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No-fault compensation for ventilator-dependent children: a reasonable settlement value for lifetime attendant care

Authors Jenkins R, Boelens B, Aasheim K, Gravenstein N

Received 11 March 2016

Accepted for publication 12 May 2016

Published 12 August 2016 Volume 2016:9 Pages 193—199


Checked for plagiarism Yes

Review by Single anonymous peer review

Peer reviewer comments 2

Editor who approved publication: Professor Frank Papatheofanis

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Randall C Jenkins,1–3 Brian W Boelens,1 Kari L Aasheim,1 Nikolaus Gravenstein4–5

1University of Florida Self-Insurance Program, 2University of Florida Healthcare Education Insurance Company, 3Department of Health Services Research, Management & Policy, College of Public Health and Health Professions, 4Department of Anesthesiology, 5Department of Neurosurgery, College of Medicine, University of Florida, Gainesville, FL, USA

Abstract: Severe neurological outcomes sustained in childhood often result in lifetime health care needs that are beyond the financial means of most families. When severe neurological deficits are alleged to have resulted from professional negligence, relief may be sought through litigation; however, the American tort system often yields inconsistent results or no compensation for patients. We sought to identify a reasonable, objective, and data-based monetary range for a no-fault compensation system with high- and low-financial limits for those with severe neurological deficits. Based on documented life expectancies and attendant care cost studies, the data analysis indicates a no-fault settlement payment ranging from US$479,712.24 to $3,098,504.16, reasonably ensures care and services for life.

cost of health care, health law, health regulation, long-term care, medical malpractice


Severe neurological impairments affect many facets of daily life. In some cases, a breathing machine (ie, mechanical ventilator support) is required for life. Medical technologies, such as mechanical ventilation, have substantially increased survival and life expectancy rates for even the most severely neurologically impaired individuals.1 Longer survival made possible by mechanical ventilator support necessitates life-care planning to account for comprehensive lifelong medical support needs.

When the severely neurologically impaired individual is a ventilator-dependent child, and such deficits are alleged to have resulted from professional negligence, life-care planning through a medical malpractice settlement may be a preferable option to consider compared to protracted litigation with an uncertain expense and outcome. A 2013 study, found that more than half of families with a ventilator-dependent child reported unmet needs for care, namely an unmet need for skilled nursing care.2 Unsurprisingly, financial difficulties were significantly related to an unmet need for care of ventilator-dependent children.2 West’s Jury Verdicts and Reporters from the four most populous states – California,3 Texas,4 Florida,5 and New York6 – show that the range of verdicts for medical malpractice cases involving ventilator dependence are egregiously disparate. In California, cases have ranged from US$0 defense verdicts to $23,900,000 plaintiff verdicts, $0 to $33,346,000 in New York, $0 to $28,300,000 in Texas, and $0 to $20,000,000 in Florida. For the ventilator-dependent plaintiffs who receive a jury verdict, on average, 54 cents of every dollar of compensation awarded is spent on litigation fees and costs.7 Regardless of a jury’s determination to award the low of $0 to the high of $33,346,000, this small but expensive cohort of ventilator-dependent children will still necessitate care. We undertook an analysis of available data to objectively identify a reasonable range of compensation for a fair, no-fault life-care plan approach to avoid the shortcomings noted above of the current American medical malpractice liability system to provide children with severe neurological injuries care for life, without burdening patients and health care providers with years of protracted and costly litigation, and subject to the inconsistent determinations of the current jury system.

Materials and methods

Literature search

We undertook a literature search focused primarily on two factors having paramount influence in determining reasonable compensation for ventilator-dependent children: life expectancy and attendant care costs. Average life expectancies of ventilator-dependent individuals and hours of attendant care provided to such individuals were calculated based upon collective data from existing survival studies. The literature review supports a range that, when combined, provides an objective data-based justification for high and low lifetime dollar amounts to support children with severe neurological damage for life.

All studies we reviewed regarding life expectancy dealt specifically with populations of ventilator-dependent persons. Ventilator dependence was defined as, “any type of mechanical ventilation to sustain daily respiration for at least part of the day”.8 Literature searches were conducted through Google Scholar and PubMed. A search of “ventilator-dependent children, life expectancy” resulted in 1,580 articles through Google Scholar and four results through PubMed. Due to the relatively low amount of relevant life expectancy studies for ventilator-dependent children, an additional, broader search was conducted for “ventilator-dependent, life expectancy,” which resulted in 20,300 articles from Google Scholar and ten from PubMed. After sorting and eliminating by title and abstract, those articles that did not address ventilator-dependent populations or expressly did not include minors; seven of the ten PubMed articles were reviewed and 15 non-repetitive Google Scholar articles were reviewed. Of the 22 articles reviewed, seven were particularly salient to determining life expectancy in ventilator-dependent children.

Neither Google Scholar nor PubMed searches resulted in any information regarding rates of pay for home health care nurses and aides. A standard Google search for “rates of pay, home health-care” resulted in 6,960,000 hits, with the vast majority found to be unhelpful. Whereas the Bureau of Labor Statistics (BLS) is a useful resource for determining self-managed care, most nursing and home health care agencies are not forthcoming with their salary documentation. Therefore, we were required to pull agency information from the limited reports to state legislatures available to the public. Rates of pay for self-managed care were taken from the BLS and increased by 15% to show variation and to account for withholding and other deductions. Institutional or agency managed-care rates were taken from the legislative report of the Florida Agency for Health Care Administration, the Healthcare Financial Management Association, and from Prince et al,17 inflated to 2015 dollars using the BLS wage inflation formula (nominal wages1/consumer price index in year 1) × consumer price index in year 2.9,10


Life expectancy

A severe neurological injury resulting in ventilator dependence can drastically reduce the injured party’s life expectancy.11 DeVivo and Ivie11 published one of the earliest survival studies of ventilator-dependent persons with spinal cord injuries (SCIs) by age. In their 19-year study conducted on 435 persons who sustained traumatic SCIs resulting in ventilator dependence, participants were divided into 5-year intervals beginning at age 5 years and finishing at age 80 years. Those subsamples were further delineated by life expectancies for “Day One Admits”, “Year One Survivors”, and “Year Two Survivors”. All persons remained ventilator-dependent at the time of discharge or died prior to discharge while still ventilator-dependent. At age 5, Day One Admits had the lowest life expectancy at just 8 years, an 89% life expectancy reduction.11 Year One and Two Survivors fared much better than their Day One counterparts, with life expectancies of 26.8 years (62% reduction) and 35.8 years (51% reduction), respectively.11

A similar study in the UK viewed three groups of ventilator-dependent patients aged between 0–30, 31–45, and 45 plus years for 24 years.12 Cases were excluded if ventilation lasted fewer than 5 days, and all the patients were personally known by at least one of the study’s authors. Of the 262 patients having invasive ventilator support, 55 patients remained ventilated upon discharge. This study found that ventilator-dependent patients in the 0–30 years age group had a mean life expectancy of 18.4 years from the time of ventilation, gaining nominal (<1 month) additional life expectancy after the first year of ventilation.12

One of the lengthiest studies reviewed was performed by Gilgoff and Gilgoff,13 which tracked the progress of 39 children, all of whom were ventilator-dependent by their sixth birthday. Of the 39 children, 16 required ventilation due to SCIs: 14 C2 injuries, one C3 injury, and one C4,5 injury. The remaining 23 children had severe neuromuscular diseases, including spinal muscular atrophy, nemaline (rod) myopathy, polio, congenital muscular dystrophy, demyelinating neuropathy, mitochondrial myopathy, and myotubular myopathy. Four of the 16 SCI children died during the study, and of these, the average age at the time of ventilation was 4 years 1 month, and the average lifespan was 10 years 7 months post-injury. For the entire study, the survival rate was 71% at 10 years.13

Several additional studies have attempted to quantify the life expectancy of ventilator-dependent persons with neurological injuries, but have purposefully excluded children.8,14 Two such studies were conducted, one by the National Spinal Cord Injury Statistical Center at the University of Alabama-Birmingham and the other by Shavelle et al.8 Both studies involved patient populations wherein the youngest participants were, on average, 20 years of age at the time of injury. The National Spinal Cord Injury Statistical Center found that 20-year-old individuals at the time of injury had a life expectancy of just 19.2 years from the time of ventilation.14 Similarly, Shavelle et al8 found that 20-year-old individuals >3 years post-injury had a life expectancy of 21.9 years from the time of ventilation. These findings demonstrate that while previous studies involved smaller populations due to the relatively low number of ventilator-dependent persons, the statistical data are nonetheless sound. Even with a population >70 times DeVivo and Ivie’s11 initial study, the average life expectancy of a severely injured, ventilator-dependent individual remains <40 years.

In spite of medical advances, a more recent 2012 study found “no meaningful reduction” in mortality rates since the late-1980s for those with severe neurological injury and ventilator dependence, widening the gap in life expectancies between the general population and those persons with ventilator dependence.15,16 Therefore, the current understanding of the life expectancy data for ventilator-dependent children remains relatively unchanged from the published range of 8 to ~36 years (Table 1).

Table 1 Average life expectancy of persons with ventilator dependence

Abbreviations: NSCISC, National Spinal Cord Injury Statistical Center; N/A, not available.

As the aggregate hours of attendant care required by ventilator-dependent children typically represent the most significant item in lifetime health care costs, the life expectancy data are a critical step in determining the cost of medical care and thereby reasonable compensation for ventilator-dependent children.

Attendant care cost

Historically, ventilator-dependent persons have been viewed as chronic patients entirely reliant upon health care professionals for treatment.17,18 In recent years, however, health care professionals and academics increasingly endorse self-managed care over the less autonomous, more costly agency-provided care.17,19 In a self-managed system, costs for health care services can be reduced to fair market value. According to the BLS, patients can hire a registered nurse (RN) for an average of $32.04/hour,20 or a licensed practical nurse (LPN) or licensed vocational nurse for $20.43/hour.21 Certified nursing assistants (CNAs) earn an average of $12.06/hour22 under a self-managed system, while home health aides earn an average of $10.28/hour.23

By contrast, costs for care provided through agencies are typically markedly higher (Table 2). In a 2015 report to the Florida Legislature, Agency for Health Care Administration submitted figures from over 200 institutions detailing their pay for RN, LPN, and CNA levels of care (figures for home health aides were not reported, as this position generally requires no certification).24 On average, reported hourly wages were $43.85 for RNs, $31.34 for LPNs, and $18.45 for CNAs.24 Nationally, Healthcare Financial Management Association documented the “total all-in” hourly cost of an agency RN to be $59.67.25 For illustrative purposes, we include costs calculated by Prince et al17 based upon a study involving 71 ventilator-dependent persons with high quadriplegia (C1–C4). Based on actual hours reported and charges billed for the subject population, and adjusted for inflation to 2015 dollars, hourly rates averaged $58.61 for RNs, $43.19 for LPNs, and $21.59 for CNAs.17

Table 2 Average costs per hour of care

Abbreviations: RN, registered nurse; LPN, licensed practical nurse; CNA, certified nursing assistant; HHA, home health aide; BLS, Bureau of Labor Statistics; AHCA, Agency for Health Care Administration; HFMA, Healthcare Financial Management Association; N/A, not available.

Hours of attendant care

Using data from their study involving 71 persons, Prince et al17 also calculated the average number of hours of attendant care required by ventilator-dependent persons at least 1 year post-injury, in both self-managed and agency-directed systems. On average, those persons who had self-managed care had a comparable amount of care by skilled nurses (1.5 h/day for managed vs 1.6 h/day for agency); a significantly higher amount of paid non-skilled nursing care (13 h/day vs 6.5 h/day); and significantly less unpaid care from a spouse, family member, or other caregiver (4.3 h/day vs 7.7 h/day).17 Although no studies have demonstrated significant disparity in life expectancy rates, they have shown that all persons with ventilator dependence, especially children, benefit from plans of care in which they participate.17,19 Self-selected and self-directed care leads to a higher sense of self-worth and fewer hospitalizations.19

When the costs of attendant care are combined with the life expectancy range of 8–36 years, lifetime attendant care costs range from $479,712.24 to $3,098,504.16 (Table 3).

Table 3 Yearly and lifetime attendant care costs

Abbreviations: RN, registered nurse; LPN, licensed practical nurse; CNA, certified nursing assistant; HHA, home health aide.

Contributory/collateral sources

Contributory/collateral sources are defined as compensation from a source independent of the parties settling and are beyond the scope of this article.26 Many of these sources are fully or partially funded, such as lifelong medical care for all Americans through the Affordable Care Act27 and care for categorically needy children through Medicaid and the Children’s Health Insurance Program.28 Another example, involving children, is the Individuals with Disabilities Education Act, through which ventilator-dependent children are eligible for a range of “related services” concomitant to their right to public education.29 To determine eligibility and services, the school system must evaluate each child with a disability and develop an individualized education plan created by a team of teachers, administrators, health care providers, experts, and the parents or guardians.29 The Supreme Court of the United States has determined that if continuous “one-on-one nursing service” is required to keep a ventilator-dependent child with high quadriplegia in school, then it is the school district’s responsibility to provide that service.30 Collateral sources can offer important supplementary care and services to ventilator-dependent children at little or no out-of-pocket cost to parents or guardians.


We aim to objectively outline the necessary costs to reasonably care for the most severely neurologically impaired children regardless of cause. We do not propose a complete replacement of the medical tort liability by no-fault compensation programs. Though there is much academic debate ongoing about the efficacy and practicality of implementing replacements for tort law, there are tangible examples of no-fault compensation programs already in place that successfully care for patients with the greatest needs. Examples would be, Florida’s Birth-Related Neurological Injury Compensation Association31 and Virginia’s Birth-Related Neurological Injury Compensation Program (Birth-Injury Program).32 Both programs utilized enabling legislation to create funds, paid into by health care providers and facilities, which provide compensation to eligible claimants for life and have had long-term success in meeting the life needs of claimants.33 Both programs have stringent medical and procedural eligibility standards, along with restrictions on qualifying claimants’ remedies at tort.33 Due to their no-fault nature, both the Neurological Injury Compensation Association and the Birth-Injury Program have reduced physician risk of being reported to the National Practitioner Data Bank, and reduced all practitioner premiums by mitigating “truly catastrophic claims”.34 Creating a program through legislation is preferable for implementation and uniformity; however, a national legislative mandate may have the widest impact given the varied approaches used by each state. Some states such as Florida have had success with contractual agreements with patients regarding mandatory mediation agreements, but establishing a no-fault program through contract would be challenging.35

If one were to follow Florida’s Neurological Injury Compensation Association program model, then after establishment by the legislature, annual assessments of participating and nonparticipating physicians, and hospitals would need to be collected.33 Participating physicians would typically be neurosurgeons and orthopedic spinal surgeons, and the savings on premiums from removing the high damage claims may sufficiently fund a significant portion of the no-fault program. Nonparticipating physicians may also pay a negligible amount, which would benefit the medical community and health care consumers in the aggregate. As another option, purchasers of health insurance could provide a modest payment, supplemental to the practitioners and providers, further dispersing costs.

In creating a non-adversarial remedy there must be constraints on discretion of the assignment of damages and like parties must be treated alike.36 These steps reduce the tort phenomenon where the aggregate creates the appearance of equity, while in actuality most claimants are significantly undercompensated and others are significantly overcompensated.36 Metrics for qualification must be determined to effectively compensate the narrow but expensive cohort of ventilator-dependent children. Criteria could include an age restriction, neurological devastation, ventilator dependence, a complete injury, and an American Spinal Injury Association “A classification”.1 Additionally, such a no-fault program would not put an undue burden on health care facilities, as it would not require that every facility, such as rural or underfunded hospitals, conform to a national standard, and may instead reduce the burden of malpractice premiums, while caring for some of their most vulnerable patients.

The challenges to implementing a no-fault program for ventilator-dependent children are mainly administrative: enacting enabling legislation by either citizen initiative or through the traditional legislative process, ensuring that hospitals and medical centers conform to either the new laws or programs, and combating fears from the public and plaintiff’s bar that physicians will be able to commit malpractice and face no meaningful consequence through no-fault program. Most states, legislators, and lobbying groups are not prepared for a massive overhaul of the traditional tort system and critics of no-fault programs view their implementation as a failure to utilize the adversarial system to influence providers and deter adverse incidents.37 However, examples from no-fault compensation programs both in the US and abroad have proven those fears to be unfounded.33,38 In New Zealand, where the entire medical liability system has been replaced by no-fault compensation programs through the Accident Compensation Corporation, the accountability function of the New Zealand tort system has been replaced by the establishment of the Health and Disability Commissioner with the directive to promote patients’ rights and to act as a “gatekeeper” to disciplinary hearings.38 Similarly, in Virginia, the Board of Medicine and the Department of Health are required to review all claims submitted to the program to determine if any disciplinary action should be taken against the provider or the facility.33 While states may not be fully prepared for a complete shift, such as what has occurred in New Zealand, it is clear from the success of programs in Virginia and Florida that states are prepared to slowly and incrementally implement no-fault programs to benefit their most vulnerable populations.


To combat the uncertainty, high costs, and time associated with medical malpractice litigation in the US, legal and medical experts have advocated for a no-fault system to ensure needed care for ventilator-dependent children. Existing life-expectancy data for ventilator-dependent children and published wage data can be used to identify a reasonable range for lifetime attendant care costs from $479,712.24 to $3,098,504.16, with a median of $1,789,108.20. Such calculations can be updated as new data (eg, cost of wages) become available and further accomplished using annuities and other financial planning options that allow present dollars to continue growing to provide financial security in future years. Further, we would note the less costly option of self-managed care for selected patients be considered, because that enables compensation dollars to cover more hours of attendant care per day over a longer period of time, while also providing the emotional and physical benefits of autonomy. Life expectancy and attendant care costs are the largest variables to consider in determining the reasonable and fair compensation amount for a ventilator-dependent child. Collateral sources exist at varying levels to address many remaining costs of caring for ventilator-dependent children for life. The compensation, as derived from this data, when used in conjunction with an annuity or structured settlement through a life-care plan, will allow for a ventilator-dependent child to receive necessary care while not exacerbating the current insurance premium crisis.

Implementing a system that supports ventilator-dependent children begins with an analytical understanding of long-term care costs, as they are one of the most contentious, limiting factors to reaching resolution. Accordingly, a no-fault compensation program using the proposed range of $479,712.24–$3,098,504.16 present day value will reduce settlement uncertainty and delays, and may lower malpractice premiums, all while providing care for the most seriously in need, ventilator-dependent children by ensuring that the most costly service for such patients, daily attendant care, continues for life.


The authors are grateful to Dr William Friedman and Dr D Orvin Jenkins for their medical review and thoughtful suggestions, and to Mr John Patterson for his editorial expertise.


The authors report no conflicts of interest in this work.



Graziani V, Hodge SD Jr. A primer on spinal cord injuries – a medical/legal overview. Temp J Sci Tech Environ Law. 2012;31(1):205–253.


Hefner JL, Tsai WC. Ventilator-dependent children and the health services system: unmet needs and coordination of care. Ann Am Thorac Soc. 2013;10(5):482–489.


Del Barba v. Am. Med. Response, Inc., 2008 WL 4923098 (Cal. Superior) (Verdict and Settlement Summary) (2008); cf. Gutierrez v. Chino Cmty. Hosp., 2004 WL 903848 (Cal. Superior) (Verdict and Settlement Summary) (2004).


Garcia v. Columbia Rio Grande Healthcare, 1000 WL 177824 (Unknown State Ct. (Tex.)) (Verdict and Settlement Summary); cf. Laura Mensik v. Minkowitz, 1000 WL 184572 (Unknown State Ct. (Tex.)) (Verdict and Settlement Summary).


Plaintiff v. Defendant, 2007 WL 7951387 (Fla. Cir. Ct.) (Verdict and Settlement Summary) (2007); cf. Sippio v. Cooper, 2008 WL 9354742 (Fla. Cir. Ct.) (Verdict and Settlement Summary) (2008).


Goldwater Mem’l Hosp. N.Y. Abreu v. City of New York, 1989 WL 1730209 (N.Y. Sup.) (Verdict and Settlement Summary) (1989); cf. Carpentier v. Sullivan, 2013 WL 5719396 (N.Y. Sup.) (Verdict and Settlement Summary) (2013).


Studdert DM, Mello MM, Gawande AA, et al. Claims, errors, and compensation payments in medical malpractice litigation. N Engl J Med. 2006;354:2024–2033.


Shavelle RM, DeVivo MJ, Strauss DJ, Paculdo DR, Lammertse DP, Day SM. Long-term survival of persons ventilator dependent after spinal cord injury. J Spinal Cord Med. 2006;29:511–519.


Perrins G, Nilsen D; Bureau of Labor Statistics. Math calculation to better utilize CPI data. Available from: Published 2007. Accessed February 3, 2016.


Crawford M, Church J, Akin B; Bureau of Labor Statistics. CPI detailed report data for May 2015. Available from: Published May, 2015. Accessed February 3, 2016.


DeVivo MJ, Ivie CS. Life expectancy of ventilator-dependent persons with spinal cord injuries. Chest. 1995;108:226–232.


Watt JWH, Wiredu E, Silva P, Meehan S. Survival after short- or long-term ventilation after acute spinal cord injury: a single-centre 25-year retrospective study. Spinal Cord. 2011;49:404–410.


Gilgoff RL, Gilgoff IS. Long-term follow-up of home mechanical ventilation in young children with spinal cord injury and neuromuscular conditions. J Pediatrics. 2003;142:476–480.


National Spinal Cord Injury Statistical Center; University of Alabama-Birmingham. Facts and figures at a glance. Available from: Published 2015. Accessed December 17, 2015.


DeVivo MJ. Epidemiology of traumatic spinal cord injury: trends and future implications. Spinal Cord. 2012;50:365–372.


Wicks AB, Menter RR. Long-term outlook in quadriplegic patients with initial ventilator dependency. Chest. 1986;90(3):406–410.


Prince JM, Manley MS, Whiteneck GG. Self-managed versus agency-provided personal assistance care for individuals with high level tetraplegia. Arch Phys Med Rehab. 1995;76(10):919–923.


Vladeck BC, Westphal, E. Dignity-driven decision making: a compelling strategy for improving care for people with advanced illness. Health Aff (Millwood). 2012;31(6):1269–1276.


Noyes J. Enabling young ‘ventilator-dependent’ people to express their views and experiences of their care in hospital. J Adv Nursing. 2000;31(5):1206–1215.


Registered Nurses. Bureau of Labor Statistics. Available from: Published December 17, 2015. Accessed February 3, 2016.


Licensed Practical and Licensed Vocational Nurses. Bureau of Labor Statistics. Available from: Published December 17, 2015. Accessed February 3, 2016.


Nursing Assistants and Orderlies. Bureau of Labor Statistics. Available from: Published December 17, 2015. Accessed February 3, 2016.


Home Health Aides. Bureau of Labor Statistics. Available from: Published December 17, 2015. Accessed February 3, 2016.


Agency for Health Care Administration. Florida Medicaid nursing home direct & indirect care costs: a report to the Florida Legislature 2015. Available from: Published June 19, 2015. Accessed March 9, 2016.


Wagner K; Healthcare Financial Management Association. Healthcare cost containment. Available from: Published February 2013. Accessed December 12, 2015.


Black HC. Collateral-source rule. In: Garner BA, editor. Black’s Law Dictionary. 10th ed. Eagan, MN: Thomson West; 2014.


Patient Protection and Affordable Care Act of 2010, Pub. L. No. 111-148, 124 Stat. 119, 42 U.S.C. §18001 (2012).


Medicaid and CHIP Payment and Access Commission, 42 U.S.C. § 1396 (2012).


Individuals with Disabilities Education Act, 20 U.S.C §§ 1400–1450 (2012).


Cedar Rapids Cmty. Sch. Dist. v. Garret F. ex rel. Charlene F., 526 U.S. 66, 73 (1999).


Florida Birth-Related Neurological Injury Compensation Plan, Fla. Stat. § 766.303 (2015).


Virginia Birth-Related Neurological Injury Compensation Act, Va. Code Ann. § 38.2-5000-5021 (2015).


Siegal G, Mello MM, Studdert DM. Adjudicating severe birth injury claims in Florida and Virginia: the experience of a landmark experiment in personal injury compensation. Am J Law Med. 2008;34:493–537.


Raper SE. Announcing remedies for medical injury: a proposal for medical liability reform based on the patient protection and affordable care act. J Health Care Law Policy. 2013;16:309–352.


Morreim H. Malpractice, mediation, and moral hazard: the virtues of dodging the data bank. Ohio J Dispute Res. 2012;27(1):109–178.


Bovbjerg RB, Sloan FA, Blumstein JF. Valuing life and limb in tort: scheduling pain and suffering. Northwest Univ Law Rev. 1989;83:908–976.


Studdert DM, Brennan TA. No-fault compensation for medical injuries. JAMA. 2001;286(2):217–223.


Bismark M, Paterson R. No-fault compensation in New Zealand: harmonizing injury compensation, provider accountability, and patient safety. Health Aff (Millwood). 2006;25(1):278–283.

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