The prisoner at the back of the intake line is not shouting or collapsing. He is simply standing very still, holding a filthy cloth against his mouth, staring at the dusty ground with the vacant, exhausted expression of a man who has accepted that he might not survive the afternoon. When an American guard shouts at him to step forward, he takes three careful steps and then stops, bending at the waist with a controlled, deliberate motion. He coughs deeply into the cloth, then holds it up to the light and stares

at it. The dark red stain spreading through the dirty fabric is impossible to mistake. The guard immediately grabs the man by the arm, drags him out of the line, and shouts for the camp medic. By the time the medic arrives, the prisoner is coughing up bright, frothy blood in steady, terrifying pulses. The immediate examination will reveal that he has been slowly drowning in his own chest for the better part of 3 weeks. And what the American surgeon discovers on the X-ray table will leave every medical officer

in the tent in complete breathless silence. The scene begins on a bright, windy afternoon at a large United States prisoner of war intake camp. Long columns of captured German soldiers are moving slowly through the registration and medical screening process. Their worn boots raising small clouds of pale dust with every shuffling step. The American guards are experienced and efficient, looking for obvious medical problems before the prisoners are divided into work capable and nonwork capable categories. They have seen

broken bones, severe infections, and the hollow yellow eyes of long-term starvation. They have seen men collapse from exhaustion, and others try to fake injuries to avoid labor details. But none of the guards on duty have seen anything quite like the 20-year-old prisoner standing at the back of the third intake line. His name is Wernneick, and he is not moving. While everyone around him shuffles forward with the mechanical defeated rhythm of the long captured, he stands completely still, his feet slightly apart, his back

very straight, his arms pressed carefully against his sides. He is breathing in short, shallow sips of air, the kind of breathing a person adopts when a deep breath triggers immediate catastrophic pain. His face is a strange pale gray color beneath the thick layer of road dust, and there are dark shadows under his eyes that suggest he has not slept properly in weeks. Every 30 seconds or so, he raises a torn piece of gray cloth to his mouth, coughs carefully and quietly, then folds the cloth and tucks it back into his fist.

The guard who finally notices him walks over casually, expecting to find a simple case of dysentery or the standard exhaustion that comes with weeks of brutal marching and terrible food. But as he gets closer, he sees the dark stain on the cloth worneck is holding, and he immediately stops. The stain is not the rust brown of old dry blood. It is the vivid shocking red of fresh arterial bleeding and it is soaked deeply into the fabric of the makeshift cloth. The guard takes one more step forward and hears the sound that changes

everything. Every time Wernick exhales, there is a faint wet bubbling quality to his breath as if the air is traveling through a pool of water somewhere inside his chest. The guard does not ask any questions. He grabs his radio and calls urgently for the camp medical officer. We are currently at the intake gates of a United States prisoner of war camp, watching a man quietly drowning in his own chest while standing in a processing line. Now, we must go back several weeks to a burning battlefield to understand

how Wernern ended up walking across an ocean with holes in his lungs. 6 weeks before his arrival in the United States, Wernneck was a 20-year-old gunner assigned to a German tank destroyer unit fighting a desperate, losing rear guard action in the hills of central Europe. His unit had been tasked with ambushing the advancing Allied armor from concealed positions in the dense pine forest, a tactic that worked brilliantly until the enemy began using artillery to flush them out of the tree line. Wernernneck had been in his vehicle for

four consecutive days, sleeping in shifts inside the cramped, steel smelling crew compartment, eating cold rations, and listening to the relentless percussion of distant explosions moving steadily closer. He was young but experienced with the permanently tense jaw of someone who has spent months waiting for the shell that would end everything. On the morning of the fourth day, that shell arrived. An allied artillery round struck the side of his vehicle just below the main gun housing, not directly penetrating the armor, but

sending a massive shock wave through the steel that threw the entire crew violently against the interior walls. Worneck was slammed sideways into the heavy metal sight housing of the main gun. The impact delivering a crushing blow to his right side with enough force to fracture two ribs and drive them inward. He dropped to the floor of the vehicle, unable to breathe, fighting a blinding, suffocating wave of pain that squeezed out every other sensation. For 30 seconds, he was convinced that the metal had penetrated, and he was already

dying. He was not yet dying, but the fractured ribs had done exactly what fractured ribs do when they are driven inward by a massive impact. The broken ends of two separate bones had punched through the delicate tissue of his right lung, creating two small but devastating holes through which air was slowly leaking into the chest cavity. The vehicle’s engine was screaming, and the crew commander was already shouting at everyone to evacuate before the fuel caught fire. Wernernick grabbed the edge

of a compartment brace and hauled himself upright. Deciding in a single desperate second that getting out of the burning vehicle was more important than lying down, he dragged himself through the hatch and dropped into the mud outside. Breathing carefully and trying to convince himself the pain was manageable. Let us know in the comments where you are watching this from. Are you in the United States, Germany, the United Kingdom, or somewhere else? If you want to dive even deeper into these untold stories, consider becoming a

channel member. You’ll get your name mentioned in the video, early access to videos, exclusive content, and direct input on which stories we cover next. Join our inner circle of history keepers. The unit medic found Wernick sitting against a pine tree minutes after the crew evacuated the vehicle. He quickly ran his hands across the soldier’s ribs, felt the wrongness immediately, and told Wernneck directly that he suspected a serious internal injury requiring immediate evacuation. Wernernneck refused. His reasoning was

simple and completely understandable in the brutal context of the moment. If he was evacuated to a field hospital, he would miss the defensive withdrawal. And missing the withdrawal in that particular sector meant being captured. He had heard enough stories about prisoner camps to be deeply afraid of that outcome. He told the medic his ribs were bruised and that he could fight through the pain, a lie that both men knew was dangerous, but that neither could afford to challenge. The medic wrapped his torso tightly in heavy

bandages, which helped reduce the bone movement, but did nothing to address the twin holes in his lung tissue. He strapped Worneck’s ribs so tightly that the simple act of drawing. A deep breath became an act of will rather than reflex. Over the next few days, the ongoing air leak from the punctured lung slowly filled the right side of his chest cavity with compressed air, collapsing the lung further with every hour that passed. His body attempted to compensate by shifting all breathing work to the left lung, which meant he

never had access to his full respiratory capacity. He began to feel a constant dull ache behind his sternum and the disturbing sensation of breathing through a cloth that could never quite be removed. We are following Wernneck through the retreating forest positions as his lungs slowly collapse from the inside out. Now we will watch how the brutal physical demands of the retreat over the next two weeks push his already critical condition into a completely different category of danger. The war inside his chest is moving much faster

than the war outside. The defensive withdrawal that Wernern refused to miss turned into a brutal weeks long ordeal of night marches, constant artillery harassment, and dwindling food supplies. His unit moved primarily at night, covering 10 to 15 miles across rough, hilly terrain with heavy equipment and the constant fear of ambush. Every hill they climbed required Wernneck to work his damaged respiratory system far beyond its severely compromised capacity, leaving him gasping at the top of each rise while trying to look

composed in front of his exhausted unit. The tightly bound ribs prevented the worst of the bone movement, but they also restricted his breathing so severely that he was effectively running on a fraction of his normal lung capacity. By the end of the first week of the retreat, a new and terrifying symptom appeared. He began coughing up small amounts of bright red, frothy blood at irregular intervals, particularly after strenuous physical exertion. The frothy quality of the blood was critical. It was not the dark

clotted blood of a stomach injury or internal bleeding. It was the unmistakable signature of a lung wound where damaged tissue mixed blood directly with the air passing through the respiratory system. He hid the blood carefully, spitting into the dirt behind trees and burying the stained cloth before anyone could see it. He told the unit medic that the blood was just from a cracked lip, a lie that the medic accepted because the alternative was too complicated to deal with. A second week of marching passed and then a third. The

compressed air in his chest cavity had now completely collapsed the right lung and his body was sustaining itself entirely on the remaining left lung. His face took on the permanent gray power of severe oxygen deprivation and he began to tire on climbs that should have been easy for a fit young man. The other soldiers in his unit noticed the change, commenting that he had gone quiet and seemed to be somewhere else mentally, even in the middle of conversations. He was somewhere else. He was fighting a

private, invisible battle for air that occupied every waking thought. We are deep in the European forests with a man running on a single lung during the most physically demanding weeks of the entire war. Now we will arrive at the moment of capture where his carefully maintained deception faces its first serious threat. The surrender will not end his ordeal. It will only change its location. The exhausted remnants of his unit were eventually encircled by an advancing Allied armored column on a cold gray morning near a ruined

crossroads village. The German officers gathered the surviving men and explained that further resistance was impossible. that ammunition was gone and that the only rational option was surrender. Wernernneck listened to the order with a strange distant calm. Realizing that he was simultaneously relieved to stop marching and terrified of what his capttors would do with a man who was slowly suffocating, he raised his hands with the rest of his unit. His shallow breathing controlled and deliberate, the

bloodstained cloth already folded tightly in his left fist. The American soldiers who searched the prisoners were efficient and professional, checking for weapons and removing personal items that could be used for communication or escape. When a young American infantryman padded down Wernneick’s torso, he pressed directly against the tightly bound ribs with the heel of his hand, causing Wernneck to flinch violently and step backward. The soldier looked at him sharply, clearly wondering if the reaction meant something more

than standard prisoner anxiety. Wernernneck forced a neutral expression, held his breath for a count of three, and managed to pass the basic visual inspection without triggering a medical escalation. He spent the next 12 hours in a temporary holding pen without food or water, sitting perfectly upright against a stone wall to keep the pressure off his damaged chest. The other prisoners slumped against each other, sleeping in the mud with the boneless exhaustion of the finally surrendered. Worneick sat alone,

breathing carefully, counting his inhalations in the dark and waiting for the morning transport. The transport chain moved quickly, pushing thousands of captured soldiers through a series of temporary holding facilities toward the port where ships were waiting. Worneck was processed through three separate camps in two weeks and at each facility a cursory medical screening failed to detect his injury. The doctors at these temporary sites were overwhelmed dealing with acute trauma cases, severe dysentery, and the early signs of

epidemic typhus in the crowded pens. A 20-year-old soldier who could stand upright and answer his name was effectively invisible in a sea of genuinely critical cases. At the second holding facility, a doctor pressed a stethoscope against his chest during a routine respiratory check and noted something unusual in his paperwork. He wrote the words diminished breath sounds right side with a small question mark beside it. a clinical observation that indicated reduced air movement in his right lung. He intended to follow up the

next morning, but by morning, Wernernick had been transferred to the final staging camp before the port. The notation sat in a paper file at a facility he had already left, quietly carrying the answer to a medical mystery that would not be solved for several more weeks. By the time he arrived at the shipping port, Wernernick had been living with a collapsed right lung for nearly 3 weeks. The human body is extraordinarily adaptable, and his left lung had expanded and increased its efficiency to partially compensate for

the lost capacity. But the ongoing damage to his chest cavity meant that blood was now accumulating alongside the compressed air, creating a condition the doctors call hemopath. He was walking around with a chest cavity filling steadily with blood and trapped air. And the only thing preventing an acute fatal crisis was the tightly bound bandage holding his fractured ribs in place. We are at the European shipping port where thousands of prisoners board massive ships bound for the United States. Now we follow

Wernernick into the dark hold of a transport vessel where the rolling ocean swells are about to introduce a terrifying new variable into his already critical medical situation. The transport ship assigned to Carrie Wernernick and his fellow prisoners was a converted cargo vessel with narrow multi-tiered bunks stacked in the dark oil smelling hold. The ocean crossing took nearly two weeks, and for Wernernneck, those two weeks were a masterclass in the absolute limits of human endurance. The ship rolled and

pitched through the heavy Atlantic swells, and every sharp movement of the vessel torqued his fractured ribs against their tight bandages, driving the broken bone ends deeper into his already damaged lung tissue. He lay rigidly in his bunk, holding the metal frame above him with both hands to brace himself against the ship’s movements, fighting to keep his breathing controlled. The coughing became significantly worse at sea. The constant motion of the ship combined with the humid dasilheavy air in the hold forced

him to cough more frequently to clear the blood and fluid accumulating in his airway. He began going through two or three cloths per day, soaking them with the frothy, bright red blood that every medical textbook in the world identifies as the signature of active lung bleeding, he hid the saturated cloths at the bottom of his small canvas kit bag. Terrified that a fellow prisoner would notice and report him to the ship’s medical officer. Let us know in the comments where you are watching this

from. Are you in the United States, Germany, the United Kingdom, or somewhere else? We would love to know who is keeping these stories alive. The mental strain of maintaining the deception while fighting for every breath was almost as exhausting as the physical damage. He lay in his dark bunk at night, listening to the deep, even breathing of the sleeping men around him, and feeling a profound bitter jealousy of their unconscious, unrestricted breathing. He tried to sleep himself, but every time his

muscles relaxed and his breathing instinctively deepened. A stabbing pain from the broken ribs immediately jolted him awake. He survived the entire ocean crossing in a half-conscious state of controlled, shallow awareness that left him more exhausted every morning than the night before. When the ship finally docked at an American port, Wernernick stepped onto the gang way with the same careful, deliberate movement he had practiced for weeks. But the long journey, the cumulative blood loss, and the ever worsening collapse of his lung

had produced visible physical consequences that were becoming increasingly difficult to hide. The gray palar of his face had deepened into a bluish tinge around his lips and fingertips, a classic sign of cyanosis, indicating severe oxygen deprivation. His fingers gripped the gangway railing with a white knuckled intensity that had nothing to do with fear of heights. He needed the railing to stay upright. By the time the train deposited the prisoners at the inland camp and the intake processing began, Wernernneck was

operating at the very edge of his physical capacity. He stood in line with his careful upright posture, but the effort required to maintain it was now consuming most of his remaining energy. He was spitting blood into the folded cloth every few minutes instead of every half hour. the frequency a clear indication that the internal damage was accelerating. When the American guard finally noticed the stained cloth and grabbed his arm, Wernernick did not even fight the intervention. He simply closed

his eyes, nodded slowly, and allowed himself to be pulled out of the line. This brings us back to the moment we began. The guard is calling urgently for a medic. And Wernernneck is standing in the dusty intake yard, coughing frothy blood into a saturated cloth. Completely aware that the careful deception he has maintained for 3 weeks is finally over. The camp medic who rushes over to the intake yard takes one look at the bloodstained cloth and immediately presses a stethoscope to the prisoner’s

chest. What he hears sends him sprinting for the head surgeon without a word of explanation to anyone else. The sound on the right side of Worick’s chest is not the wet crackle of pneumonia or the weeze of bronchitis. It is near total silence, an empty, airless void where the normal turbulent rush of breathing air through lung tissue should be. The left side is dramatically overworked, loud and labored, carrying a full respiratory load on its own. The medic has heard this combination only once

before in a training exercise with a cadaavver, and he knows exactly what it means. The head surgeon arrives in the intake yard within minutes, kneeling in the dust to conduct an immediate bedside assessment. He confirms the absent breath sounds on the right, notes the cyanotic bluish coloring of the lips and nails, and sees the frothy bright red blood on the cloth. He asks the camp translator, who has appeared at his shoulder, to ask the prisoner one specific question. He wants to know how long this has been happening. Worick

looks at the doctor with exhausted, honest eyes and tells the translator 3 weeks. The translator relays the answer and the surgeon is quiet for a moment performing the quick mental calculation of exactly how long a man can walk around with a collapsed bleeding lung. The answer is not very long. Worick should by every standard medical calculation be dead. The fact that he is standing upright in the dust and answering questions means his body has performed an extraordinary act of physiological adaptation. But the

adaptations are running out of room. The surgeon orders two orderlys to lift Wernneck carefully onto a stretcher and carry him directly to the hospital tent. Calling ahead for an immediate chest X-ray. He tells the translator to inform the prisoner that they are taking him somewhere safe and that he is not allowed to die before they get there. We are inside the United States camp hospital as the first real medical attention Wernneck has received in 3 weeks is finally about to begin. Now we step back and look at the brutal reality

of chest injuries in the 1940s to understand exactly what the surgeon is walking into. If you are enjoying this story and want more untold accounts from World War II prisoners of war, make sure to subscribe to the channel. We are bringing you stories that most history books never covered. To understand the full horror of what Wernernneck survived, we need to look at the grim statistics of thoracic injuries during the war. Chest wounds accounted for approximately 8% of all battlefield casualties. But they were responsible

for a dramatically disproportionate share of preventable deaths. A penetrating chest injury or even a severe blunt impact like the one Wernick suffered kills not through dramatic blood loss but through a slow mechanical failure of the breathing mechanism. When air or blood fills the chest cavity outside the lungs, it compresses the tissue inward progressively reducing the volume available for breathing with each passing hour. A completely collapsed lung as Wernernneck was carrying on his right side removes approximately 40% of

a healthy person’s total respiratory capacity in a single event. Sustaining normal activity, let alone weeks of forced marching under combat conditions on the remaining 60% is extraordinarily difficult. The fact that he managed three weeks of retreat marching, ocean crossing, and camp processing without losing consciousness is a medical outlier that the doctors treating him will discuss for years. The combined blood and air accumulation in his chest cavity had compressed not only his right lung, but was beginning to push the

heart and large blood vessels slightly left of center. a life-threatening development called tension pneumothorax that requires immediate intervention. We are looking at the dark medical statistics behind chest trauma and understanding just how close worneck is to the absolute edge of survival. Now we return to the glowing x-ray light box where the surgeon is finally looking at the full picture of what three weeks of silent damage actually looks like. The camp’s X-ray machine produces its images

slowly, and the surgeon stands in the developing room, watching the wet film emerge from the chemical bath with the focused intensity of a man expecting the worst. When he clips the finished film to the glowing light box and steps back to examine it, the picture is even more severe than his clinical examination suggested. The right side of the chest cavity is dominated by a large opaque white shadow representing the massive accumulation of blood and fluid that has been collecting for 3 weeks. The right

lung is entirely collapsed, pressed into a small dense mass near the spine. Even more alarming, the heart, which should sit in the center of the chest, is visibly shifted to the left, pushed out of its normal position by the growing pressure on the right side. The surgeon calls two other medical officers into the room, pointing to the shift of the heart on the film. He explains quietly that this shift, known as mediainal deviation, means the accumulated pressure is now threatening the function of the heart itself. The major blood

vessels entering and leaving the heart are beginning to kink under the abnormal positioning, reducing the efficiency of every heartbeat. If this is not corrected within hours, the heart will fail catastrophically, not from direct damage, but from being slowly strangled by its own displaced anatomy. The other doctors study the film in silence for a long moment before one of them asks the question everyone in the room is thinking. He asks how the prisoner walked off a ship. The surgeon does not answer immediately. He looks at the film

one more time, then goes back to the tent where Wernernneck is lying with an oxygen mask pressed against his face. He studies the young man’s face for a moment and then has the translator tell him that he has just seen the most remarkable X-ray of his entire career. Worneck listens to the translation, nods once, and then asks very quietly if he is going to be able to breathe properly again. The surgeon tells him yes, but that the next hour will be the hardest thing he has ever experienced. The

primary emergency procedure for a massive accumulation of air and blood in the chest cavity is known as needle decompression. And in the 1940s, it is performed almost exactly the same way it is performed today. A long hollow needle is inserted through the chest wall between the ribs on the affected side, allowing the trapped air to escape immediately and relieving the deadly pressure on the heart. The sound it makes when it enters correctly is one of the most distinctive in all of emergency medicine. A sharp hissing rush of air as

weeks of accumulated pressure releases through the narrow metal tube. The surgeon prepares the sight on Wernick’s right chest, cleaning the skin with iodine and injecting a small amount of local anesthetic directly into the intercostal tissue. Worneck lies perfectly still on the table, staring at the white canvas ceiling, his hands flat against his sides. He can feel the surgeon marking the entry point with a fingertip, counting the ribs from the top downward to find the correct intercostal space. A nurse hands the

surgeon a large bore hollow needle attached to a syringe. And the doctor pauses for a moment to tell the translator to warn the patient that he will feel significant pressure but must not move. Wernernick closes his eyes and says in German that he has not moved in 3 weeks. he can manage a few more minutes. The surgeon inserts the needle with a firm, controlled thrust through the chest wall. The immediate response is a dramatic, loud hiss of escaping air, audible across the entire medical tent. The pressure inside Wernneck’s

chest drops instantly, and the painful compressive sensation that has defined every waking moment for 3 weeks vanishes in a single second. His eyes open wide and he takes the deepest breath he has been able to take since the day the tank destroyer was struck by the artillery shell. A long shuddering exhale follows and then another deep full inhalation and every person in the tent hears him cry for the first time. The initial needle decompression buys the medical team the time they need, but it is not a

permanent solution. The massive volume of blood pulled in the chest cavity has to be drained completely or it will solidify into a thick fibrous mass that will permanently restrict his lung expansion. The surgeon explains to Wernick through the translator that a chest tube must be inserted between the ribs to drain the accumulated blood over several hours. The tube will be connected to a glass collection bottle and he must lie completely still to allow gravity to empty the cavity. The process is uncomfortable and slow, but

it is the only way to give his collapsed lung the physical space to reinflate. The chest tube insertion is performed under heavier local anesthesia, a longer and more deliberate procedure than the emergency needle. A small incision is made between the fourth and fifth ribs on the right side and a thick rubber tube is carefully fed through the chest wall into the cavity. The connection to the glass drainage bottle is established and the surgeon steps back to observe the flow. Dark partially clotted blood

immediately begins to move down the tube in heavy rhythmic pulses. Each one representing the gradual release of pressure that has been strangling Wernneck’s heart for weeks. The glass bottle fills steadily and the medical team watches in quiet fascination as the volume grows, documenting every measurement. Over the next 6 hours, the drainage bottle collects an extraordinary volume of old dark blood that has been accumulating since the morning of the artillery strike. As the chest cavity slowly empties, the X-ray

taken at intervals shows the collapsed right lung beginning to uncurl from its compressed position near the spine and slowly expanding to fill the space being reclaimed. Worneck lies on his back, watching the ceiling and breathing carefully, feeling an odd bubbling sensation in his chest as his long, dormant right lung begins to work for the first time in 3 weeks. He falls asleep before the third hour is complete. The first genuine, deep, unrestricted sleep he has had since the moment the artillery shell destroyed his

vehicle. We are watching a collapsed lung slowly remember how to breathe. Now, we will follow Wernick into the difficult days of recovery as the medical team fights to prevent the inevitable complications of such a prolonged chest injury. When Wernick wakes up the next morning, the chest tube is still in place, draining the last of the accumulated fluid. The oxygen mask has been replaced by a simple nasal tube, delivering a gentle supplemental flow. He opens his eyes to the bright, clean light of the recovery

ward and lies very still for a moment. Performing the cautious assessment that has become his primary reflex, he waits for the familiar crushing, suffocating weight of the collapsed chest. It does not come. He takes a slow experimental breath, feeling his right side expand for the first time in 3 weeks. The sensation so foreign and so overwhelming that he grips the side of the cot with both hands. A nurse notices his open eyes and immediately comes over, checking his pulse and the drainage bottle before calling the surgeon. The

doctor performs a quick examination, confirming that the lung has reinflated to approximately 60% of its normal capacity and is continuing to expand with every breath. He tells the translator to explain that the rib fractures still need time to heal and that the chest tube will remain in place for at least two more days to ensure complete drainage. He also warns Worernneck that the lung will feel stiff and uncomfortable for weeks as the damaged tissue heals, but that he will breathe normally again. Worneck listens

to the translation, nods once, and then says very quietly in German that normal breathing is the most beautiful thing he has ever heard anyone offer him. The healing process after a collapsed lung and severe rib fractures is measured in weeks rather than days. And Worick’s recovery is monitored with the careful attention of a medical team that has developed a genuine professional investment in his survival. The chest tube is removed on the third day, leaving a sealed bandaged incision between his ribs. He is given a small

rubber ball and instructed to squeeze it repeatedly throughout the day. The resistance exercises designed to strengthen his chest wall and encourage deep breathing. The first few sessions produce tears because expanding the healing lung against the resistance of fractured ribs requires a blinding effort of will. But the surgeon makes clear that the alternative is permanent scarring and lifelong respiratory restriction. He is kept on a diet high in protein and iron to rebuild the blood volume lost over the 3 weeks of internal

bleeding. The daily blood tests show his hemoglobin levels gradually rising from a dangerously depleted level back toward the normal range. The deep gray palar of his face slowly replaced by the natural color of a young man who is adequately oxygenated. The bluish tinge disappears from his lips and fingertips within the first week. And the nurses comment among themselves that it is like watching someone return from the dead. By the end of the second week, Wernneck is breathing deeply and freely for the

first time since the artillery strike. The fractured ribs are healing with the reliable efficiency of young bone, and the lung tissue is rebuilding itself with the extraordinary regenerative capacity that makes the human body so astonishing. A follow-up X-ray shows the right lung fully ray expanded, filling the chest cavity properly with only a small area of scar tissue near the original puncture sites. The surgeon circles this area on the film and explains that the scar is permanent, a small dense badge of what happened, but

that it will not significantly affect his breathing for the rest of his life. We are watching a man rebuild his lungs from the inside out in a clean American hospital ward. Now we will follow him out of the hospital and into the daily routines of the camp as his strength slowly returns.