Barriers to recovery for medical professionals: Assessing financial support through a survey of Physician Health Programs.

BACKGROUND AND OBJECTIVES: There is increasing focus on physician burnout, psychiatric problems, and substance use disorders. Costs of recovery for physicians enrolled in Physician Health Programs (PHPs) remain unexamined with little known regarding funding resources. We sought to elucidate perceived costs of recovery from impairing conditions and highlight resources for financial strain. METHODS: This survey study was distributed by the Federation of State Physician Health Organizations via e-mail to 50 PHPs in 2021. Questions assessed perceptions of costs and ability to pay for recommended evaluation, treatment, and monitoring. Questions also assessed limitation of engagement due to financial concerns, and availability of financial resources. RESULTS: Complete responses were received from 40 of 50 eligible PHPs. The majority (78%) of responding PHPs assessed ability to pay at initial intake evaluation. There is notable financial strain on physicians, particularly those earliest in training, to pay for services. DISCUSSION AND CONCLUSIONS: PHPs are vital to physicians, especially physicians-in-training, as "safe haven programs." Methods to financially assist through PHPs included fee deferrals, sliding scale fees, and fee forgiveness. Health insurance, medical schools, and hospitals were able to provide additional assistance. SCIENTIFIC SIGNIFICANCE: Because burnout, mental health, and substance use disorders are high stakes amongst physicians, it is critical that access to PHPs is available, destigmatized, and affordable. Our paper focuses specifically on the financial cost of recovery, the financial burden placed on PHP participants, a topic lacking in the literature, and highlights remedies and vulnerable populations.

The "Mother of pediatric cardiac anesthesia": An interview with Dr Dolly D. Hansen, a pioneering woman in medicine.

Dr Dolly D. Hansen (1935-), Associate Professor in the Department of Anesthesiology, Critical Care and Pain Medicine, Boston Children's Hospital and Harvard Medical School, devoted her life to improving the perioperative care of children with congenital heart disease. She applied her knowledge of cardiovascular and pulmonary physiology and the effects on anesthetic agents in children with and without heart disease into clinical practice and thereby greatly influenced the practice of pediatric anesthesia, cardiology, surgery, and critical care medicine. As an exceptional master clinician, leader, program builder, innovator, teacher, and academic role model, she shaped the careers of hundreds of fellows and young attendings, many of whom became leaders in the field.

Responding to a medical crisis: Lessons from the Halifax disaster 100 years ago.

One hundred years ago, a massive explosion occurred in the harbor of Halifax, Nova Scotia, destroying the city and killing more than 2,000 and injuring more than 9,000. It was the worst manmade explosion the world had ever seen, not exceeded until the atomic bomb blast over Hiroshima in 1945. An urgent appeal for assistance came from the survivors, and many volunteers responded. This report describes the prompt and remarkable medical relief effort of the citizens of Massachusetts to help their Canadian neighbors.

Freeman Allen: Boston's pioneering physician anesthetist.

On October 16, 1846 dentist William T. G. Morton successfully demonstrated at the Massachusetts General Hospital that ether could prevent the pain of surgery. For decades afterwards, the administration of anesthesia in the United States was generally relegated to dentists, medical students, junior surgical trainees, or even nonmedical personnel. It was not until the end of the 19th century that a few pioneering physicians began devoting their careers to administering anesthesia to patients, studying ways to make it safer and more effective, and teaching others about its use. One of these individuals was Freeman Allen, who was appointed the first physician anesthetist to the medical staff at the Massachusetts General Hospital and several other major hospitals in Boston. We describe this remarkable man, his contributions to the early development of anesthesiology as a medical specialty, and the true cause of his untimely death.

"A thrill of extreme magnety": Robert E. Gross and the beginnings of cardiac surgery.

Seventy-five years ago, a 7-year-old girl underwent the first successful ligation of a patent ductus arteriosus. This procedure transformed her health and was a milestone in the development of cardiac surgery. The operation was performed by Dr. Robert E. Gross, then the surgical chief resident at Boston Children's Hospital, who went on to have a distinguished career in pediatric surgery. The patient is now a great-grandmother and the oldest known survivor of cardiac surgery.

Anesthetic concerns for pediatric patients in an intraoperative MRI suite.

PURPOSE OF REVIEW: Intraoperative magnetic resonance imaging (iMRI) is an evolving technology used to provide precise intraoperative navigation during a variety of neurosurgical and other types of surgical procedures. Anesthesiologists need to be aware of the unique challenges created by this environment. Failure to recognize the differences between the diagnostic MRI environment and the iMRI environment can compromise the safety of the patient and operating room staff and present logistical problems. RECENT FINDINGS: Recent surgical reports herald the uses and benefits of iMRI. However, there are a few in the anesthesia literature addressing the significant benefits and the anesthesia-specific issues this technology creates. We will review recent reports describing anesthetic care of patients in this environment as well as examine the recent surgical and radiologic literature as they relate to issues faced by anesthesiologists. SUMMARY: We describe the design of different iMRI suites as well as provide a breakdown of both patient and equipment issues encountered by anesthesiologists practicing in this environment. Finally, we offer our ongoing experience in this environment and provide suggestions to optimize patient outcomes.

Electroencephalogram monitoring during intracranial surgery for moyamoya disease.

We describe our experience with intraoperative electroencephalography in moyamoya surgery, a method to monitor for ischemic changes during the procedure and to minimize the risk of intraoperative and perioperative stroke. Case records and intraoperative electroencephalography recordings of all patients (n=220) treated with surgical revascularization for moyamoya (pial synangiosis) performed for 14 years (1994-2008) were reviewed. Electroencephalographic slowing occurred in 100 cases (45.5%), and was persistent in nine cases (9%). Slowing coincided with specific operative manipulations, most commonly while suturing the donor vessel to the pia, and during closure of the craniotomy. Slowing generally occurred bilaterally, independently of the side of intervention. The presence, length, and severity of slowing were not predictive of perioperative ischemic events. We present additional data on intraoperative electroencephalography with a modified montage to accommodate the craniotomy. Although not predictive of perioperative ischemic events in this series, electroencephalographic changes were correlated with specific operative interventions, and revealed global responses to unilateral manipulation. These findings suggest that prospective analyses of this technique may elucidate additional methods of predicting (and possibly preventing) perioperative ischemic events.

Betty Lank: a kind and gentle anesthetist devoted to children.

Many noted clinicians and educators led the development of nurse anesthesia as a profession during the first half of the 20th century. Betty E. Lank, CRNA, a nurse anesthetist at Children's Hospital Boston, Massachusetts, for 34 years, devoted her professional life to the delivery and advancement of pediatric anesthesia. She is credited with many contributions including the first use of cyclopropane for infant anesthesia, developing pediatric-sized anesthesia masks and ventilation bags, and instituting standards for specialized postanesthesia recovery areas. Lank recorded her anesthesia experiences in various nursing publications and shared her knowledge with colleagues at professional meetings. Her accomplishments make her a notable figure in the early history of pediatric anesthesia, and her dedication helped forge the foundation for anesthesia at Children's Hospital Boston.

Pediatric neuroanesthesia.

Recent advances in pediatric neurosurgery have drastically improved the outcome in infants and children afflicted with surgical lesions of the central nervous system (CNS). Because most of these techniques were first applied to adults, the physiologic and developmental differences that are inherent in pediatric patients present challenges to neurosurgeons and anesthesiologists alike. The aim of this paper is to highlight these age-dependent approaches to the pediatric neurosurgical patient.

Detection of unanticipated intracranial hemorrhage during intraoperative magnetic resonance image-guided neurosurgery. Report of two cases.

The authors report unanticipated intraoperative intracranial hemorrhaging in two pediatric neurosurgical patients. Both children were undergoing elective craniotomies with the aid of intraoperative magnetic resonance (iMR) imaging. In both cases, the ability of iMR imaging to aid in diagnosis allowed prompt and definitive treatment of potentially life-threatening complications. These cases illustrate the ability of iMR imaging to aid in differentiating unexpected and/or unexplained intraoperative events in pediatric neurosurgery.

Perioperative management of diabetes insipidus in children.

Managing children with diabetes insipidus (DI) in the perioperative period is complicated and frequently associated with electrolyte imbalance compounded by over- or underhydration. In this study the authors developed and prospectively evaluated a multidisciplinary approach to the perioperative management of DI with a comparison to 19 historical control children. Eighteen children either with preoperative DI or undergoing neurosurgical operations associated with a high risk for developing postoperative DI were identified and managed using a standardized protocol. In all patients in whom DI occurred during or after surgery, a continuous intravenous infusion of aqueous vasopressin was initiated and titrated until antidiuresis was established. Intravenous fluids were given as normal saline and restricted to two thirds of the estimated maintenance rate plus amounts necessary to replace blood losses and maintain hemodynamic stability. In all children managed in this fashion, perioperative serum sodium concentrations were generally maintained between 130 and 150 mEq/L, and no adverse consequences of this therapy developed. In the 24-hour period evaluated, the mean change in serum sodium concentrations between the historical controls was 17.6 +/- 9.2 mEq/L versus 8.36 +/- 6.43 mEq/L in those children managed by the protocol. Hyponatremia occurred less frequently in the children managed with this protocol compared with historical controls.

Long-term outcome in children with moyamoya syndrome after cranial revascularization by pial synangiosis.

OBJECT: Moyamoya syndrome, a narrowing of the basal intracranial vessels accompanied by the development of a cloud of collateral "moyamoya" vasculature, causes cerebral ischemia and stroke. This study was undertaken to determine if a standardized neurosurgical revascularization procedure, pial synangiosis, conferred long-term benefit in pediatric patients. METHODS: The authors reviewed the clinical and radiographic records obtained in a consecutive series of patients with moyamoya syndrome. Patients were 21 years of age or younger and underwent surgery performed by a single neurosurgeon during a 17-year period. There were 143 patients (89 females and 54 males). Sixteen patients were Asian. Neurofibromatosis was present in 16 patients, 13 had undergone therapeutic cranial irradiation, and Down syndrome was present in 10. In 66 there was no known predisposing condition. Stroke had occurred in 67.8% of the population and transient ischemic attacks (TIAs) in 43.4% prior to surgery. Within the first 30 days following 271 craniotomies for pial synangiosis, there were 11 episodes of stroke (7.7% per patient; 4% per surgically treated hemisphere) and three severe TIAs. Follow-up evaluation was performed in all but one patient (mean period 5.1 years). In 126 patients followed for more than 1 year, four suffered a late-onset stroke, one suffered a severe reversible TIA without magnetic resonance imaging-documented evidence of stroke, and two experienced persistent TIAs. In 46 patients followed for more than 5 years in whom the major initial presentation was stroke alone, only two late-onset strokes have occurred. Functional status at the time of surgery determined long-term functional status. CONCLUSIONS: Following pial synangiosis, the majority of pediatric patients with moyamoya syndrome stop having strokes and TIAs, and they appear to experience an excellent long-term prognosis.

Perioperative management of diabetes insipidus in children [corrected].

Managing children with diabetes insipidus (DI) in the perioperative period is complicated and frequently associated with electrolyte imbalance compounded by over- or underhydration. In this study the authors developed and prospectively evaluated a multidisciplinary approach to the perioperative management of DI with a comparison to 19 historical control children. Eighteen children either with preoperative DI or undergoing neurosurgical operations associated with a high risk for developing postoperative DI were identified and managed using a standardized protocol. In all patients in whom DI occurred during or after surgery, a continuous intravenous infusion of aqueous vasopressin was initiated and titrated until antidiuresis was established. Intravenous fluids were given as normal saline and restricted to two thirds of the estimated maintenance rate plus amounts necessary to replace blood losses and maintain hemodynamic stability. In all children managed in this fashion, perioperative serum sodium concentrations were generally maintained between 130 and 150 mEq/L, and no adverse consequences of this therapy developed. In the 24-hour period evaluated, the mean change in serum sodium concentrations between the historical controls was 17.6 +/- 9.2 mEq/L versus 8.36 +/- 6.43 mEq/L in those children managed by the protocol. Hyponatremia occurred less frequently in the children managed with this protocol compared with historical controls.

Anaesthetic management of children with tuberous sclerosis.

BACKGROUND: Tuberous sclerosis (TS) is a hamartomatous disease that usually presents with cutaneous and intracranial lesions, but can also affect other organ systems. METHODS: In this report, we retrospectively reviewed the perioperative course of 24 children with TS who had medically intractable seizures as the primary disease process. RESULTS: Cardiac rhabdomyoma was detected in 11 of 18 patients who had a cardiac evaluation, and coexisting congenital heart defects were diagnosed in six. Ten of 17 patients who had a renal evaluation were diagnosed with renal TS, presenting with azotaemia in one and hypertension in four. The major perioperative complications in the 52 anaesthetics, included death (a neonate after cardiac rhabdomyoma resection), seizures (five patients) and bradyarrhythmias (two patients). CONCLUSIONS: Patients with TS and neurological disorders frequently have coexisting cardiac and renal disease as well. Patients with TS should be evaluated for these organ specific disorders prior to surgery.

Pediatric neuroanesthesia.

The perioperative management of pediatric neurosurgical patients presents many challenges to neurosurgeons and anesthesiologists. Many conditions are unique to pediatrics. Thorough preoperative evaluation and open communication between members of the health care team are important. A basic understanding of age-dependent variables and the interaction of anesthetic and surgical procedures are essential in minimizing perioperative morbidity and mortality.