New York cephalohematoma birth injury claims generally must be filed before the child's 10th birthday under CPLR §214-a and CPLR §208. Every settlement requires judicial approval at an infant compromise hearing under CPLR §1207 and §1208, and attorney fees follow the sliding scale in Judiciary Law §474-a. According to Cleveland Clinic peer-reviewed clinical guidance (2025), cephalohematoma occurs in approximately 2.5% of prolonged or difficult vaginal deliveries, with the incidence rising substantially with vacuum extraction or forceps assistance — and a 2022 peer-reviewed prospective study (PMC12006150, n=84) reports cephalohematoma in 51.2% (43/84) of instrumental deliveries, making it the most common birth injury in that cohort. Per the 2022 AAP Clinical Practice Guideline on Hyperbilirubinemia (Kemper et al.) and the 2023 peer-reviewed AAFP synthesis, cephalohematoma is a recognized risk factor for severe hyperbilirubinemia — meaning every infant with cephalohematoma requires careful bilirubin monitoring to prevent progression to acute bilirubin encephalopathy or kernicterus. Porter Law Group represents New York families whose newborns suffered preventable cephalohematoma injuries or downstream complications from inadequate monitoring.
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Cephalohematoma cases turn on two questions: was the cephalohematoma caused by a preventable obstetric error, and was the resulting hyperbilirubinemia recognized and treated promptly to prevent neurologic injury. Most cephalohematomas resolve without any sequelae, and most are not actionable on their own. The cases that do produce substantial recoveries involve either (a) clear obstetric mismanagement during the delivery (improper vacuum extraction, inappropriate forceps injury, or excessive force during prolonged labor) or (b) downstream injury — most commonly kernicterus — caused by inadequate post-delivery bilirubin monitoring.
Porter Law Group has recovered more than $500 million for seriously injured clients since 2009, including multiple pediatric recoveries exceeding $8 million for children with permanent birth-related disabilities. Led by Harvard-educated attorney Michael S. Porter, a former U.S. Army JAG Corps Captain with over 20 years of trial experience, the firm retains maternal-fetal medicine specialists, neonatologists, pediatric neurologists, and life care planners on every case. Seven of eight partner-level attorneys are recognized by Super Lawyers, a distinction earned by fewer than 5% of New York attorneys.
"Most cephalohematomas resolve in three weeks and never become a legal matter. The ones that do are the cases where something downstream went wrong either the delivery technique that caused the injury was negligent, or the bilirubin monitoring afterward missed a dangerous rise. The 2022 AAP guideline tells the team exactly what monitoring is required when a cephalohematoma is present. When that monitoring is missing from the chart and the baby develops kernicterus, the case is generally strong."
— Michael S. Porter, J.D., Porter Law Group
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A cephalohematoma is a collection of blood between the skull bone and its overlying membrane (the periosteum), caused by the rupture of small blood vessels during delivery. Per a 2024 peer-reviewed PMC case series, cephalohematoma is "a subperiosteal collection caused by ruptured blood vessels under the periosteum, occurring in the context of assisted vacuum or forceps delivery, but also as a result of an elevated head circumference."
Three features distinguish cephalohematoma from other newborn scalp injuries:
| Feature | Cephalohematoma | Subgaleal Hemorrhage | Caput Succedaneum |
| Location | Between skull bone and periosteum | Between periosteum and galea aponeurotica | Between scalp skin and periosteum |
| Crosses suture lines? | No — limited by cranial sutures | Yes — can extend across entire scalp | Yes — can extend across scalp |
| Severity | Generally benign; typically resolves | Potentially life-threatening; can hold ~260 mL of blood | Benign; resolves in 1–2 days |
| Bleeding rate | Slow; may be delayed several hours postpartum | Rapid; can cause hypovolemic shock | N/A — soft-tissue swelling, not bleeding |
| Onset | Often noted hours after birth | Can appear within hours; progressive | Present at birth |
This distinction matters clinically and legally. Per the 2024 PMC case series, the cephalohematoma "is limited by the cranial sutures, skin-colored, and can be somewhat delayed until a few hours after birth, due to slow bleeding. It resolves in 3 weeks on average, with the possibility of residual calcification disappearing a few months later." Subgaleal hemorrhage is far more dangerous (covered in our Vacuum Extraction practice) and can be initially misdiagnosed as cephalohematoma.
Cephalohematoma results from mechanical pressure on the fetal scalp during delivery that ruptures small subperiosteal blood vessels. The recognized risk factors are:
| Risk Factor | Mechanism | Primary Source |
| Vacuum extraction | Cup pressure and shearing forces on scalp; pop-offs concentrate force | 2022 prospective study (PMC12006150) reported cephalohematoma in 51.2% of instrumental deliveries (n=84) |
| Forceps delivery | Direct pressure of forceps blades on fetal head | Same 2022 prospective study; combined vacuum+forceps had aOR 4.1 for birth injury |
| Prolonged or difficult labor | Repeated compression of fetal head against maternal pelvic bone | Cleveland Clinic clinical reference (2025) |
| Fetal macrosomia (≥4,000 g) | Larger fetal head produces greater force during passage through pelvis | Cleveland Clinic; consistent across peer-reviewed sources |
| Multiple gestation (twins/triplets) | Higher-risk delivery context | Cleveland Clinic |
| Increasing asynclitism | Off-center fetal head positioning increases shearing forces | 1997 prospective RCT (PMID 9336752), n=322 vacuum deliveries; identified as the only predelivery factor predicting cephalohematoma in vacuum extraction |
| Increased application-to-delivery time during vacuum | Prolonged suction increases tissue shear | Same 1997 RCT; 28% of neonates developed cephalohematoma when vacuum application exceeded 5 minutes |
| Epidural anesthesia | Associated with prolonged second stage of labor and higher instrumental delivery rates | Cleveland Clinic |
Per the 2022 prospective study (PMC12006150) of late-preterm and term neonates after instrumental delivery (n=84), cephalohematoma was the most common birth injury observed in 51.2% (43/84) of cases followed by subgaleal hemorrhage and bone fractures (10.7%), and intracranial hemorrhage (2.38%). The combined use of vacuum and forceps in the same delivery quadrupled the odds of birth injury (adjusted odds ratio 4.1). One neonatal death in the cohort was associated with combined vacuum+forceps use.
Most cephalohematomas resolve spontaneously without any complications. However, four recognized complications can develop:
1. Hyperbilirubinemia (most common complication). As the pooled blood in the cephalohematoma breaks down, the released hemoglobin is metabolized into bilirubin — increasing the infant's circulating bilirubin load. Per the 2023 peer-reviewed AAFP synthesis of the 2022 AAP Clinical Practice Guideline, cephalohematoma is a recognized risk factor for severe hyperbilirubinemia. Severe hyperbilirubinemia, if untreated, can progress to acute bilirubin encephalopathy (ABE) and ultimately to kernicterus a permanent neurologic injury characterized by choreoathetoid cerebral palsy, sensorineural hearing loss, upward gaze paresis, and enamel dysplasia.
2. Anemia. A large cephalohematoma can sequester enough blood to cause clinically significant anemia, particularly in preterm or low-birth-weight infants.
3. Infection (rare but serious). Per peer-reviewed birth injury literature, the pooled blood in a cephalohematoma can become infected, leading to cellulitis, sepsis, or in the most serious cases meningitis. Early symptoms of cephalohematoma infection include poor feeding, irritability, and enlargement or tenderness of the cephalohematoma site.
4. Calcification. Some cephalohematomas develop a calcified rim that fails to resolve spontaneously. Calcified cephalohematomas can interfere with skull growth and may require surgical removal, particularly when they cause cosmetic or functional concerns.
Skull fracture is sometimes associated with cephalohematoma (typically a linear, non-depressed fracture) but is generally clinically inconsequential and resolves spontaneously. A depressed skull fracture is a separate, more serious finding requiring imaging and often neurosurgical evaluation.
Cephalohematoma alone is generally not medical malpractice. Most cephalohematomas occur in difficult deliveries despite competent obstetric care and resolve without sequelae. The malpractice analysis turns on whether (a) the cephalohematoma was caused by negligent obstetric technique, or (b) the post-delivery monitoring missed a serious downstream complication. Five recurring failure patterns establish liability:
Failure 1 — Improper vacuum extraction technique producing the cephalohematoma. Per our Vacuum Extraction practice and consistent peer-reviewed sources including the 2022 prospective cohort study (PMC12006150), vacuum extraction performed with prolonged application time (greater than 20–30 minutes), excessive cup detachments (more than 2–3 pop-offs), incorrect cup placement off the flexion point, or in violation of ACOG Practice Bulletin No. 219 (April 2020, Reaffirmed 2022) prerequisites is a recognized basis for malpractice when cephalohematoma or other injury results.
Failure 2 — Improper forceps technique producing the cephalohematoma. Per the same ACOG Practice Bulletin No. 219 and consistent peer-reviewed obstetric literature, forceps delivery performed without meeting the operative vaginal delivery prerequisites or with excessive force is a recognized basis for malpractice. See our Forceps Injury practice for detail.
Failure 3 — Sequential vacuum and forceps use. Per ACOG Practice Bulletin No. 219, sequential use of vacuum followed by forceps (or vice versa) is associated with substantially elevated rates of neonatal complications and should not routinely be performed. The 2022 prospective study (PMC12006150) confirmed combined vacuum+forceps use produced a 4.1-fold increase in the odds of birth injury, with one neonatal death in the cohort attributed to combined instrument use.
Failure 4 — Failure to recognize or distinguish cephalohematoma from subgaleal hemorrhage. The two conditions present similarly in the immediate postpartum period, but subgaleal hemorrhage is far more dangerous (it is not contained by cranial sutures and can hold a clinically significant volume of blood relative to a newborn's blood volume). Per the 2024 PMC case series, the clinical distinction depends on whether the swelling crosses suture lines and on the rapidity of progression. Failure to monitor head circumference and vital signs serially after instrumental delivery — and to recognize a progressive subgaleal hemorrhage being mislabeled as a cephalohematoma — is a recognized basis for malpractice.
Failure 5 — Inadequate bilirubin monitoring leading to severe hyperbilirubinemia or kernicterus. Per the 2022 AAP Clinical Practice Guideline on Hyperbilirubinemia (Kemper et al., Pediatrics 150(3):e2022058859), every infant ≥35 weeks gestational age with cephalohematoma should be considered at elevated risk of hyperbilirubinemia and monitored accordingly. The AAP recommends predischarge transcutaneous (TcB) or total serum bilirubin (TSB) measurement, visual jaundice assessment every 12 hours, scheduled follow-up bilirubin measurement, and prompt phototherapy at the AAP nomogram threshold. Failure to perform recommended monitoring — when followed by progression to severe hyperbilirubinemia, ABE, or kernicterus — is one of the most common malpractice mechanisms in cephalohematoma cases. See our Kernicterus practice for detail.
New York places no statutory cap on damages in medical malpractice or birth injury cases. Damages depend on the resulting injury, most uncomplicated cephalohematomas produce no recoverable damages because they resolve spontaneously, but cases involving permanent neurologic injury (kernicterus → choreoathetoid cerebral palsy, sensorineural hearing loss), serious infection, or other catastrophic complications are among the larger pediatric malpractice recoveries.
Future medical and rehabilitation care for downstream injury (typically kernicterus or its sequelae). Children with kernicterus-induced cerebral palsy require lifelong physical, occupational, and speech therapy, hearing aids or cochlear implants, augmentative communication devices, and assistance with activities of daily living. The CDC estimates the lifetime cost of care for an individual with cerebral palsy at approximately $1 million in 2003 dollars, with medical care costs running roughly 10 times higher than for children without CP. Adjusted for current medical inflation and the additional sensory needs typical of kernicterus, life care plans routinely run to seven and eight figures.
Past and future medical expenses for any surgical management of calcified cephalohematoma, infection treatment, or related care.
Lost future earning capacity when permanent neurologic, sensory, or developmental impairment results.
Pain and suffering damages are not capped in New York. Juries consider the permanence of the injury, the child's life expectancy, and the loss of normal childhood, adolescent, and adult experiences.
Wrongful death. Catastrophic complications from cephalohematoma — particularly cephalohematoma-related sepsis or extreme hyperbilirubinemia — can rarely result in death; parents may pursue a wrongful death claim under EPTL §5-4.1 within two years of the death.
Parents' derivative claim. Parents can recover medical expenses they paid on the child's behalf and damages for loss of the child's services but under their own 2.5-year CPLR §214-a statute, which is not tolled by the child's infancy.
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Porter Law Group's published catastrophic case results include three pediatric birth injury settlements that demonstrate the firm's track record in complex delivery-related injury cases. View all case results →
$8,300,000 Settlement: A premature infant suffered profound permanent disabilities, including cerebral palsy, after physicians failed to properly manage the mother's pre-gestational diabetes. The structured settlement provides lifetime care and therapy funding.
$8,250,000 Settlement: An infant sustained permanent physical and cognitive disabilities after delayed response to fetal distress during labor. Proceeds covered lifetime medical and educational needs.
$8,120,000 Settlement: An infant suffered permanent delivery-related injuries caused by mismanaged labor and delivery. The recovery funded a life-care plan built with the family's physicians and therapists.
Every case is different. Past results do not guarantee future outcomes.
Cephalohematoma birth injury claims are medical malpractice cases, so the deadline is shorter than a general child injury claim and is subject to a hard 10-year cap that ordinary personal injury cases do not face.
| Category of Defendant | Statute of Limitations | Infancy Toll | Effective Deadline | Primary Statute |
| Private hospital / private physician | 2.5 years | Yes — but capped at 10 years from malpractice | Child's 10th birthday in most cases | CPLR §214-a + CPLR §208 |
| Public hospital (NYC Health + Hospitals, SUNY Upstate, SUNY Downstate, Stony Brook, county hospitals) | 1 year and 90 days after Notice of Claim | No — 90-day Notice of Claim NOT tolled by infancy | 90 days from injury to file Notice of Claim | GML §50-e |
| Wrongful death of infant | 2 years from date of death | N/A | 2 years from death | EPTL §5-4.1 |
| Parents' derivative claim | 2.5 years | No — not tolled by child's infancy | 2.5 years from malpractice | CPLR §214-a |
Cephalohematoma cases pose a particular timing risk when the relevant downstream injury is kernicterus because kernicterus is often diagnosed only when developmental sequelae become apparent at 12 to 18 months of age. Public-hospital families whose preterm or term infant is eventually diagnosed with kernicterus-related cerebral palsy at age 12 or 18 months have almost certainly missed the 90-day Notice of Claim window and must seek leave to serve a late notice of claim under GML §50-e(5) discretionary relief that is never guaranteed.
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Was Your Baby Diagnosed with a Cephalohematoma Injury in New York?
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1. Request the complete labor-and-delivery and neonatal records. Under New York Public Health Law §18, you are entitled to your and your child's complete medical records within a reasonable time of a written request. Critical documents include the operative delivery note (especially documenting any vacuum extraction or forceps use and all parameters), Apgar scores, the initial newborn examination noting any scalp swelling, all transcutaneous and total serum bilirubin measurements, the discharge bilirubin value, and the post-discharge follow-up plan.
2. Request the FDA-mandated device record if vacuum was used. The Safe Medical Devices Act of 1990 requires hospitals to track and report adverse events associated with medical devices including vacuum extractors. Hospitals typically maintain device-specific records request these alongside the obstetric operative note.
3. Photograph the cephalohematoma over time. Track its size, color, firmness, and whether it crosses suture lines. Progressive enlargement, crossing suture lines, or development of hardness suggests either subgaleal hemorrhage (needing urgent evaluation) or evolving calcification (which may need surgical intervention).
4. Document head circumference measurements. Per peer-reviewed neonatal subgaleal hemorrhage clinical guidance (PMC81073) (citing Florentino-Pineda et al., J Perinatol 1994), monitoring of all babies following difficult vacuum extractions or forceps deliveries should include a minimum of 8 hours' observation with at least hourly recording of vital signs, and serial head circumference measurements when concerns are present. This monitoring is consistent with the FDA's 1998 Public Health Advisory recommending close monitoring for subgaleal or subaponeurotic hematoma after vacuum extraction. The trajectory of head circumference is critical evidence in any case where subgaleal hemorrhage might have been mislabeled as cephalohematoma.
5. Verify whether bilirubin was monitored per AAP guidelines. Per the 2022 AAP Clinical Practice Guideline, every infant with cephalohematoma is at elevated risk of hyperbilirubinemia and warrants careful monitoring, scheduled follow-up bilirubin testing, and prompt phototherapy at the AAP nomogram threshold. Review the chart for documented bilirubin measurements and the post-discharge follow-up plan.
6. Document developmental milestones over time. Keep a dated log of every pediatric, audiology, neurology, and therapy visit. If kernicterus developed from inadequately monitored hyperbilirubinemia, the trajectory of motor function, hearing, and developmental milestones is core evidence.
7. Act immediately if your child was born at a public hospital. Births at NYC Health + Hospitals facilities, SUNY Upstate, SUNY Downstate, Stony Brook, or any county-run facility require a Notice of Claim within 90 days under GML §50-e. Missing this deadline can bar the claim entirely.
8. Contact a New York cephalohematoma birth injury attorney. Porter Law Group offers free consultations on a contingency-fee basis and handles every stage of the case, from record collection through expert review, litigation, infant compromise approval, and trial.
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Porter Law Group represents families in cephalohematoma and related birth injury malpractice cases throughout New York State, with a statewide practice reaching every county and jurisdiction. Our Syracuse headquarters serves Central and Upstate New York, while attorneys travel regularly to downstate courthouses for cases in the five boroughs, Westchester, and Long Island.
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No, these are two distinct types of scalp bleeding with very different clinical implications. Cephalohematoma is bleeding between the skull bone and the periosteum; the bleeding is contained by cranial sutures, does not cross to the other side of the head, is generally not associated with significant blood loss, and usually resolves without long-term sequelae. Subgaleal hemorrhage is bleeding into the subaponeurotic space above the periosteum; the bleeding is NOT contained by suture lines, can extend across the entire top and sides of the head, and can cause life-threatening hypovolemic shock. Per the 2024 PMC case series, the clinical distinction is critical because the early presentation of subgaleal hemorrhage can be mistaken for cephalohematoma. Failure to monitor for this distinction after instrumental delivery and to recognize a progressive subgaleal hemorrhage is a recognized basis for malpractice.
Cephalohematoma is the most common birth injury after instrumental delivery. Per a 2022 prospective study (PMC12006150) of late-preterm and term neonates after instrumental delivery (n=84), cephalohematoma was observed in 51.2% (43/84) of cases — followed by subgaleal hemorrhage and bone fractures (10.7%) and intracranial hemorrhage (2.38%). Per the Cleveland Clinic clinical reference (2025), the population-level incidence at 2.5% of prolonged or difficult vaginal deliveries is the broader figure typically cited; targeted studies of instrumental delivery cohorts (such as the 2022 PMC12006150 cohort) report substantially higher rates because cephalohematoma is the most common type of injury in those specific cohorts. The combined use of vacuum and forceps in the same delivery quadrupled the odds of birth injury (adjusted odds ratio 4.1) per the same 2022 study.
As the pooled blood in the cephalohematoma breaks down over days to weeks, the released hemoglobin is metabolized into bilirubin increasing the infant's circulating bilirubin level and the risk of severe hyperbilirubinemia. Per the 2023 peer-reviewed AAFP synthesis of the 2022 AAP Clinical Practice Guideline, cephalohematoma is a recognized risk factor for severe hyperbilirubinemia. This is clinically important because severe hyperbilirubinemia can progress to acute bilirubin encephalopathy (ABE) occurring in approximately 1 in 10,000 infants per peer-reviewed AAFP and ultimately to kernicterus, which occurs in approximately 1 in 100,000 infants but causes permanent neurologic injury. Every infant with cephalohematoma should have careful bilirubin monitoring per the 2022 AAP guideline, with predischarge measurement, scheduled follow-up testing, and prompt phototherapy when indicated.
Per the 2024 PMC peer-reviewed case series, a cephalohematoma "resolves in 3 weeks on average, with the possibility of residual calcification disappearing a few months later." The cephalohematoma usually appears as a soft swelling within hours of birth (the slow bleeding can be delayed several hours postpartum), gradually softens as the blood is reabsorbed, and disappears completely within several weeks. In some cases, a thin rim of calcification develops at the edge of the cephalohematoma — this typically also disappears within months but rarely persists and may require surgical evaluation if it causes cosmetic or functional concerns. Drainage of the cephalohematoma is generally avoided because of the risk of introducing infection only persistent calcification or severe complications warrant surgical intervention.
Possibly — depending on the circumstances of delivery. Most cephalohematomas occur in difficult deliveries despite competent obstetric care and are not preventable in any meaningful sense. However, certain deliveries produce cephalohematoma because of preventable obstetric errors: vacuum extraction performed with prolonged application time (greater than 20–30 minutes) or excessive cup detachments (more than 2–3 pop-offs), forceps delivery performed without meeting ACOG Practice Bulletin No. 219 (April 2020, Reaffirmed 2022) prerequisites, sequential vacuum-then-forceps use, or failure to consider cesarean for known macrosomia. Per a 1997 prospective RCT (PMID 9336752) of 322 vacuum deliveries, increasing asynclitism (off-center cup placement) and increasing application-to-delivery time were the strongest factors predicting cephalohematoma both controllable through proper technique. When the chart documents departure from these standards and a cephalohematoma resulted, the case for malpractice may be strong.
Cephalohematoma birth injury claims are medical malpractice actions under CPLR §214-a, which imposes a 2.5-year statute of limitations. CPLR §208 tolls the deadline during the child's minority but caps the toll at 10 years from the malpractice — meaning most cephalohematoma cases must be filed before the child's 10th birthday. Deliveries at public hospitals (NYC Health + Hospitals, SUNY Upstate, SUNY Downstate) require a Notice of Claim within 90 days of the injury under General Municipal Law §50-e, and the infancy toll does not extend the 90-day deadline. Cephalohematoma cases pose a particular timing risk when the relevant injury is downstream kernicterus because kernicterus is often diagnosed only when developmental sequelae become apparent at 12 to 18 months. Public-hospital families in this situation may need to move for leave to serve a late notice of claim under GML §50-e(5).
Cephalohematoma settlement values vary enormously based on the resulting injury. Most uncomplicated cephalohematomas resolve without sequelae and produce no recoverable damages these cases generally do not justify litigation. Cases involving permanent neurologic injury (most commonly kernicterus from inadequately monitored hyperbilirubinemia) routinely settle in the seven and eight figures because of the lifetime cost of care for choreoathetoid cerebral palsy, sensorineural hearing loss, and developmental disability. The CDC estimates the lifetime cost of care for an individual with cerebral palsy at approximately $1 million in 2003 dollars, with medical costs running roughly 10 times higher than for children without CP. New York places no statutory cap on damages in medical malpractice cases. Every settlement of a minor's claim must be approved by a judge at an infant compromise hearing underCPLR §1207, and attorney fees follow the sliding scale in Judiciary Law §474-a: 30% of the first $250,000, 25% of the next $250,000, 20% of the next $500,000, 15% of the next $250,000, and 10% of any amount over $1,250,000.
If your baby's cephalohematoma was actually a subgaleal hemorrhage that was misdiagnosed as a cephalohematoma or if a serious downstream complication (kernicterus, infection, calcification) was missed because of inadequate monitoring the misdiagnosis itself can be a separate basis for malpractice. Per the 2024 PMC peer-reviewed case series, the clinical distinction between cephalohematoma and subgaleal hemorrhage depends on whether the swelling crosses cranial suture lines and on the rapidity of progression. The medical record should document head circumference measurements over time (hourly for at least 8 hours postpartum after instrumental delivery), the location of the swelling, and whether suture lines are crossed. If your baby's chart does not show this monitoring or if the chart shows monitoring that suggested subgaleal hemorrhage but treatment was not escalated the misdiagnosis may be a recognized basis for malpractice. See our Failure to Diagnose practice for additional context on diagnostic failure litigation in birth injury cases.
Michael S. Porter is the founder and managing partner of Porter Law Group, representing New York families in cephalohematoma, birth injury, medical malpractice, and catastrophic injury cases. A graduate of Harvard University (B.A., 1994) and Syracuse University College of Law (J.D., 1997), Porter served four years as a Captain in the U.S. Army Judge Advocate General's Corps. Selected to Super Lawyers for 14 consecutive years (2012–2025), he holds a 10.0 Superb rating on Avvo and a Distinguished rating from Martindale-Hubbell.
Bar Admissions: New York State Bar | U.S. District Court, Northern and Western Districts of New York
Memberships: New York State Bar Association, Onondaga County Bar Association, New York State Academy of Trial Lawyers, Multi-Million Dollar Advocates Forum
If your newborn suffered a cephalohematoma in New York with downstream complications due to medical negligence, critical deadlines may run faster than you expect: public-hospital cases require a Notice of Claim within 90 days, parents' derivative claims are not tolled by the child's infancy, and the 10-year cap under CPLR §208 closes most birth injury windows before a child's 10th birthday.
Contact Porter Law Group today at (833) PORTER-9 for a free, no-obligation consultation. We operate on a contingency-fee basis, so you pay nothing unless you win.
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