Posts Tagged ‘Chicago Birth Injury Lawyer’

Shoulder Dystocia in Childbirth

Friday, May 20th, 2011

The experienced birth injury attorneys of Passen Law Group have seen all types of birth injury cases, from brain injuries and cerebral palsy to direct physical trauma.  The causes of birth injury can vary widely, but one of the most dramatic and frightening causes is the occurrence of shoulder dystocia during childbirth.

Shoulder dystocia is a technical-sounding term for a simple concept:  during delivery, an infant’s shoulder “impacts,” or becomes stuck on, a portion of the mother’s pelvic region.

Shoulder dystocia at birth can have profound effects on both the infant and the mother.  In 11 percent of shoulder dystocia cases, the mother experiences postpartum hemorrhage, at times severe.  And 3.8 percent of mothers in shoulder dystocia cases suffer fourth-degree lacerations from childbirth, the most severe form of tearing, involving perineal muscles anus, and the muscles lining the rectum (and usually needing surgical repair).  It is important to note that neither hemorrhage nor lacerations are prevented by the maneuvers designed to allow for natural birth.

In infants, shoulder dystocia can lead to a variety of birth injuries.  The single most common effect in infants is brachial plexus palsy, a condition wherein the infant suffers injury to the network of nerves that conducts signals from the spine to the shoulder, arm, and hand.  Brachial plexus palsy occurs in between four and fifteen percent of shoulder dystocia cases.  Infants who suffer bracial plexus palsy from shoulder dystocia, like other infants who suffer bracial plexus palsy, can often recover.  Up to ten percent of such cases, however, result in permanent injury or disability.

There are several risk factors associated with shoulder dystocia.  First and foremost, in deliveries in which forceps or vacuum extraction has been tried without success, the infant is most likely to experience shoulder dystocia.  Diabetes, whether gestational or preexisting, is another important risk factor for shoulder dystocia.  A maternal pelvic anomaly, although rare, is also a risk factor.

Likewise, the infant’s birth weight is an important risk factor.  When considering only infants born to mothers without diabetes, infants weighing between 5 pounds, 8 ounces (or 2,500 grams) and 8 pounds, 13 ounces (or 4,000 grams) have a shoulder dystocia rate of only .6 to 1.4 percent.  In infants weighing between 8 pounds, 13 ounces and 9 pounds, 14 ounces, however, the shoulder dystocia rate increases to 5 to 9 percent.

In spite of the data demonstrating the risk factors for shoulder dystocia, physicians and delivery staff continue to be caught by surprise when this complication occurs.  Because many cases of shoulder dystocia occur “with no warning,” physicians generally downplay the utility of planning for this contingency.  Recognizing risk factors for this frightening and potentially disastrous occurrence, however, can enable obstetricians to respond quickly and effectively.

Physicians who act appropriately can take actions to minimize the effects of shoulder dystocia.  There are, in fact, multiple procedures that can be used to manage dystocia when it occurs.  Physicians can attempt the McRoberts maneuver (hyperflexing the mother’s legs to her abdomen in order to widen the pelvis), apply suprapubic pressure, rotate the infant internally, or deliver the posterier arm to reposition the infant, and collapse the infant’s shoulder width.  Any of these techniques can allow for natural delivery of the child.  Physicians can also attempt to enlarge the mother’s pelvis through rotation or flattening.

In extreme cases, however, none of these maneuvers will enable delivery.  In such cases, physicians will at times resort to extreme measures, including intentionally breaking the infant’s shoulder, symphysiotomy (dividing the cartilage of the pubic symphysis) and the Zavanelli maneuver (pushing the baby’s delivered head back into the birth canal so that a c-section can be performed).

Preparing for the possibility that shoulder dystocia will occur is an important first step in preventing extreme measures, and extreme injuries.  Becoming aware of the risk factors will enable obstetricians to prepare, respond rapidly, and, when necessary, opt for a caesarian section instead of natural delivery.  Our birth injury attorneys urge physicians, and hospitals, to pay attention to the risk factors and to prepare for shoulder dystocia whenever possible.

For a free consultation with an experienced Chicago birth injury lawyer at Passen Law Group, call us at (312) 527-4500.

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Acquired Brain Injury in Children Caused by Negligence at Birth

Friday, March 19th, 2010

acquired brain injury birth Acquired Brain Injury in Children Caused by Negligence at BirthThis week, Passen Law Group’s Chicago personal injury lawyers have been discussing hypoxic-anoxic  injury (HAI), a serious form of acquired brain injury.   Our lawyers understand how devastating hypoxia and anoxia-related brain injuries can be for those who sustain such injuries, as well as their families.   As with all permanent brain injuries, HAI carries immensely challenging long-term emotional and financial implications.

Nowhere is this more true than in HAI brain injuries involving infants and children.  Today, our Chicago brain injury lawyers conclude their week long examination of nontraumatic (acquired) brain injuries by exploring HAI associated with pregnancy, childbirth and children.

Several types of negligent conduct or malpractice can cause anoxia or hypoxia brain injury during child birth.  These can include failure to recognize fetal distress, unreasonable delay in performing a C-section, delay in delivering a large baby, failure to properly or timely resuscitate the baby, maternal or fetal bleeding complications, excessive administration of Pitocin, improper use of forceps or vacuum extractor during delivery, and placenta previa (placental growth over the cervix).  There are also natural causes of HAI at birth, which are not the result of medical malpractice, including a difficult labor, gestational diabetes of the mother, or some other genetic condition.

Parents who suspect something may have gone wrong during child birth, and who suspect their child is not developing normally, should seek medical treatment immediately for their child to ensure his or her health.  If they continue to suspect that obstetrical medical malpractice may have caused a permanent brain injury during birth, it is critical to contact a top Chicago birth injury lawyer as soon as possible to investigate your child’s injury.

Discerning the symptoms of hypoxia in newborns and young children can be especially challenging.  In newborns, common symptoms of hypoxia-induced brain injury include lack of muscle tone or hypotonia, which results in floppiness or weak/limited limb movements, increased heart rate, increased respiratory rate, fever associated with difficulty breathing, cold temperature, inability to feed, lethargy, limited response to external stimuli and lack of crying.

In children who have suffered birth-related HAI, the most common symptom is hypertonia in which the muscles are taut and/or lack fine coordination or movements.  This often results in the spasticity associated with Cerebal Palsy, where there is a defect in control of muscle coordination, problems with muscle strength and muscle movement.  These children commonly fail to achieve developmental milestones, such as the ability turn over, sit up, follow eye movements and respond to sounds, or walk at 12-18 months.  These children may also experience regression in previously acquired abilities, particularly if their condition goes undiagnosed or untreated.

At times, a birth injury from HAI may be unavoidable, particularly where genetic conditions, pregnancies involving drug or alcohol abuse, or similar situations are involved.  But even in complicated situations a doctor is required to act in accordance with established medical standards.  Because of the complicated factors associated with HAI, including identifying the cause of the injury, assessing the extent of damage involved, determining the permanent physical impaired caused, determining the cost and necessity for future medical treatment and other care needs, and proving the overall loss suffered by the child and family, it is critical that you retain the services of dedicated, experienced and compassionate professionals.

If you suspect that your child has suffered HAI or some other type of brain injury as a result of medical malpractice or negligence at birth, call the Passen Law Group today at (312) 527-4500 for a Free Consultation with a top rated Chicago brain injury lawyer.

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Types and Causes of Hypoxic-Anoxic Brain Injury

Thursday, March 18th, 2010

hypoxia lawyer Types and Causes of Hypoxic Anoxic Brain InjuryOur Chicago personal injury lawyers have engaged in a month-long discussion of traumatic brain injury (TBI) and nontraumatic brain injury in recognition of national Brain Injury Awareness Month.  Today, our brain injury lawyers continue their exploration of hypoxic-anoxic injury (HAI), a severe and often devastating form of nontraumatic brain injury, looking at the causes of HAI.

There are a variety of health issues, accidents or actions that can cause HAI.  The broad types of HAI are:

  • Anemic Anoxia:  Caused by blood that cannot carry sufficient oxygen to the brain even though blood flow itself is still adequate.  Some examples of why this can occur include lung disease, and chronic anemia.
  • Toxic Anoxia:  Caused by toxins in the system that prevent the blood’s oxygen from being used efficiently, as for example with carbon monoxide poisoning.
  • Stagnant Anoxia:  Also called hypoxic-ischemic encephalopathy (HIE) or hypoxic-ischemic injury (HII), this is caused by an internal condition that blocks sufficient blood from reaching the brain.  Some common causes of this are strokes, heart attacks, and anesthesia accidents.  In addition, where newborn babies are deprived of oxygen during birth, as a result of obstetrical malpractice during delivery, hypoxic-ischemic injury, resulting in neonatal encephalopathy or cerebral palsy birth injuries, may develop.
  • Anoxic Anoxia:  Caused by insufficient oxygen in the air, as for example in high altitudes.

Some of the most common causes of all forms of HAI include respiratory arrest, electrical shock, drowning, heart attack, brain tumors, heart arrhythmia, extreme low blood pressure, carbon monoxide inhalation, smoke inhalation, poisoning, choking, respiratory diseases, suffocation and illegal drug use.

HAI can also result from medical malpractice.  A wide range of negligent actions or inactions can result in HAI such as improper monitoring of patients, delayed delivery during childbirth, compression of the trachea, complications of general anesthesia, drug overdose or harmful drug combinations, asphyxiation caused by ventilator/respirator failure or misuse, surgical errors, failure to diagnose or misdiagnosis or treat an underlying medical condition like hypertension or heart attack, and other injuries or complications related to childbirth.

For example, it is estimated that approximately 32% of ischemic hypoxia-anoxia cases are the result of anesthesia accidents, while serious birth injuries such as cerebral palsy are often associated with HAI related to medical malpractice.  Our Chicago birth injury malpractice lawyers have significant experience representing children with significant permanent brain damage, including cerebral palsy, as a result of negligence during birth.

HAI related brain injuries dramatically change the lives of families, and can exact a huge immediate and long-term emotional and financial toll.  If you have a question about HAI, call today for a Free Consultation with a top-rated Chicago brain injury lawyer at (312) 527-4500.

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