The Townsley Law Firm Personal Injury & Medical Malpractice Attorneys in Lake Charles 2026-07-07T17:56:57Z https://www.townsleylawfirm.com/feed/atom/ WordPress /wp-content/uploads/sites/1503891/2022/10/cropped-townsley-site-icon-32x32.jpg On Behalf of The Townsley Law Firm <![CDATA[Skipped Surgical Step Led to Transection of Three Vital Structures – Over $4,500,000 Recovered in Settlement]]> https://www.townsleylawfirm.com/?p=55614 2026-07-07T15:55:38Z 2026-07-07T15:44:09Z Laparoscopic gallbladder removal is one of the safest, most routine operations in American medicine. The critical view of safety, a required checkpoint during surgery where the surgeon confirms exactly which structures they are cutting before making further decisions. If this technique is skipped, patients can suffer severe bile duct injuries including the transection of the common bile duct, the common hepatic duct, and the right hepatic artery – three separate structures that shouldn’t be touched during a gallbladder removal. During a standard laparoscopic gallbladder surgery, two to six surgical clips are typically used to safely seal off blood vessels and the duct that connects the gallbladder to the main bile duct. If transection occurs, a surgeon has a responsibility to use proper techniques to control the bleeding and ultimately repair the mistake.  For major arterial transections – the common hepatic artery and right hepatic artery – the ends are typically oversewn with vascular sutures rather than closed with standard clips to prevent bleeding. Repairing the bile duct transection is usually managed with a biliary reconstruction because clipping a major bile duct could cause biliary obstruction. In this case, the performing surgeon did not follow proper protocols and did not use proper techniques. When our client began bleeding during surgery because the common bile duct, common hepatic artery, and right hepatic artery were transected, his surgeon placed upward of 20 clips on structures he could not identify. The injuries our client suffered due to these mistakes went undiagnosed for five weeks. The Townsley Law Firm fought for our client and recovered over $4,500,000 in a settlement. [ez-toc]

The Critical View of Safety: One Checkpoint That Prevents This Exact Injury

Our client went into the hospital for a laparoscopic cholecystectomy, a minimally invasive surgery to remove the gallbladder. This surgery is the standard treatment for painful gallstones, chronic inflammation, or biliary dyskinesia, and usually takes 60-to-90 minutes to perform. Because the surgery is done “laparoscopically,” four small incisions are made, allowing a camera and specialized tools to safely extract the gallbladder.  Before any clip is applied or any structure divided in a laparoscopic cholecystectomy, accepted surgical practice requires the surgeon to dissect the area until only two structures are visibly entering the gallbladder: the cystic duct and the cystic artery. Nothing gets cut until that view is achieved and, ideally, photographed for the record. This is not an optional refinement. It is the defined standard of care, developed specifically because bile duct injuries during this procedure are devastating and largely preventable. When a surgeon proceeds without that view, the common bile duct sitting just beside the cystic duct can be mistaken for it and cut. That is the classic mechanism of catastrophic bile duct injury, compounded by injury to the hepatic duct and right hepatic artery as well. When excessive bleeding is discovered, due to the transection of the bile duct, hepatic duct, and hepatic artery, the standard of care requires a surgeon to stop the surgery, get intraoperative imaging, call for help, or convert to an open procedure.  Our client’s surgeon did none of those things. After losing over 1000 cc’s of blood, which is considered a severe hemorrhage requiring close monitoring or transfusions, our client’s surgeon put 20-plus clips on unidentified structures, clear evidence that the critical view was never established. A surgeon who knows anatomy does not blindly clip 20 sites to stop bleeding.

Five Weeks Turned a Surgical Error Into a Near-Fatal Cascade

A bile duct injury caught during surgery, or even in the first day or two afterward, can often be repaired with a manageable outcome. In this case, however, our client’s diagnosis was delayed. For five weeks, bile leaked into his abdomen, his disrupted blood supply went unaddressed, and his injuries went undiagnosed and untreated. The result was a chain of complications. Our client experienced septic shock, renal failure, pneumonia, respiratory failure, and a bloodstream infection. He also suffered liver damage severe enough to cause ascites (fluid accumulation in the abdomen), bilomas (collections of leaked bile), malnutrition, and critical illness myopathy, the profound muscle weakness that develops in patients who spend long periods critically ill.  He was too sick to undergo corrective surgery for three months. Only after his body had stabilized could a specialist perform the liver reconstruction his original surgeon's errors made necessary. Months more of hospitalization and rehabilitation followed. He survived with permanent disability. The total picture, months of inpatient care, repeated procedures, and lasting impairment, all traced back to one skipped safety step and a diagnosis that came five weeks too late.

Frequently Asked Questions

Is every bile duct injury during gallbladder surgery malpractice?

No. Bile duct injury is a recognized risk of the procedure, and not every occurrence is negligence. What points to malpractice is how it happened: a failure to perform the critical view of safety, cutting structures that were never properly identified, or, as in this case, placing numerous clips on unidentified anatomy. Whether the standard of care was met is a question for medical experts reviewing the operative record.

What does it mean that the surgeon didn't use the "critical view of safety"?

The critical view of safety is the required step where the surgeon clearly exposes and confirms the two structures connecting to the gallbladder before cutting anything. Skipping it dramatically raises the risk of mistaking the common bile duct for the cystic duct and cutting the wrong structure. Its omission is frequently the central issue in a bile duct injury malpractice claim.

Why was the five-week delay so significant?

Timing largely determines the outcome in bile duct injuries. Recognized and repaired early, the damage can be contained. Left undiagnosed for five weeks, leaking bile and disrupted blood flow drove this patient into septic shock, organ failure, and a string of life-threatening complications that a prompt diagnosis would likely have prevented. The delay, not just the original cut, is what turned a surgical error into a near-fatal event.

What are bilomas and ascites, and why do they matter here?

A biloma is a pocket of bile that has leaked out of the biliary system and collected in the body. Ascites is a buildup of fluid in the abdominal cavity, often a sign of significant liver injury or disease. Both developing after a gallbladder surgery are red flags that something has gone seriously wrong with the bile ducts or liver, and both were present in this patient as his undiagnosed injuries progressed.]]> On Behalf of The Townsley Law Firm <![CDATA[Negligent Post-Op Care Led to Amputation of Leg – Over $3,250,000 Recovered in Settlement]]> https://www.townsleylawfirm.com/?p=55613 2026-07-07T15:56:19Z 2026-07-07T15:33:03Z A total abdominal hysterectomy is the surgical removal of both the uterus and the cervix through an incision in the lower abdomen. This surgery requires specific post-operative recovery plans and, as with any major surgery, also involves potential risks.  The standard post-op protocol for a total abdominal hysterectomy involves an initial 2 to 3-day hospital stay followed by a 6 to 8-week recovery period at home. Care mainly focuses on pain management, preventing blood clots, monitoring incisions, and strict activity restrictions. Patients are encouraged to notify their physicians and seek emergency care if they experience heavy vaginal bleeding, a high fever, worsening severe abdominal pain, shortness of breath or chest pain; or redness, warmth, or heavy pus draining from the incision site. If a patient’s post-operative care is not taken seriously, complications can occur. It is of the utmost importance that physicians take diligent care in observing a patient to prevent these complications and any further injury to the patient. In this case, our client’s physician did not act within the standard post-operative procedure, leading to life-long injuries to our client. Due to medical negligence, our client suffered a below-the-knee amputation, an embolic stroke, kidney failure requiring dialysis, and permanent disability. The Townsley Law Firm held the responsible parties accountable and recovered over $3,250,000 in a settlement on behalf of our client.  [ez-toc]

A Timeline of Ignored Signals

On day two post procedure, our client was experiencing nausea, vomiting, abdominal pain, and bloating. Her labs showed a severely low white blood cell count, decreasing hematocrit and hemoglobin, and increasingly low blood pressure, paired with an elevated heart rate and temperature. The combination of these symptoms suggests the development of a serious problem and are not indicative of ordinary post-op discomfort.  The next day, our client was formally flagged as high-risk for thromboembolism, meaning high-risk for dangerous blood clots. Instead of aggressively pursuing clot prevention measures, her pneumatic compression devices were discontinued, and no anti-clotting medication was ordered.  During the post-operative period, she demonstrated multiple signs of clinical deterioration, including absent bowel sounds, increasing abdominal distention, elevated temperatures, low blood pressure, worsening kidney function, significant changes in her white blood cell count, and elevated band cells suggestive of a serious infectious or inflammatory process. Imaging studies suggested either a post-operative ileus or a partial small bowel obstruction. A surgical consultation concluded that she was experiencing a post-operative ileus, and a nasogastric tube was inserted. However, the claim alleges that her worsening condition was not adequately monitored or reassessed. Despite continued abdominal distention, the inability to pass gas, dark green nasogastric drainage, and laboratory studies showing an increase in immature infection-fighting cells, the consulting surgeon reportedly advised the patient to chew gum in an effort to stimulate bowel function. After attempting to chew the gum, she gagged and vomited. No additional surgical follow-up was documented, and no further laboratory studies were obtained thereafter despite her continued clinical decline. After a week in the hospital, post-surgery, our client was discharged. Less than 24 hours after discharge, she went back to the emergency room in septic shock, with acute renal failure and pneumatosis intestinalis – air in the wall of the small intestine, signaling a dying bowel. At almost every step along the way, a different decision could have changed our client’s future. Time and again, opportunities were missed that could have prevented a lifetime of pain and suffering.

The Surgery That Revealed How Far It Had Gone

After being readmitted into the emergency room, our client underwent an emergency exploratory laparotomy. Before surgery began, she suffered a cardiac arrest. Surgeons found a severe infection in her pelvis and a blocked artery that was cutting off blood flow to her leg. She required medications to keep her blood pressure up, additional surgeries, and a transfer to another hospital for more specialized care.  She suffered septic shock, acute renal failure, rhabdomyolysis, bilateral compartment syndrome, embolic stroke, and severe vascular compromise to both lower extremities. She underwent bilateral fasciotomies, developed gangrene, required a below-knee amputation, hemodialysis, and numerous additional surgical procedures. She sustained permanent physical disabilities, cognitive impairment, severe depression, and ultimately required nursing home placement.

Why This Was Preventable

This case is not about one mistake. It is about multiple missed opportunities. She was a high-risk patient for blood clots, yet no blood-thinning medication was ordered. She continued to develop worsening abdominal pain, vomiting, abdominal swelling, abnormal laboratory studies, and signs of infection. Despite over a liter of dark green stomach drainage and elevated bands suggesting a serious illness, no further laboratory studies were obtained and little additional intervention occurred.  Sending home a patient with elevated bands, dark green NG output, an unresolved bowel problem, and a still-abnormal lab picture, without ordering further studies, is a decision that ignored the data already in front of the care team. The signs of evolving bowel ischemia and sepsis were present before she walked out the door. The system had the information and still did not act on it. The warning signs were not subtle, and they were not hidden. They were written on her chart, in her vital signs, in her lab results, in her imaging studies, and in her symptoms, for days. Our client suffered at the hands of negligent hospital staff and physicians who failed to follow proper procedures and ultimately caused her lifelong pain and injuries.

Frequently Asked Questions

Can I sue if serious symptoms were ignored after my surgery?

If your medical team had lab results and vital signs showing a developing complication and failed to investigate or act on them, and you were harmed as a result, that can be the basis of a malpractice claim. Documented abnormal findings that went unaddressed, like elevated bands or abnormal NG drainage, are often the strongest evidence, because they show the information was available and not acted upon.

What are "bands" on a lab report, and why do they matter?

Bands are immature white blood cells. When they rise, often called a "left shift," it usually means the body is mounting an aggressive response to a serious infection. Elevated bands in a post-surgical patient are a recognized warning sign that should prompt further evaluation, not discharge. In this case, elevated bands were documented and no follow-up labs were ordered.

What is pneumatosis intestinalis?

It's the presence of gas within the wall of the intestine, visible on imaging. In an acutely ill adult, it is an ominous finding that often indicates bowel ischemia, tissue that is dying from lack of blood flow. It is a surgical emergency, and its presence on her return to the ER showed how advanced her condition had become.

Why is stopping clot-prevention measures so serious in a high-risk patient?

Patients flagged as high-risk for thromboembolism are at elevated danger of forming dangerous blood clots. Pneumatic compression devices and anti-clotting medications are standard defenses. Removing those protections from a patient specifically identified as high-risk leaves the door open to exactly the kind of arterial clotting that, here, contributed to limb ischemia and amputation.

What kind of compensation is available for an amputation caused by medical negligence in Louisiana?

A patient may seek recovery for past and future medical care, lost earning capacity, prosthetics and lifelong assistive needs, physical pain, disfigurement and disability, and emotional harm. With injuries this severe and permanent, the future-care component is often the largest part of the claim. Louisiana caps certain malpractice damages, and an experienced attorney works to maximize recovery within those rules.  ]]> On Behalf of The Townsley Law Firm <![CDATA[What driving without insurance now costs you in Louisiana]]> https://www.townsleylawfirm.com/?p=55603 2026-07-06T08:39:09Z 2026-07-06T08:37:42Z The penalty just got far steeper For years, an uninsured driver here could not recover the first $15,000 in injury damages or the first $25,000 in property damage. Under the new law, those figures now stand at $100,000 each. In plain terms, if you are hurt while uninsured, you cannot collect the first $100,000 of your losses from the at-fault driver, no matter how clearly the other person was to blame. Think about a commuter with $90,000 in medical bills after a wreck that was not their fault. Under the old rule, they could recover most of it. But now, they walk away with nothing, because the whole claim sits below the threshold.

Fault does not save you

This is the part that catches people off guard. The rule applies even when the other driver ran the light, sped or rear-ended you. For the commuters, motorcycle riders and oil-field workers who log long daily miles on Southwest Louisiana roads, that is a heavy risk to carry. One lapse in coverage, one missed payment, and a routine drive home can turn into a financial cliff.

When the penalty does not apply

The law carves out several situations where an uninsured person can still recover in full. You keep your right to full compensation when:
  • The at-fault driver was intoxicated, committing a felony or acting on purpose
  • The at-fault driver fled the scene in a hit-and-run
  • Your uninsured vehicle sat legally parked when another car hit it
  • You were a passenger who did not own the vehicle you rode in
  • You live out of state and met your home state's insurance rules
These exceptions can be the difference between a full recovery and none, so the facts of your specific crash matter enormously.

How you can protect what you have earned

The cleanest protection is simple: keep continuous coverage that meets or beats the state minimum. Watch for the traps that quietly leave people uninsured, such as a lapsed policy after a missed payment or a household member left off the plan to lower a premium. When an insurer denies a claim over coverage, talk to a lawyer who can look closely at whether it followed every notice rule before the lapse, since a misstep on their end can reopen a door you thought was closed. You built a stable life through steady work, and one insurance gap should not undo it. Knowing where you stand under the new rule puts you in a stronger position to protect your family, your finances and the road ahead.]]> On Behalf of The Townsley Law Firm <![CDATA[Perforation of Stomach and Intestines led to Amputation of Toes – Over $3,000,000 Recovered in Settlement]]> https://www.townsleylawfirm.com/?p=55505 2026-06-17T09:11:25Z 2026-06-17T08:39:18Z $3,000,000 in a settlement.

What Happened: A Perforation That Was Never Checked For, Never Found, and Never Treated Until It Was Almost Too Late

The Lap Band Removal and the Surgical Injury

Our client underwent the surgical removal of a gastric lap band, a device that had been placed around the upper portion of the stomach as part of a bariatric weight loss procedure. Lap band removal is a surgical procedure that involves dissecting and freeing the band from the tissue that has grown around it over time, then removing it without damaging the underlying stomach or adjacent structures. During this procedure, our client's surgeon caused a perforation to her stomach and her intestines. A perforation is a hole or tear in the wall of a hollow organ, in this case the gastrointestinal tract, through which the contents of that organ can leak into the surrounding body cavity. Perforations of the stomach and intestines during upper gastrointestinal surgery are a recognized potential complication of these procedures. The failure to identify a perforation before it causes serious harm and the failure to use the diagnostic tools that exist specifically to identify perforations before a patient is discharged is considered medical negligence. In this case, our client’s surgeon should have performed a leak test. Instead, this tool was not utilized, and our client was sent home with digestive fluids and bacteria flowing freely in her abdominal cavity.

The Leak Test That Was Never Performed

A leak test is a standard diagnostic procedure performed after upper gastrointestinal surgery to confirm that no perforation or anastomotic leak is present in the stomach or intestinal structures. The test involves introducing a contrast agent or air into the gastrointestinal tract under controlled conditions and observing whether it remains contained within the tract or escapes through a defect. In bariatric and upper gastrointestinal surgery, leak testing before discharge is not optional. It is the safety checkpoint that exists because surgeons and surgical teams know that perforations and leaks can occur during these procedures, that they may not be apparent during the operation itself, and that sending a patient home with an undetected perforation exposes that patient to life-threatening risks.

Sent Home With a Perforated Stomach and Told the Pain Was Normal

After being discharged, our client's condition deteriorated. The perforation in her stomach and intestines allowed gastrointestinal contents, including digestive fluids, bacteria, and partially digested material, to leak into her abdominal cavity. Peritonitis, a systemic infection that follows untreated gastrointestinal perforation, was developing. She sought guidance from her care team. She was prescribed anti-inflammatory medication. She was told that the pain she was experiencing was normal. This pain was not normal. Our client was experiencing the pain of an abdominal cavity contaminated by the contents of a perforated gastrointestinal tract. Anti-inflammatory medication does not treat peritonitis, seal a perforation, or stop the spread of bacteria through the abdominal cavity. Prescribing it and sending this patient home with reassurance was not the standard of care.

The Emergency Room, the Collapsed Blood Pressure, and the Fight to Survive

Our client’s husband brought her to the emergency room. By that point, her body's response to the spreading infection had pushed her into cardiovascular collapse. Her blood pressure had plummeted to a level incompatible with adequate organ perfusion. She required vasopressors, medications that constrict blood vessels and force blood pressure upward, to maintain circulation to her vital organs. She became septic, and the emergency and intensive care teams that received her fought to keep her alive. Despite their success, the physiological cascade that had been set in motion by an untreated gastrointestinal perforation over the preceding days had already inflicted damage throughout her body that could not be reversed.

The Complications: What Septic Shock Did to Her Body

Septic Shock

Septic shock is the most severe form of sepsis, the systemic inflammatory response to infection. In septic shock, the infection triggers a dysregulated immune response so extreme that it damages the body's own organs and vascular system. Blood pressure drops, blood flow to vital organs becomes inadequate, and without aggressive intervention, multi-organ failure and death follow rapidly. The source of our client's septic shock was the bacterial contamination of her abdominal cavity from the untreated gastrointestinal perforation. Every day that passed between her discharge and her emergency room admission was a day during which bacteria spread further, the infection deepened, and the physiological damage accumulated.

Disseminated Intravascular Coagulation

Disseminated intravascular coagulation, known as DIC, is one of the most severe complications of septic shock. It is a condition in which the body's clotting system is activated throughout the entire circulatory system simultaneously, consuming clotting factors faster than they can be replaced. Blood clots form in small vessels throughout the body, blocking circulation to tissues and organs, while at the same time the consumption of clotting factors leaves the patient unable to form the normal clots needed to stop bleeding. DIC is both a clotting disorder and a bleeding disorder occurring at the same time. It is a life-threatening emergency that requires intensive management and that causes direct, irreversible damage to the tissues and organs whose blood supply is disrupted by the microthrombi that form throughout the vasculature. In our client's case, DIC contributed directly to the ischemic damage that led to her amputations and permanent disabilities.

Ischemia and the Amputation of All Ten Toes

Ischemia is the deprivation of blood flow to tissue. When tissue is deprived of oxygenated blood for long enough, it dies. In the setting of septic shock and DIC, ischemia can develop in the extremities as circulation is redirected to vital organs and as microvascular clots block blood flow to the fingers and toes. Our client developed ischemia in her extremities severe enough to cause irreversible tissue death in all ten of her toes, requiring amputation. The tissue damage in her fingers was severe enough to cause permanent contracture, meaning her fingers are permanently curled and cannot be straightened, a lasting physical reminder of the systemic damage that spread through her body during the days her perforation went untreated.

The Pacemaker and the Tracheotomy

The cardiovascular strain of septic shock and the physiological insult of the critical illness that followed created cardiac consequences that required permanent intervention. Our client required the implantation of a pacemaker, a device that regulates the heart's electrical activity, to manage the cardiac arrhythmia or conduction abnormality that developed as a result of her illness. She also required a tracheotomy, a surgical procedure in which an opening is created in the throat to allow placement of a breathing tube. Tracheotomies are performed in critically ill patients who require prolonged mechanical ventilation or who have airway compromise. The need for a tracheotomy reflects the severity of her respiratory compromise during the acute phase of her illness and the length of time for which mechanical ventilatory support was required. These interventions are lasting, life-altering consequences of an untreated perforation that a leak test could have identified before she ever left the surgical facility.

What Is the Standard of Care for Leak Testing After Upper Gastrointestinal Surgery?

The standard of care for surgeons performing upper gastrointestinal procedures, including gastric band removal, gastric sleeve surgery, gastric bypass, and other bariatric and esophagogastric procedures, includes assessment for perforation or anastomotic leak before the patient is discharged from the facility. This standard exists because perforations and leaks in the upper gastrointestinal tract are a recognized and serious complication of these procedures that may not be clinically apparent during the operation itself. A perforation that is not visually obvious at the time of surgery may nevertheless allow gastrointestinal contents to leak into the abdominal cavity after closure. A leak test identifies this before it becomes a life-threatening crisis. The test itself is simple and adds minimal time to the post-operative process. The consequences of not performing it, as this case demonstrates, can include septic shock, multi-organ involvement, permanent disability, and devastating injury that reshapes a patient's entire life. Failing to perform a leak test following a procedure in which the stomach and intestines were manipulated, particularly when a perforation occurred during that procedure, is a departure from the standard of care. It is the type of omission that, when it results in the patient's harm, forms a central element of a surgical malpractice claim.

Dismissing Post-Operative Pain as Normal When It Is Not

One of the most damaging failures in this case occurred after the patient was discharged. When our client reported worsening pain to her care team, she was told the pain was normal and given anti-inflammatory medication. In post-operative surgical care, worsening pain is never assumed to be normal without an adequate clinical assessment to support that conclusion. Pain that is increasing rather than decreasing in the days following surgery, particularly upper abdominal or gastrointestinal surgery, is a recognized warning sign of a developing surgical complication. The differential diagnosis for worsening post-operative abdominal pain includes anastomotic leak, bowel perforation, peritonitis, abscess formation, and other serious conditions requiring urgent evaluation. The standard of care requires that a patient who contacts her care team with worsening pain following upper gastrointestinal surgery be evaluated for these possibilities, not reassured and prescribed medication that has no therapeutic relevance to the actual cause of her symptoms. Telling a patient that worsening post-surgical pain is normal, when that patient has an undetected gastrointestinal perforation, is clinically incorrect. It is a departure from the standard of care that delayed the recognition of a life-threatening emergency.

What Is a Gastric Lap Band and What Does Its Removal Involve?

A gastric lap band is an adjustable silicone band placed around the upper portion of the stomach during bariatric surgery to restrict the amount of food the stomach can hold, thereby limiting intake and promoting weight loss. It is placed laparoscopically and can be adjusted over time by adding or removing saline from a port located under the skin. Lap band removal is performed when the band needs to be taken out due to complications including band slippage, erosion, infection, or a patient's decision to pursue a different treatment approach. The removal procedure requires the surgeon to dissect the scar tissue and fibrosis that forms around the band over time and carefully separate it from the stomach and surrounding structures. The stomach and the gastroesophageal junction in this area can be vulnerable to injury during dissection, particularly if the band has been in place for many years or if significant tissue adhesion has occurred. Because of this risk, the standard of care following lap band removal and other upper gastrointestinal procedures includes intraoperative assessment for injury and, before discharge, a leak test to confirm that the gastrointestinal tract is intact.]]> On Behalf of The Townsley Law Firm <![CDATA[Failed Hip Replacement Led to Progressed Staph Infection – Over $1,000,000 Recovered in Settlement]]> https://www.townsleylawfirm.com/?p=55504 2026-06-17T07:49:22Z 2026-06-17T07:47:30Z settlement of over $1,000,000.

What Happened: Two Years and a Surgeon Who Never Looked at the Hip He Operated On

The Surgery and the Immediate Complication

Our client had a history of lower back and hip pain. When she presented to her orthopedic surgeon, he assessed her and concluded that her pain was originating from the hip. He recommended and performed a total hip replacement. Within days of the procedure, her hip dislocated. The prosthetic joint came out of the socket, a painful and serious complication that required a return to the operating room. The surgeon performed a revision of her left total hip arthroplasty, a corrective surgery to address the failure of the original procedure. She now had two hip surgeries within a short period of time, and still, her pain did not resolve.

Two Years of Dismissed Complaints

Over the following two years, our client returned to her surgeon six times. At each appointment, she reported the same thing: she was in pain. She was not describing mild discomfort or the expected soreness of post-surgical recovery. She rated her pain a ten out of ten, the maximum score on a standard clinical pain scale, at every visit. Her surgeon's response was consistent. He attributed her pain to her lower back, not to her hip or to either of the two surgeries he had performed. He told her directly that her complaints were "certainly not related to any of her surgeries." He did not order imaging of the hip or perform an aspiration to test for infection. He documented in her medical record that she was doing really well and never sent her to get a second opinion. A patient reporting ten out of ten pain and a physician documenting that she is doing really well are not describing the same clinical encounter. The documentation he created shielded him from accountability while his patient continued to suffer.

The Unnecessary Back Surgery

On the basis of his repeated conclusion that her pain was coming from her lumbar spine rather than her hip, her surgeon performed an L4-5 laminectomy. This is a spinal procedure in which part of a vertebra is removed to relieve pressure on spinal nerves and address lumbar disk disease. She had not asked for back surgery. The laminectomy was performed because her surgeon had committed to the explanation that her pain was lumbar in origin and continued to act on that explanation without adequately investigating whether it was correct. After the back surgery, she was still reporting hip pain. The laminectomy did not help because her pain was never coming from her lumbar spine. Her surgeon told her to return in four to six weeks without explaining or investigating what could be causing her ongoing hip complaints. She did not return to him.

How She Found Out the Truth

Our client saw her primary care physician, who ordered X-rays of her hip. Those X-rays revealed that the acetabular component, the cup-shaped prosthetic socket implanted into her pelvis during her original hip replacement, was significantly rotated and loosened. This was visible on a standard X-ray. It had been present inside her body while her surgeon told her six times that her complaints were not related to her surgeries. Her physical therapist referred her to an orthopedic specialist, who performed a joint aspiration, drawing fluid from the hip joint and sending it to a laboratory for analysis. The results came back positive for Staphylococcus aureus. She had a staph infection in her prosthetic hip. This was the first time in two years that she was told the truth about what was happening inside her own body. Her hip surgery failed, and the implant moved and loosened. The surgical site was infected with one of the most serious bacteria capable of colonizing a prosthetic joint, and her surgeon spent two years telling her she was fine.

What It Took to Repair the Damage

Because the infection had been allowed to persist and progress for two years without treatment, the intervention required to address it was far more extensive than it would have been had the infection been identified early. The orthopedic specialist was required to:
  • Completely remove the failed prosthesis from her hip
  • Insert an antibiotic spacer, a temporary cement implant saturated with antibiotics, to deliver concentrated antibiotic therapy directly to the infected joint space
  • Allow sufficient time for the infection to clear before any reimplantation could take place
  • Perform a pelvis reconstruction to address the structural damage caused by the loosened and rotated component
  • Perform an entirely new total hip replacement once the infection was cleared
Our client endured multiple additional major surgeries. She developed permanent scarring. She experienced prolonged and significant physical pain and suffering. She suffered emotional distress, mental anguish, and anxiety. Her enjoyment of life was substantially diminished. Her medical expenses increased dramatically as a direct consequence of her original surgeon's failure to investigate what was causing her pain. All of it was preventable. All of it was the result of a surgeon who, for two years, chose his preferred explanation over the clinical obligation to actually look.

What the Standard of Care Required at Every Stage

The standard of care in Louisiana requires an orthopedic surgeon managing a post-operative patient with persistent pain to conduct a thorough and ongoing evaluation of potential causes. This includes reviewing appropriate imaging of the surgical site to assess component position and integrity, monitoring inflammatory markers through blood testing, performing or ordering a joint aspiration if infection is clinically suspected, and referring the patient to a specialist or seeking additional consultation when the cause of symptoms cannot be identified. When the same patient presents six times over two years with consistent reports of severe pain following hip replacement surgery, the standard of care does not permit the surgeon to attribute those complaints to an alternative anatomical source without adequate imaging evidence and to perform additional surgery on that alternative source without resolving the original complaint. Our client's surgeon did all of those things. The Townsley Law Firm presented the evidence of those repeated failures, supported by expert medical testimony, and secured a settlement of over $1,000,000 that reflected the full scope of harm those failures caused.

How Falsified or Inaccurate Medical Documentation Contributes to Malpractice

Medical records are the official account of a patient's clinical course. They are relied upon by every provider who subsequently treats the patient, by insurers making coverage decisions, and by courts evaluating whether the standard of care was met. When a physician's documentation does not accurately reflect what a patient reported during an appointment, the harm extends beyond the individual encounter. In our client's case, the gap between her reported pain level and her surgeon's documentation was consistent across multiple appointments spanning two years. She reported ten out of ten pain. He documented that she was doing really well. This pattern of documentation created a false clinical record suggesting that a patient with a severely infected and mechanically failed hip prosthesis was recovering normally. Inaccurate or misleading documentation in a medical record can constitute an independent breach of the standard of care. It deprives subsequent providers of accurate information, it prevents the patient from understanding the true state of their health, and it creates a barrier to accountability by obscuring the actual clinical picture. In litigation, the contrast between a patient's testimony about what she reported and a physician's written documentation becomes powerful evidence for the jury or, in a settlement negotiation, for the parties evaluating the strength of the claim.

What Is a Failed Total Hip Replacement and How Should It Be Identified?

A total hip replacement involves removing the damaged ball and socket of the natural hip joint and replacing them with prosthetic components. The acetabular component is the cup that is implanted into the pelvis to serve as the new socket. The femoral component replaces the ball at the top of the thighbone. These components are designed to replicate the function of a healthy hip joint and provide stable, pain-free movement. Hip replacement components can fail in several ways. They can loosen from the bone over time as the bond between the implant and the surrounding tissue degrades. The acetabular component can rotate or shift out of its intended alignment. The joint can become infected during or after surgery as bacteria reach the implant through the bloodstream or through the surgical wound. Identifying a failed hip replacement requires clinical evaluation combined with appropriate diagnostic tools. X-rays can reveal component loosening, migration, and rotation. Blood tests can detect elevated inflammatory markers, including C-reactive protein and erythrocyte sedimentation rate, that suggest infection or implant failure. A joint aspiration, drawing fluid from the hip and testing it in a laboratory, is the most direct method of confirming or ruling out infection. None of these investigations were conducted by our client's surgeon over two years of post-operative follow-up, despite her consistent reports of severe pain. A plain X-ray obtained by her primary care physician ultimately revealed what should have been identified years earlier.

What Is Staphylococcus Aureus and Why Is a Prosthetic Joint Infection So Serious?

Staphylococcus aureus is a bacterium that is a frequent cause of surgical site infections and prosthetic joint infections. It is particularly dangerous in the context of an implanted device because of its ability to form a biofilm, a structured layer of bacteria that adheres to the surface of the prosthesis. Once a biofilm forms, it creates a protected environment where bacteria are shielded from both the immune system's defenses and from the effects of antibiotic therapy. This is why a prosthetic joint infection cannot be treated with antibiotics alone. The standard of care requires surgical intervention: removing the infected prosthesis, placing an antibiotic spacer to clear the infection from the joint space, and reimplanting a new prosthesis only after the infection has resolved. The consequences of delayed treatment in a prosthetic joint infection are significant and compounding. The longer an infected implant remains in place, the more extensively the bacteria colonize the surrounding bone and soft tissue. The more extensive the colonization, the more complex and destructive the reconstruction required. The more complex the reconstruction, the greater the patient's pain, recovery time, risk of complications, and permanent functional consequences. Our client's two-year delay in diagnosis did not simply mean she suffered longer. It meant that the intervention required at the end of those two years was dramatically more invasive, more damaging, and more consequential than it would have been had the infection been identified at any earlier point.

What Is an Antibiotic Spacer and What Does It Mean for a Patient's Recovery?

An antibiotic spacer is a temporary implant fabricated from bone cement that has been mixed with antibiotics. After an infected hip prosthesis is removed, the spacer is placed in the joint space to serve two functions: it maintains the anatomical space so that a new prosthesis can eventually be implanted, and it releases antibiotics directly into the infected tissue at concentrations far higher than systemic antibiotic therapy alone can achieve. The use of an antibiotic spacer means that the patient has no functional hip joint during the treatment period. Mobility is severely restricted. The patient must be monitored with repeated blood tests and often repeat imaging to confirm that the infection has cleared before reimplantation can take place. This process typically takes weeks to months. For a 61-year-old woman who had already spent two years in pain, the addition of this extended treatment period represented a profound and ongoing impact on her daily life and physical function. The requirement for an antibiotic spacer was not an unavoidable aspect of her hip replacement. It was a consequence of her original surgeon's failure to diagnose and treat the infection that had been present in her joint since her surgeries.]]> On Behalf of The Townsley Law Firm <![CDATA[Negligent Monitoring and Mishandled Delivery Led to Severe Brain Injury – Over $10,500,000 won in Settlement]]> https://www.townsleylawfirm.com/?p=55422 2026-06-09T04:47:55Z 2026-06-09T04:24:45Z A vacuum extractor is a medical device used during vaginal delivery to assist in pulling the baby through the birth canal when labor is not progressing adequately or when rapid delivery is medically indicated. It consists of a soft or rigid cup that is applied to the baby's head, creating suction to allow the delivering physician to apply traction during contractions. There are certain safety guidelines and procedures physicians should follow, especially when using an extractor to prevent injury to both the mother and baby. The vacuum extractor should generally be discontinued and converted to a Cesarean delivery if the vacuum cup detaches more than 2 to 3 times, if there is no downward progress after 3 sets of pulls, or if the total application time exceeds 20 to 30 minutes.  Fetal monitoring is an essential safeguard that allows the delivering physician to know whether the procedure is tolerable for the baby, whether fetal distress is developing, and when it becomes necessary to abandon the vacuum and proceed to an emergency cesarean section. The hospital nursing staff and the physician are equally responsible to make sure that laboring patients are properly monitored. Hospitals are required to have safety policies and procedures in place that govern the monitoring of patients in labor. If these procedures and guidelines are ignored, major complications can occur. In this case, our client’s physician did not adhere to the standard of care, resulting in severe injuries to our client. The Townsley Law Firm fought and secured over $10,500,00 in a settlement to help provide for our client’s family and the lifetime care our client now requires.

What Happened: A Delivery Room Failure That Changed Everything

The Use of a Vacuum Extractor and the Absence of Proper Monitoring

Our client’s doctor repeatedly used a vacuum extractor during our client’s delivery without proper fetal monitoring, for over an hour. Due to the lack of monitoring, the physician did not recognize the signs of her distress in time to intervene and was making critical decisions about an instrumental delivery without the clinical data that those decisions require. Fetal monitoring during an assisted delivery is not a secondary consideration. It is the mechanism through which a physician knows whether to continue, modify, or abandon the procedure. Without it, the physician is proceeding blind to the baby's condition. The result of that failure was severe oxygen deprivation to her developing brain during the most critical minutes of her life. Our client was diagnosed with spastic quadriplegic cerebral palsy. She is nonverbal, and she cannot control her head, walk, or sit independently. She requires lifelong, around-the-clock care because of her physician's negligence.

Oxygen Deprivation and Brain Injury

During the prolonged vacuum-assisted delivery without adequate monitoring, our client experienced severe oxygen deprivation. Oxygen deprivation during birth, called perinatal hypoxia, occurs when the baby does not receive adequate oxygen during the labor and delivery process. The developing brain is very sensitive to oxygen deprivation. Even relatively brief periods of inadequate oxygen supply can cause permanent damage to brain cells that will never regenerate. The longer oxygen deprivation continues without recognition and intervention, the more extensive and irreversible the brain injury becomes. Proper fetal monitoring exists specifically to allow delivering physicians to detect the signs of fetal oxygen deprivation, including characteristic changes in the baby's heart rate pattern, and to respond before the deprivation reaches a level that causes permanent damage. Monitoring was not properly conducted, distress was not recognized in time, and intervention did not come when it needed to. By the time the extent of the crisis was understood, the damage had been done.

The Diagnosis and the Life She Now Lives

Our client was diagnosed with Hypoxic Ischemic Encephalopathy (HIE) and spastic quadriplegic cerebral palsy. The type of cerebral palsy she was diagnosed with is the most severe form of cerebral palsy, involving significant motor impairment affecting all four limbs as well as the muscles of the trunk and neck. She requires continuous, comprehensive care for every aspect of her daily life, including feeding, bathing, positioning, mobility, communication, and medical management. That will be required for the remainder of her life. The toll this places on her family extends beyond the profound grief of watching a child live with severe disability. It encompasses the financial reality of lifelong care costs, the physical and emotional demands on her caregivers, and the complete restructuring of a family's life around the needs of someone who wouldn’t have required this care if not for a physician’s negligence.

What Is the Standard of Care for Fetal Monitoring During an Instrumental Delivery?

The standard of care in obstetric medicine requires continuous electronic fetal monitoring during labor in high-risk situations and during any instrumental delivery. Continuous fetal monitoring allows the delivering physician and nursing team to observe the baby's heart rate in real time and identify patterns that indicate developing distress. During a vacuum-assisted delivery specifically, the standard of care requires that the physician assess fetal wellbeing before initiating vacuum use, conduct continuous monitoring throughout the procedure, evaluate fetal response between applications, and recognize and respond to any signs of fetal distress including abnormal heart rate patterns. If monitoring reveals signs of distress at any point during the procedure, the physician is required to respond promptly, which may include abandoning the vacuum and proceeding to emergency cesarean section. The standard also addresses the duration and number of pulls. Most clinical guidelines specify that vacuum-assisted delivery should be abandoned if delivery is not accomplished within a defined number of attempts or if total procedure time exceeds accepted parameters. These limitations exist because of the well-documented relationship between prolonged vacuum use and fetal injury. Using a vacuum extractor for more than an hour without proper fetal monitoring violates multiple components of the standard of care simultaneously. It fails the requirement for continuous monitoring. It exceeds accepted duration parameters. And it deprives the physician of the information needed to make safe clinical decisions throughout the procedure.

The Lifelong Cost of a Birth Injury Caused by Medical Negligence

Securing just compensation in a birth injury case involving lifelong disability is not simply about calculating past medical bills. It requires projecting the full scope of what this child will need for the entirety of her life, in a world where medical costs continue to rise and her needs will not diminish. For a child with spastic quadriplegic cerebral palsy, a comprehensive life care plan must account for all of the following across a projected lifetime:
  • Skilled nursing and personal care assistance, which for a child with this level of disability is typically required around the clock
  • Physical therapy, occupational therapy, and speech therapy to optimize function and prevent complications such as contractures and respiratory problems
  • Augmentative and alternative communication devices and programs to support her ability to interact with the world despite being nonverbal
  • Adaptive equipment including specialized wheelchairs, seating systems, positioning aids, and home modifications
  • Medical management including neurology, orthopedic surgery, pulmonology, gastroenterology, and other specialties commonly required in spastic quadriplegic cerebral palsy
  • Medications including antispasticity agents, antiepileptic drugs if seizures are present, and other therapeutic medications
  • Residential and day program costs as she ages beyond the years when her family can fully manage her care alone
  • The loss of earning capacity she would have had over a full working lifetime
The settlement secured by the Townsley Law Firm was built around a thorough accounting of a lifetime of need. It represents not just what her care has already cost but also, all future costs.

What Is Spastic Quadriplegic Cerebral Palsy?

Cerebral palsy is a group of permanent movement disorders caused by damage to the developing brain, most commonly occurring before, during, or shortly after birth. It is the most common cause of physical disability in children. The term "cerebral" refers to the brain, and "palsy" refers to the resulting impairment of movement and motor control. Spastic cerebral palsy is the most common type and is characterized by increased muscle tone, causing stiffness and difficulty with movement. In spastic quadriplegic cerebral palsy, all four limbs are affected along with the muscles of the trunk, neck, and often the face and mouth. This is the most severe subtype of cerebral palsy and is the form most commonly associated with perinatal brain injury from oxygen deprivation. Children with spastic quadriplegic cerebral palsy typically experience a combination of motor impairments including inability to walk or sit independently, difficulty controlling head and neck position, limited or absent hand function, and in many cases the inability to communicate verbally. They often also experience associated conditions including epilepsy, intellectual disability, vision and hearing impairments, and feeding difficulties requiring nutritional support. The brain injury that causes spastic quadriplegic cerebral palsy is permanent. The brain cells damaged by oxygen deprivation during birth do not regenerate. While therapy, medical management, and supportive care can help optimize function and quality of life, they cannot reverse the underlying neurological injury.

What Is Perinatal Hypoxia and Why Does It Cause Brain Damage?

Perinatal hypoxia refers to insufficient oxygen supply to the baby's brain during the period surrounding birth, including during labor and delivery. The fetal brain is metabolically active and highly dependent on a continuous supply of oxygenated blood. When that supply is disrupted or inadequate, brain cells begin to sustain injury within minutes. The process of brain injury from oxygen deprivation is progressive. In the initial phase, cells deprived of oxygen switch to less efficient metabolic pathways to maintain function. If oxygen supply is restored quickly, many cells can recover. If deprivation continues, cells begin to die.  In the hours following the initial injury, a secondary wave of cell death can occur as inflammatory processes and other cascades initiated by the initial deprivation cause additional damage. This secondary injury phase is one of the reasons that rapid recognition and intervention are so critical: the goal is not only to restore oxygen as quickly as possible but to limit the secondary injury that follows. The pattern of heart rate changes that indicates developing fetal hypoxia during labor is one of the most well-studied areas of obstetric medicine. Characteristic decelerations and other abnormalities visible on electronic fetal monitoring tracings alert delivering physicians to the possibility of oxygen deprivation. These patterns are taught to every obstetrician and labor and delivery nurse as part of their training. They exist so that no baby should suffer prolonged unrecognized oxygen deprivation in a monitored delivery setting. When monitoring is not conducted, those patterns cannot be seen. When those patterns cannot be seen, the distress cannot be recognized. When the distress cannot be recognized, the intervention that could prevent or limit brain injury cannot happen. That is the chain of causation that destroyed our client's future in a delivery room in Mississippi.]]> On Behalf of The Townsley Law Firm <![CDATA[Untimely Bowel Perforation Treatment Led to Patient Death – Over $425,000 Won in Settlement]]> https://www.townsleylawfirm.com/?p=55421 2026-06-09T04:47:49Z 2026-06-09T04:23:10Z The proper medical procedure after identifying a malignant sigmoid tumor typically involves the removal of that tumor in a timely manner to optimize recovery and survival. Especially when the tumor is actively bleeding, causing anemia, the timeline on removal could be expedited. As with all surgery, a colectomy – the surgical procedure performed to remove the segment of the sigmoid colon containing the tumor – assumes a level of risk that patients and physicians should take seriously.  One risk specific to a colectomy is bowel perforation, which can occur when a surgeon damages the bowel during surgery. A bowel perforation is a serious complication and can lead to life-threatening complications. Prompt recognition of a perforation is critical, as early diagnosis and timely repair are imperative for a patient’s survival. In this case, fundamental errors were made in the post-operative care of our client, ultimately costing our client her life. The Townsley Law Firm represented her family and secured a settlement of over $425,000, holding the responsible parties accountable.

What Happened: Cancer Surgery Followed by a Cascade of Medical Failures

Admission, Diagnosis, and the Decision to Operate

Our client was admitted to the hospital after a colonoscopy identified a malignant sigmoid tumor that was actively bleeding, causing significant symptomatic anemia. The sigmoid colon is the lower portion of the large intestine, and a bleeding malignant tumor in that location is a serious condition requiring surgical intervention. The treating physician evaluated her over several days. To address her anemia, the care team administered three units of packed red blood cells and one unit of fresh frozen plasma. These blood products were given to stabilize her blood counts before the planned procedure. The physician performed an open sigmoid colectomy, a surgical procedure to remove the segment of the sigmoid colon containing the tumor. This is a major abdominal surgery with a defined set of intraoperative and post-operative risks that the surgeon and nurses are responsible for monitoring and managing. That night, following the procedure, our client showed signs of post-operative anemia and was found to have critically low hemoglobin level. This was the first indicator that her recovery was not progressing as it should.

Mismanaged Post-Operative Bleeding

The post-operative bleeding complications experienced by our client were not appropriately recognized or managed by her medical team. Instead of being treated as a potentially serious and evolving post-operative complication requiring prompt and decisive intervention, her anemia and clinical decline were not addressed. Despite her continued deterioration, she was discharged from the hospital. Following her discharge, she returned to the emergency department on three separate occasions with worsening symptoms after undergoing major abdominal surgery. Each trip to the ER was an opportunity to evaluate the source of her complaints and identify her post-operative complications and timely intervene. Despite these repeated visits, her underlying condition was not identified or treated.  When she was finally readmitted, diagnostic imaging was obtained. The imaging suggested she was suffering from a perforated bowel, a serious complication involving a hole in the wall of the intestine that allows bowel contents, including bacteria and fecal material, to leak into the abdominal cavity. This placed her at a significant risk for peritonitis, sepsis, abscess formation, and death. A bowel perforation requires urgent medical and surgical management.

The Three-Day Delay That Cost Her Life

A plain X-ray film identified free air in her abdomen. Free air, also called pneumoperitoneum, is the presence of air outside the gastrointestinal tract in the abdominal cavity. In a patient who has undergone recent abdominal surgery and is symptomatic, free air on imaging is a recognized surgical emergency. It means the bowel has been breached and the abdominal cavity is being contaminated. The standard of care requires urgent surgical repair when a perforated bowel is identified in a symptomatic patient. Any delay allows further contamination of the abdominal cavity, increasing the risk of peritonitis, sepsis, organ failure, and death. The surgical team waited nearly three days after identifying free air on the X-ray before repairing the perforation. By that point, the damage to our client's body was irreversible. She developed:
  • Peritonitis: a severe and painful inflammation of the abdominal lining caused by bacterial contamination
  • Septic shock: the most severe form of sepsis, in which the infection drives a collapse of blood pressure and organ perfusion
  • Multi-organ failure: the progressive shutdown of vital organs as her body was overwhelmed by infection and shock
She died as a result of the medical teams’ failure to manage her postoperative complications and their three-day delay in repairing the bowel perforation that had been identified on imaging. 

What Obligations Did the Surgical Team Have After Identifying Free Air?

When a surgeon identifies free air on imaging in a post-operative patient with deteriorating clinical findings, the surgeon is required to correlate the imaging finding with the patient's clinical presentation, consider the finding in the context of the patient's post-operative course and symptoms, make a timely determination about whether urgent operative intervention is indicated, and if the decision is made to observe rather than operate immediately, ensure that the patient is monitored with sufficient frequency and intensity that any further deterioration triggers immediate action. The Townsley Law Firm established through expert medical testimony that the delay in surgical repair was a departure from the standard of care and that this departure directly caused our client's peritonitis, septic shock, organ failure, and death.

Why Patients Are Discharged Too Soon After Colon Surgery and What Families Should Watch For

Post-surgical discharge decisions must account for the patient's stability and the risk of complications. After a sigmoid colectomy, the standard recovery involves close monitoring for signs of anastomotic leak or bowel perforation, including fever, abdominal pain, distension, and abnormal vital signs. When a patient is discharged before these risks have adequately passed, and particularly when the patient returns to the emergency room repeatedly with ongoing symptoms, the discharge decision and the subsequent ER evaluations both come under scrutiny in a malpractice claim. Families who notice the following warning signs after a loved one has undergone colon surgery should seek immediate medical attention and, if concerns are dismissed, advocate loudly for further evaluation:
  • Fever, particularly when accompanied by abdominal pain
  • A rigid, distended, or firm abdomen
  • Worsening rather than improving pain in the days following surgery
  • Repeated trips to the ER with ongoing complaints that are not being adequately investigated
  • Rapid heart rate or low blood pressure
  • Nausea, vomiting, or inability to tolerate food
If these signs are present and the medical team is not responding with appropriate urgency, the patient or family has the right to demand a higher level of evaluation, including repeat imaging and surgical consultation.

What Is a Bowel Perforation After Colon Surgery and When Does It Become Malpractice?

A bowel perforation following colon surgery is a recognized potential complication of the procedure. Not every perforation constitutes malpractice. What can constitute malpractice is the failure to recognize a perforation in a timely manner, the failure to monitor a post-operative patient closely enough to detect the signs of a perforation, and most critically, the failure to surgically repair a known perforation within an appropriate timeframe. In our client's case, free air was visible on a plain X-ray film. That finding was documented. The surgical team was aware of it. They did not operate. During that window, our client developed peritonitis and progressed to septic shock and organ failure. Louisiana law requires that physicians and surgeons exercise the standard of care of a reasonably competent professional in the same specialty under similar circumstances. A delay in repairing an identified bowel perforation in a symptomatic, post-operative patient is a departure from that standard.

What Is Free Air on an X-Ray and Why Is It a Surgical Emergency?

Free air, or pneumoperitoneum, is the radiological finding of air or gas present in the abdominal cavity outside of the gastrointestinal tract. In a patient who has not recently undergone surgery, this finding almost always indicates a perforated viscus, meaning a hole somewhere in the gastrointestinal tract that is allowing air and contents to escape. In a postoperative patient, some residual free air from the surgery itself can be expected in the days immediately following the procedure. However, the clinical picture must be taken as a whole. A post-operative patient with free air on imaging who also has worsening symptoms, signs of infection, a deteriorating clinical status, and a history of three emergency room visits is not a patient with expected residual surgical air. She is a patient with a bowel perforation that requires urgent repair. Emergency medicine and surgical guidelines are clear on this point. When clinical findings and imaging together suggest an anastomotic leak or bowel perforation in a post-operative patient, the threshold for operative intervention must be low. Waiting three days to act is not a clinical judgment call. It is a failure to intervene in a recognized surgical emergency.

What Is Peritonitis and How Does It Lead to Septic Shock?

Peritonitis is the inflammation of the peritoneum, the thin tissue layer that lines the abdominal wall and covers most of the abdominal organs. It most commonly results from a bacterial infection that enters the abdominal cavity through a ruptured organ, a perforated bowel, or a leak from a surgical site. When fecal matter and bacteria enter the abdominal cavity through a bowel perforation, the body mounts an intense inflammatory response. Initially localized, the infection spreads rapidly across the peritoneum. The patient experiences severe abdominal pain, fever, nausea, and a rigid or board-like abdomen. Without surgical intervention to repair the source of contamination and wash out the abdominal cavity, the infection continues to spread. Peritonitis that is not promptly treated progresses to sepsis, in which bacteria and their toxic byproducts enter the bloodstream and trigger a systemic inflammatory cascade. Sepsis then progresses to septic shock, characterized by a dangerous drop in blood pressure, inadequate delivery of oxygen to vital organs, and the rapid onset of multi-organ failure. Once a patient reaches septic shock with organ failure, the mortality rate is high even with aggressive intensive care. In our client's case, this progression was not inevitable. It was the result of a three-day delay in repairing a bowel perforation that had already been identified.]]> On Behalf of The Townsley Law Firm <![CDATA[Nurse Neglect After Brain Surgery led to Permanent Brain Injury – Over $10,500,000 won in Settlement]]> https://www.townsleylawfirm.com/?p=55420 2026-06-09T04:47:44Z 2026-06-09T04:15:23Z A Chiari 1 Malformation is characterized as a structural defect at the base of the skill where the lower part of the brain extends downward into the spinal canal. This crowding puts pressure on the brain and spinal cord, often blocking the natural flow of cerebrospinal fluid, sometimes causing severe headaches, balance issues, sensory changes, cranial nerve symptoms, and a plethora of other issues.  The most common surgery to treat Chiari 1 Malformation is called a posterior fossa decompression, a procedure in which a neurosurgeon removes a small section of bone at the back of your skull.  A known risk of this surgery is increased post-operative intracranial pressure, concerning the pressure inside the skull following brain surgery. Monitoring pressure is critical to prevent secondary brain injury, and there are established protocols specifically designed to detect and respond to rising intracranial pressure before it causes catastrophic brain damage. These protocols require nursing staff to monitor patients closely, document vital sign changes, and escalate immediately when a patient's neurological status is deteriorating. In this case, the nursing staff did not follow proper protocols, resulting in severe brain damage to our client. The Townsley Law Firm fought for her and her family and secured a settlement of over $10,500,000.

What Happened: A Neurosurgery Patient Left to Deteriorate While Nurses Looked Away

The Diagnosis and the Decision to Operate

Our client came to healthcare providers with a complaint of persistent, throbbing headaches. Due to the severity of the headaches, further investigation was necessary, and she received imaging that revealed a Chiari 1 Malformation with a mass on her right cerebellum. A Chiari malformation is a structural defect in which brain tissue extends into the spinal canal, placing pressure on the brain and disrupting the normal flow of cerebrospinal fluid. In patients with symptomatic Chiari 1 Malformation, particularly those with a mass lesion contributing to their symptoms, surgical decompression is frequently the recommended course of treatment. Our client underwent this surgery in hopes to address the structural abnormality that had been causing her headaches. Close post-operative monitoring is imperative to manage the risks inherent in any neurosurgical procedure, which paired with a properly equipped and staffed hospital environment, should aid in a smooth recovery.

The Post-Operative Failure That Changed Everything

Among the most serious and well-recognized risks following neurosurgery is the development of post-operative intracranial pressure, a dangerous elevation in the pressure inside the skull that can occur as a result of swelling, bleeding, or disrupted cerebrospinal fluid circulation following a brain procedure. The skull is a closed, rigid structure. When pressure within it rises, there is nowhere for that pressure to go. It presses on the brain tissue itself. When intracranial pressure rises to critical levels, it compromises blood flow to the brain, causing ischemia and injury to brain cells. If not identified and treated promptly, elevated intracranial pressure causes brain herniation and death. Hospitals that perform brain surgery maintain monitoring protocols specifically for this risk because it is one of the primary post-operative concerns in every neurosurgical case. Nursing staff must assess neurological status at defined intervals, document vital signs and neurological findings accurately, recognize the clinical signs that suggest rising intracranial pressure, and escalate immediately to the neurosurgical team when those signs are observed. Signs of rising intracranial pressure include: 
  • Worsening headache 
  • Changes in level of consciousness and alertness 
  • Confusion or disorientation, changes in pupil size or reactivity, abnormal vital sign patterns
  • The Cushing triad: rising blood pressure, slowing heart rate, and irregular breathing
Any of these findings in a neurosurgery patient are considered medical emergencies, requiring immediate physician notification and intervention. Our client's condition was deteriorating. Her vital signs were changing, and her neurological status was worsening. Even though multiple nurses observed these changes, none of them adequately escalated the situation or initiated any intervention.

Coding, Intubation, and a Permanent Brain Injury

Our client’s condition progressed until she coded and required immediate resuscitation. Her heart or her breathing, or both, had reached a point of failure that required the emergency response team to intervene. She was intubated, meaning a breathing tube was placed to mechanically support her ventilation because she could no longer breathe adequately on her own. Although the resuscitation efforts were successful, the preceding hours of unaddressed, rising intracranial pressure permanently injured her brain. A woman who walked into a hospital seeking surgical relief from chronic headaches now faces a future in which the neurological capacity she had before that surgery is gone, the result of the nurses who were responsible for her post-operative care and chose not to respond when her condition demanded it.

What Multiple Nursing Staff Are Required to Do When a Post-Operative Neurosurgical Patient Deteriorates

The obligation to respond to a deteriorating patient does not rest with a single nurse working a single shift. In a hospital setting, it is distributed across an entire care team, and each member of that team carries an independent duty to recognize when something is wrong and to act on that recognition. When one nurse observes deteriorating vital signs and fails to escalate, that is one failure. When multiple nurses observe the same patient's worsening condition and multiple nurses fail to escalate, that represents a systemic collapse of the safeguards that hospital nursing care is designed to provide. The standard of care applicable to nurses in a post-operative neurosurgical setting requires each nurse responsible for the patient's care to conduct neurological assessments at required intervals, document findings accurately and completely, compare current findings to baseline and prior assessments to identify trends of deterioration, communicate concerns to the responsible physician promptly when findings are abnormal or changing, and activate emergency response without delay if the patient's condition reaches a level of acuity that requires it. When a nurse observes a post-neurosurgery patient whose vital signs are changing, whose neurological status is declining, and whose presentation is inconsistent with expected post-operative recovery, the nurse does not have the discretion to wait and see. The standard of care requires escalation. When multiple nurses make the same choice not to escalate, the harm compounds with each hour that passes without intervention. Louisiana law holds both the individual nurses responsible for a patient's care and the hospital that employs and supervises them accountable for failures of this nature. The hospital's own monitoring protocols, staffing decisions, and training standards are all relevant to whether the institutional standard of care was met.

The Role of Nursing Communication and Escalation in Preventing Post-Operative Deaths

The failures in this case reflect a pattern that patient safety research has documented consistently across hospital settings: the most preventable serious adverse events are those that involve a patient whose deterioration was observed by nursing staff but not communicated or escalated in time. Studies published in patient safety literature have identified that a significant proportion of in-hospital cardiac arrests, the type of event our client experienced, are preceded by observable warning signs in the hours before the arrest. Vital sign changes, neurological status changes, and clinical deterioration patterns that, if recognized and escalated, would have allowed the care team to intervene before the arrest occurred. The healthcare system's response to this pattern has been the development of rapid response teams, early warning scoring systems, and escalation protocols specifically designed to lower the threshold at which nursing staff call for urgent evaluation of a patient who is showing signs of deterioration. These systems exist because the research shows that nurses who observe deterioration and do not escalate are not outliers. They reflect a systemic problem that requires systemic solutions. In our client's case, those systems either did not function or were not used. Multiple nurses observed her worsening condition. The rapid response that could have prevented her brain injury was not activated until it was too late to prevent the permanent damage that resulted.

What Is Chiari 1 Malformation and Why Does It Require Careful Post-Operative Management?

Chiari 1 Malformation is a structural abnormality in which the cerebellar tonsils, the lower portion of the cerebellum, extend downward through the foramen magnum, the opening at the base of the skull through which the spinal cord passes. This downward displacement can compress the spinal cord and brainstem and obstruct the normal flow of cerebrospinal fluid. Symptoms of Chiari 1 Malformation commonly include headaches, particularly at the back of the head that worsen with coughing or straining, neck pain, balance problems, and in some cases weakness or numbness in the limbs. When a mass lesion is also present, as in our client's case, the combination can produce more severe symptoms and a clearer indication for surgical intervention. The surgical treatment for symptomatic Chiari 1 Malformation typically involves a posterior fossa decompression, in which the surgeon removes a small section of the skull at the back of the head and sometimes the upper portion of the first cervical vertebra to create more space for the cerebellum and restore normal cerebrospinal fluid flow. The surgery addresses the structural problem causing the symptoms. Post-operative management following Chiari decompression requires attentive neurological monitoring precisely because the brain and spinal cord have been exposed to surgical manipulation in an anatomically critical area. The risk of post-operative swelling, cerebrospinal fluid flow disruption, and intracranial pressure elevation is recognized and expected to be monitored. The nursing care required in the hours following this type of neurosurgery is not routine medical-surgical nursing. It is specialized neurological monitoring that demands knowledge of the specific warning signs associated with post-operative neurosurgical complications.

What Is Post-Operative Intracranial Pressure and Why Is Rapid Response Critical?

Intracranial pressure refers to the pressure within the skull exerted by the brain tissue, cerebrospinal fluid, and blood within the cerebral vasculature. Under normal circumstances, these elements exist in a carefully maintained balance. When any component of this system is disrupted, as can occur following brain surgery, pressure within the closed skull can rise. Post-operative intracranial pressure elevation following neurosurgery can result from cerebral edema, meaning swelling of the brain tissue in response to surgical trauma; post-operative bleeding or hematoma formation; disrupted cerebrospinal fluid drainage; or a combination of these factors. Regardless of the cause, the clinical consequence is the same: rising pressure within the skull compresses brain tissue, impairs cerebral blood flow, and if not relieved, causes progressive, irreversible injury. The clinical urgency of elevated intracranial pressure cannot be overstated. When intracranial pressure rises to the point of compromising cerebral perfusion, the window between the onset of critical pressure and the onset of permanent brain injury is measured in minutes to hours, not days. Protocols for post-operative neurosurgical monitoring exist because early detection and prompt response can prevent catastrophic outcomes. When the monitoring fails and the response does not come, the window closes. In our client's case, the window closed while nurses who had observed her deteriorating condition did nothing.

What Is the Long-Term Impact of a Permanent Brain Injury on a Mother and Her Family?

When a mother sustains a permanent brain injury with little prospect of meaningful neurological recovery, the impact is not limited to the individual patient. It extends to every person whose life is connected to hers. For the patient herself, the consequences of a permanent brain injury can include loss of the ability to perform activities of daily living independently, cognitive impairment affecting memory, attention, and executive function, motor deficits affecting movement and coordination, communication difficulties or complete loss of verbal communication, seizure disorders, and the need for continuous supervision and care. For her family, the consequences include the loss of the mother, partner, and caregiver they knew before the injury. It includes the restructuring of the family's daily life around her care needs, the financial burden of that care, and the emotional weight of grief for a person who is physically present but profoundly changed. For children in the family, it includes growing up without the mother they had before, in a household transformed by the demands of caring for someone with severe neurological disability. The settlement the Townsley Law Firm secured for this family was built to reflect not only the medical costs of her ongoing care but the full human cost of what the nursing staff's failure to act took from her and from everyone who loves her.]]> On Behalf of The Townsley Law Firm <![CDATA[How improper trailer loading leads to serious accidents on Louisiana roads]]> https://www.townsleylawfirm.com/?p=55388 2026-06-03T12:48:55Z 2026-06-03T11:08:21Z Boats, ATVs, campers and heavy equipment travel Louisiana roads every single day on trailers of all shapes and sizes. Most drivers focus on the road ahead without giving much thought to how that trailer behind them was loaded.  At highway speeds, a poorly loaded trailer can behave in ways no one can predict. This puts drivers close by in serious danger. What seems like a minor loading oversight can quickly turn into a life-altering crash.

Common trailer loading mistakes that cause accidents

car towing a boat on the highwayLoading a trailer may seem straightforward, but small mistakes can have devastating consequences out on the road. For example:
  • Uneven weight distribution: Loading too much weight on one side of the trailer can cause it to sway or tip, especially when making turns or changing lanes at speed.
  • Unsecured cargo or vehicles: ATVs, boats or equipment that shift during transit can throw off the trailer's balance and cause the towing vehicle to lose control.
  • Overloading beyond weight limits: Exceeding the trailer's Gross Vehicle Weight Rating puts enormous strain on the towing vehicle's brakes and steering, making it much harder to stop in an emergency.
  • Improperly secured ramps: Unsecured ramps can slide out during transit and create a serious road hazard for vehicles traveling behind the trailer.
  • Missing or faulty safety chains: Safety chains act as a critical backup if the trailer detaches from the hitch — without them a detached trailer becomes a dangerous projectile on the road.
These loading mistakes may seem avoidable in hindsight, but the legal risks they trigger can be far-reaching.

When improper loading becomes a legal liability in Louisiana

Louisiana law holds drivers and owners responsible for operating safe equipment on public roads. Here are some factors to take note of:
  • Louisiana negligence laws require drivers to exercise reasonable care when towing a trailer, and failing to load it properly could constitute a breach of that duty
  • Both the driver and the trailer's owner may share liability depending on the circumstances of the accident
  • Improperly loaded trailers commonly cause serious injuries including broken bones, spinal injuries and traumatic brain injuries
  • Victims of these accidents may have the right to pursue compensation for medical expenses, lost wages and pain and suffering
A trailer loading mistake can happen in just minutes. The consequences, meanwhile, can leave victims reeling for years. If an improperly loaded trailer injured you on a Louisiana road, knowing your legal options can be an important first step toward recovery. [author] [author_image timthumb='on']/wp-content/uploads/sites/1503891/2026/05/townsley-lake-charles-injury-attorneys.jpg[/author_image] [author_info][nap_names id="FIRM-NAME-1"] has decades of experience representing individuals and families in car accident cases. Let us seek justice for your injuries. Call [nap_phone id="LOCAL-CT-NUMBER-3"] for a free case review.[/author_info] [/author]]]> On Behalf of The Townsley Law Firm <![CDATA[What happens after your loved one was in a fatal car accident?]]> https://www.townsleylawfirm.com/?p=55383 2026-06-03T12:39:54Z 2026-05-25T15:24:04Z What steps should you take after a car accident? The days following a fatal accident require attention to several important matters. Taking the following steps can help protect your family's legal rights:
  • Request a copy of the official police crash report from law enforcement
  • Obtain the coroner's report and death certificate once available
  • Preserve any evidence related to the accident, including photographs and witness contact information
  • Keep records of all accident-related expenses, including medical bills and funeral costs
  • Avoid speaking with insurance adjusters or signing any documents before consulting legal counsel
During this time, you may notify your loved one's employer, insurance providers and financial institutions. While these tasks feel overwhelming during grief, they remain essential parts of the process.

What legal options are available after a fatal crash?

Louisiana law provides two distinct types of claims after a fatal accident. A wrongful death claim may compensate your family for the loss of your loved one. This includes loss of love, companionship and support. As well as lost future income your loved one would have provided. Alternatively, a survival action claim allows your family to recover damages your loved one experienced before death. This covers medical expenses and any pain and suffering they endured. If your loved one had motorist coverage, their policy may provide additional compensation.

Does fault matter when filing a claim?

When negligence causes a fatal car accident, state law provides legal remedies for surviving family members. Louisiana follows a modified comparative fault system. This means you can still recover damages even if your loved one shared some fault in the accident, but the total financial recovery will decrease proportionally. State law draws a strict line at the majority share of blame. If the evidence shows that the your loved one was 51% or more at fault for the crash, state rules can legally bar your family from recovering any compensation. In some cases, multiple parties may share responsibility for the accident. This can include other drivers, vehicle manufacturers or even government entities responsible for road maintenance.

Seeking guidance during a difficult time

Losing a loved one in a fatal crash changes your life forever. While no legal action can bring them back, understanding your rights can help protect your family’s future during an uncertain time. In such cases, a knowledgeable advocate can help handle the legal process while you focus on healing and honoring your loved one's memory. [author] [author_image timthumb='on']/wp-content/uploads/sites/1503891/2026/05/townsley-lake-charles-injury-attorneys.jpg[/author_image] [author_info][nap_names id="FIRM-NAME-1"] has decades of experience representing families in personal injury and wrongful death cases. If you have lost a loved one in a fatal accident, we are so very sorry. When you are ready, reach out to us for a confidential consultation. Call [nap_phone id="LOCAL-CT-NUMBER-3"].[/author_info] [/author]]]>