Select Case Results Obtained by Our Affiliated Lawyers
Example Verdicts & Settlements
$103,000,000
Verdict in a case involving a baby who suffered brain damage at birth as a result of medical malpractice. One of the largest medical malpractice verdicts ever awarded.
$100,000,000
A verdict was obtained for the family of a baby who suffered severe brain damage and partial arm amputation because of negligent medical care.
$90,939,857
Jury ruled that the failure of the obstetrician to diagnose placental abruption resulted in a delayed cesarian section and lack of oxygen causing cerebral palsy.
$55,000,000
Verdict awarded to a boy who suffered permanent brain damage after the wrong surgical procedure was performed.
$103,000,000
Verdict in a case involving a baby who suffered brain damage at birth as a result of medical malpractice. One of the largest medical malpractice verdicts ever awarded.
$100,000,000
A verdict was obtained for the family of a baby who suffered severe brain damage and partial arm amputation because of negligent medical care. Other law firms had previously rejected the case.
$90,939,857
Jury ruled that the failure of the obstetrician to diagnose placental abruption resulted in a delayed caesarean section and lack of oxygen, which ultimately caused the baby to develop cerebral palsy.
$55,000,000
Awarded to a boy who suffered permanent brain damage after the wrong surgical procedure was performed. The compensation ensures that the boy receives the lifelong medical care and treatment he needs.
$51,000,000
Illinois record-high verdict for vehicular negligence resulting in the deaths of two children.
$33,200,000
Drunk Driver Accident Victim—largest jury verdict in Lake County history.
$10,800,000
Personal Injury to 50-year-old pedestrian.
$9,000,000
Wrongful Death Settlement.
$8,300,000
Record-high verdict in Will County—Fatal Collision
$7,148,775
Personal Injury Automobile Accident.
$7,000,000
Wrongful Death—head-on collision in snow storm.
$6,000,000
Personal Injury—woman collides with sign placed too close to sidewalk.
$5,300,000
Personal Injury.
$4,500,000
Wrongful Death.
$4,000,000
Largest Personal Injury/Wrongful Death in McHenry County.
$3,750,000
Wrongful Death—pedestrian accident.
$3,500,000
Personal Injury Settlement in Cook County.
$3,250,000
Wrongful Death—traffic accident.
$3,100,000
Wrongful Death Settlement.
$3,000,000
Verdict for a 72-year-old woman who died of an alleged overdose of prescribed narcotic medication at a skilled nursing and rehab center, though the autopsy had inconclusive results.
$2,750,000
Personal Injury—pedestrian accident.
$2,500,000
Personal Injury Negligence—on behalf of a man who was burned at a job site.
$1,420,000
Settlement for a 52-year-old male who fell at a group home residence and sustained a subdural hematoma requiring surgery.
$1,150,000
Verdict for a 70-year-old male who fell after getting out of bed and fracturing his hip. His health declined and he died two months later.
$821,000
Verdict for a 75-year-old female with dementia who wandered out of the retirement and assisted living residence and died from either exposure to the elements or from a heart attack or stroke.
Each case is unique and we do not guarantee these results.
Any settlements or verdicts cited are based on the specific and unique circumstances of the case and do not guarantee similar results and verdicts for other cases.
There are time limits for cerebral palsy injury claims! Call immediately before it's too late!
Subarachnoid Hemorrhage is a type of brain bleed that occurs in the space between the brain and its thin protective covering, often caused by trauma during birth. While it is more common in full-term infants, symptoms may include seizures, lethargy, or breathing difficulties. Prompt medical evaluation and monitoring are essential to manage the condition and minimize potential long-term effects, such as developmental delays or neurological issues.
Subdural Hematoma is a serious birth injury caused by bleeding between the brain and its outer membrane, often resulting from trauma during delivery. This condition can increase pressure on the brain, leading to seizures, developmental delays, or long-term neurological complications if not treated promptly. Immediate medical intervention, such as monitoring or surgery, is critical to manage the condition and reduce risks.
Cephalohematoma is a birth injury where blood collects between a baby’s scalp and skull due to trauma during delivery, such as from the use of forceps or vacuum extractors. While it often resolves on its own, severe cases can lead to complications like jaundice, anemia, or, in rare instances, infections. Monitoring and medical care are essential to ensure proper healing and prevent long-term effects.
Hypoxic-Ischemic Encephalopathy (HIE) is a serious birth injury caused by reduced oxygen and blood flow to a baby’s brain during labor or delivery. This can lead to brain damage, developmental delays, or conditions like cerebral palsy. Prompt medical intervention, such as therapeutic cooling, is critical to minimizing long-term complications and improving outcomes.
Intraventricular Hemorrhage (IVH) is a type of brain bleed that primarily affects premature or low birth weight infants. It occurs when fragile blood vessels in the brain rupture, potentially leading to pressure buildup, brain damage, or developmental delays. Severe cases may result in long-term complications such as cerebral palsy. Early detection through imaging and prompt medical intervention are crucial to managing the condition and minimizing its impact.
Necrotizing Enterocolitis (NEC) is a serious gastrointestinal condition that primarily affects premature or low birth weight infants. It causes inflammation and tissue death in the intestines, potentially leading to infection or perforation. If not promptly treated, NEC can result in life-threatening complications. Early diagnosis, proper medical care, and monitoring are critical to reducing risks and improving outcomes.
Umbilical Cord Strangulation occurs when the umbilical cord becomes wrapped around the baby’s neck or compressed during delivery, restricting oxygen and blood flow. This can lead to fetal distress, brain damage, or conditions like cerebral palsy if not promptly addressed. Proper monitoring and timely intervention, such as a C-section, are critical to prevent long-term complications.
Global Brachial Plexus Palsy (Total Brachial Plexus Paralysis)
Global Brachial Plexus Palsy (Total Brachial Plexus Paralysis) is the most extensive form of brachial plexus injury, involving damage to all five primary nerves. It results in complete paralysis and loss of sensation in the entire arm, from the shoulder to the fingers. Recovery is challenging, often requiring multiple surgical interventions and long-term therapy, with outcomes depending on the severity of the damage and timely treatment.
An avulsion is the most severe form of Erb’s Palsy, where the brachial plexus nerve is completely torn away from the spinal cord. This leads to a total loss of movement and sensation in the affected arm. Direct repair is not possible, but procedures like nerve transfers may help restore limited functionality.
Rupture is a more severe form of Erb’s Palsy where the brachial plexus nerve is torn but not at the spinal cord. This results in significant weakness or paralysis in the affected arm. Recovery typically requires surgical intervention, such as nerve grafting, to restore some function and mobility.
Neuroma is a type of Erb’s Palsy caused by damage to the brachial plexus nerves, where scar tissue forms at the injury site. This scar tissue can compress the nerve, leading to persistent weakness or reduced function in the affected arm. Partial recovery may occur, but surgical intervention, such as removing scar tissue, may be needed to improve mobility and sensation.
Neuropraxia (Stretch Injury) is the mildest form of Erb’s Palsy, caused by the brachial plexus nerves being stretched but not torn. It results in temporary weakness or loss of sensation in the affected arm. Most cases recover fully within weeks to months with physical therapy and without the need for surgery.
Erb’s Palsy (also known as brachial plexus birth palsy) is a condition caused by injury to the brachial plexus nerves, typically during childbirth. These injuries can affect movement and sensation in the shoulder, arm, or hand. The severity and type of Erb’s Palsy are classified based on the extent and location of the nerve damage.
Mixed Cerebral Palsy is a type of cerebral palsy that involves symptoms from more than one type of the condition, such as spasticity (stiff muscles) combined with involuntary movements (dyskinesia) or issues with balance and coordination (ataxia). Mixed cerebral palsy occurs when damage affects multiple areas of the brain, often leading to a combination of movement challenges that vary in severity. The most common form of mixed cerebral palsy includes spastic-dyskinetic symptoms, where stiffness and uncontrolled movements coexist. Treatment focuses on addressing the unique combination of symptoms through physical therapy, medications, and assistive technologies to improve mobility and enhance quality of life.
Ataxic Cerebral Palsy is a less common type of cerebral palsy characterized by problems with balance, coordination, and precise movements. It is caused by damage to the cerebellum, the part of the brain that controls motor function and balance. Individuals with ataxic cerebral palsy may experience shaky or unsteady movements, difficulty with tasks requiring fine motor skills (like writing or buttoning clothes), and a wide, unsteady gait. Tremors may occur, particularly during voluntary movements. While there is no cure, treatment focuses on improving coordination and quality of life through physical therapy, occupational therapy, and assistive devices tailored to the individual’s needs.
Spastic Cerebral Palsy is a neurological condition caused by damage to the brain’s motor cortex, leading to increased muscle tone (spasticity) that makes movements stiff and difficult. It is the most common type of cerebral palsy, affecting about 70-80% of cases. Symptoms include tight or rigid muscles, exaggerated reflexes, and difficulty with motor skills like walking or grasping objects. The severity can vary, and it may affect specific parts of the body, such as the legs (spastic diplegia), one side of the body (spastic hemiplegia), or all four limbs (spastic quadriplegia). Treatment focuses on improving mobility and quality of life through therapies, medications, and sometimes surgery.
Dyskinetic Cerebral Palsy is a type of cerebral palsy characterized by involuntary, uncontrolled movements due to damage to the brain’s basal ganglia, which regulates motor control. Individuals with this condition may experience slow, writhing movements (athetosis), rapid, jerky movements (chorea), or a combination of both. These movements can affect the face, arms, legs, and trunk, making tasks like speaking, eating, or walking challenging. Muscle tone may fluctuate between stiffness and floppiness. Dyskinetic cerebral palsy often results from birth complications, oxygen deprivation, or brain injuries. Treatment typically includes therapies, medications to manage muscle movements, and assistive devices to improve mobility and communication.
