medicine at the University of Virginia who works on Nalley’s care team. A nationwide computer program matches organs by blood type to the highest-priority recipient waiting for a donation. This happened in 2006, and again in 2013, when Kilbourne got a telephone call saying there was a lung available for Nalley. Both times, Nalley got to the hospital as fast as possible. In preparation for a potential procedure, he’d been trying to gain weight, doing physical therapy several times a day on his failing lungs, and keeping himself as healthy as possible for major surgery.
“I was gung-ho, let’s get this thing over with,” Nalley remembers of the first surgery. “In pre-op my parents were crying and I was, like, so ready to have this transplant. I was at the bottom of the barrel of life. Anything would have been better. Half a lung, one lung, a whole lung. Anything.”
Complex medical procedures can seem to the layperson almost magical. We can snip out someone’s heart, put it into someone else’s body, and it starts beating.
Nalley was having a bilateral transplant, which meant both lungs would be taken out. In this situation, the surgeons either do a clamshell incision, which involves slicing up the sides of the body and across the breastbone, or they simply divide the breastbone and open up the torso. They take out the worse-functioning lung first, again by stapling shut the bronchus and blood vessels and removing the organ, then sewing in the donated organ. “This is obviously stressful for the patient because they’re working on one lung. The heart is having to pump all the blood through one lung and having to work harder,” explains Tibayan. In around 25 percent of cases, the patient has to go on cardiopulmonary bypass, a machine that helps the heart handle the stress. Once the second lung is sewn in, the goal is to get the patient up and moving as fast as possible, to strengthen the heart and get the lungs working on their own.
“I tell people that after the first transplant, that first breath I took was the longest, deepest breath I’d ever taken in my life, and it wasn’t even … it was someone else’s lungs that were doing all the work,” says Nalley. He knew that a stranger’s body had been joined with his, letting him take these deep breaths. Generally, donors’ names and identities are kept anonymous. Nevertheless, the sense of breathing as or with someone else hits home for Nalley. “It messes with your mind, similar to thinking about how small we are in the universe. That the universe is so vast and then you think, there’s this part of me that’s not me … but I’m alive because of it.”
* * *
When Tibayan mentioned to me using a form of cardiopulmonary bypass called extracorporeal membrane oxygenation, or ECMO, in transplant surgery, I remembered what it looked like. The ruby blood in thick tubes. The sound of the nurses banging their fists against the machine to prevent clots. The way the patient is sometimes drugged up to prevent him from moving, so that the canula feeding directly into his carotid will not jostle and detach.
My son was on ECMO for 10 days. He was kept alive effectively as a cyborg, his vitals inextricably linked to the machine that kept him breathing — and to the nurses who monitored the blood as it circulated out of his body, and the doctors who checked for air leaking into his chest cavity. I remember the strange attachment to the machines that were keeping him alive, a simultaneous revulsion and tenderness for the care he received. Beside the high-tech instruments in the room, a small electric candle flickered in the window, near the cot where I or my husband slept each night. I had never imagined that parenthood would begin mostly as a vigil.
“Impermanence means being transformed at every moment. This is reality. And since there is nothing unchanging, how can there be a permanent self, a separate self?” writes Thich Nhat Hanh. “So what permanent thing is there which we can call a self?”
The son I have today exists as the confluence of machines and humans. Ten years earlier, the ECMO technologies and caregiver training wouldn’t have been in place to save him. In 2017, they were. He may not be attached to those devices any longer, but they resonate in him with every breath he takes. Most people who have gone through a major medical event understand that we emerge back into health connected to our caregivers and to the expansive web of lifesaving practices that make up modern medicine. My son is not a machine, but he is alive because of them.
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