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At least 307 records · Page 17Linked to original sources

Incidence and nature of adverse events during pediatric sedation/anesthesia for procedures outside the operating room: report from the Pediatric Sedation Research Consortium.

OBJECTIVE: We sought to use a large database of prospectively collected data on pediatric sedation and/or anesthesia for diagnostic and therapeutic procedures to delineate the nature and the frequency of adverse events that are associated with sedation/anesthesia care for procedures that are performed outside the operating room in children. METHODS: Data were collected by the Pediatric Sedation Research Consortium, a collaborative group of 35 institutions that are dedicated to improving sedation/anesthesia care for children internationally. Members prospectively enrolled consecutive patients who were receiving sedation or anesthesia for procedures. Data on demographics, primary illness, coexisting illness, procedure performed, medications used, outcomes, airway interventions, and adverse events were collected and reported on a Web-based data collection tool. RESULTS: A total of 26 institutions submitted data on 30,037 sedation/anesthesia encounters during the study period from July 1, 2004, to November 15, 2005. Serious adverse events were rare in the institutions involved in this study; there were no deaths. Cardiopulmonary resuscitation was required once. Less serious events were more common with O2 desaturation below 90% for > 30 seconds, occurring 157 times per 10000 sedations. Stridor and laryngospasm both occurred in 4.3 per 10,000 sedations. Unexpected apnea, excessive secretions, and vomiting had frequencies of 24, 41.6, and 47.2 per 10,000 encounters, respectively. CONCLUSIONS: Our data indicate that pediatric sedation/anesthesia for procedures outside the operating room is unlikely to yield serious adverse outcomes in a collection of institutions with highly motivated and organized sedation services. However, the safety of this practice depends on the systems' ability to manage less serious events.

Ambulatory Surgical Procedures↗

[Pediatric research in an office-setting network--a new dimension in pediatric research in Israel].

Pediatric care in the community is gradually replacing traditional care in hospitals. Despite that, research activity in the community setting is minimal due to objective difficulties. These are mainly constraints of time, office work and lack of research-supporting logistics. In the past decade, throughout the world, primary physicians interested in research have grouped together and formed research networks. The aim of such networks is to support and promote research in the community. An Israel Pediatric Research in Office-Setting network (IPROS) was established 2 years ago by the Israel Ambulatory Pediatric Association (IAPA). Today, there are over 140 pediatricians listed in IPROS, representing the heterogeneous composition of pediatricians in Israel. The network's policy is defined by a joint steering committee. The committee is composed of IAPA representatives, senior network members and Schneider Hospital senior investigators. The research subjects are diverse, and represent common practical issues. Effective intra-net communication is vital to the existence of the network, and is accomplished by 3 modalities: 1) semiannual updates by mail, 2) e-mail, using an electronic mailing list to facilitate connection between members, 3) semi-annual meetings. Research budgets are derived from public sources like the Ministry of Health and IAPA, and private sources such as pharmaceutical companies. The administration of the network is supported by Schneider Children's Medical Center, and financed by IAPA.

Ambulatory Care↗

Perceptions of pediatric chief residents on minority house staff recruitment and retention in large pediatric residency programs.

This study examined methods of recruiting and retaining minority house staff at US residency training programs. A 28-item questionnaire was mailed to pediatric chief residents at 78 US training programs with more than 35 residents. The response rate was 74%. Programs were characterized by patient populations served, number of ethnic/racial minority house staff and faculty, and the presence of minority house staff support systems within the institution. In this largely urban sample, minority recruitment and retention was reported as an explicit priority by 40% of pediatric chief residents. The majority (71%) reported that their house staff recruitment committees had no explicitly defined recruitment goals regarding minority house staff. Seventy-seven percent reported that within their departments, recruitment efforts toward minorities were no different than for nonminorities. Overall, few minority house staff and minority faculty were identified in the responding institutions. The most frequently reported intra-institutional support systems for minority house staff included individual pairing with faculty advisors from the same minority group (29%), an affirmative-action office located at the institution (8%), and the existence of a minority faculty support group (4%). These results indicate that pediatric chief residents may not be fully aware of the specific challenges related to the recruitment and retention of minority physicians, and most house staff recruitment committees do not have explicit goals in this regard.

Attitude of Health Personnel↗

Which primary care specialty? Factors that relate to a choice of family medicine, internal medicine, combined internal medicine-pediatrics, or pediatrics.

BACKGROUND AND OBJECTIVES: This study was conducted to examine factors used by medical students to select a primary care specialty that may differentiate students who choose the primary care specialties of family medicine, internal medicine, pediatrics, and combined internal medicine-pediatrics. METHODS: A questionnaire was sent to all family physicians and an equal number of other primary care physicians graduating from one of 24 medical schools in 1997-1999. Twelve schools had increasing proportions of graduates choosing family medicine in this study period, and 12 had decreasing proportions. The questionnaire asked about factors related to choice of specialty, which could be grouped into the specialty domains of type of patients, process, content, and setting. RESULTS: For family physicians, the most important factor was patient relationships, and the second most important was wanting an approach to the practice of medicine similar to that of family physicians. Internists indicated as most important wanting to work with adults and as the next most important an "internal medicine approach" to the practice of medicine. Most important for pediatricians was working with children and next most important was having patient relationships like other pediatricians. Those in combined internal medicine-pediatrics most often indicated a desire to work with children and next most important was an approach to medicine like others in their specialty. CONCLUSIONS: The most important reasons for choice of specialty were similar for all primary care specialties and related to congruence between the graduate and the physicians in the specialty or the process of providing care within that specialty. The factors that differentiated the four specialties related to the content of the specialty.

Adult↗

[School hygiene in the past, present and future--in the opinion of the Inspector of Pediatrics and School Medicine and member of the European Society for Social Pediatrics (ESSOP)].

Yesterday. School hygiene acted in a clear way. Physician, pediatrician, nurse and hygienist were employed at school and were responsible for carrying out periodic examination, vaccination of school children and youth. They also supervised groups of children with posture defects, obesity, underweight, circulatory system and respiratory tract (asthma, anaphylaxis), diseases nervous system disorders and also propagated health education at school. Inspector of Pediatrics and School Medicine was in charge of School Medical Care. Today. Reform of the Public Health System. Medical examination and services have their value in money. A school physician, some hygienists and school nurses have been dismissed to decrease the financial costs of school hygiene. All medical services must be bought by the National Health Service. Public and private medical services at doctors and nurses are organized at schools. Each service performs examinations, vaccinations bought by the National Health Service or parents. A pupil is a subject of buying medical services. He may be vaccinated by a nurse but a medical examination must be either bought or performed by home doctor. The supervision of school children with different illnesses is not conducted by a school doctor. At present all the threats of contemporary world such as alcohol, tobacco, drug addiction, nervous system illnesses and allergies which are destructive for youth start when they are teenagers. School is an important place for carrying out on a large scale prophylactic services with medical teams of paediatricians, rehabilitation specialists and psychologists. Tomorrow. School Hygiene at School. Not at home doctor's. Recommendations, Daily Hygiene: personal, oral, food mental.... Hygiene of studying, rest and daily effort. Struggle with mass media, alcohol, drug, Internet, Computer addiction, violence, stupidity and poverty. School Hygiene should be adjusted to youth's health needs in accordance with the recommendations of European Society for Social Pediatrics (ESSOP) and Committee on Public Education, American Academy of Pediatrics and reinforced, it should not be eliminated.

Child↗

The international pediatric peritonitis registry: a global Internet-based initiative in pediatric dialysis.

OBJECTIVES: Recommendations for the management of peritoneal dialysis-associated peritonitis in children have recently been developed by an International Society for Peritoneal Dialysis (ISPD) expert committee. The International Pediatric Peritonitis Registry (IPPR) was established in October 2001 as a global consortium of 47 pediatric dialysis centers in order to assess the validity of these guidelines. DESIGN: The IPPR is an internet-based registry collecting data on pediatric peritonitis episodes treated according to the ISPD guidelines. Data on 375 episodes have been collected as of July 2004. DATA ACQUISITION: Detailed data are obtained online on the diagnosis of peritonitis, antibiotic and adjunctive therapy, as well as on possible risk factors and treatment results. CONCLUSIONS: Final data analysis of the IPPR will yield extensive information on the treatment and outcome of peritoneal dialysis-associated peritonitis in children.

Adolescent↗

Current trends in Swiss hospital pediatrics (including pediatric surgery). Increasing importance of collaboration with child psychiatry.

The patients of a general pediatric hospital servicing a representative population are analyzed. 3% of the age group below 16 are admitted, whereof 2/3 as emergencies. The morbidity of boys is distinctly higher than for girls. 1/4 is less than 2 years old. Hospitalization rate for infants is much higher than for older age groups. Surgery slowly outnumbers medicine for inpatients. The most frequent single diagnoses are surgical ones, whereas in medicine diagnoses are scattered over a much broader spectrum. Over 11% of all patients had social, psychosomatic or psychological conflicts significantly contributing to the symptomatology presented, for medicine alone it was one out of five patients! Paternal profession, social failures and family quarrels are important for this cohort. A setting of child psychiatry on a consultant basis should complement the traditional framework of pediatric medicine and surgery; hospital pediatrics can then best offer the necessary structures. The pediatrician's role has to remain central, but additional training is mandatory.

Adolescent↗

[Time of death in diseases with lethal outcomes in a pediatric surgery department and a pediatric hospital].

Thirteen hundred twenty five deaths in children were investigated at the Dept. of Pediatric Surgery of the University Children's Hospital Munich and the University-Children's Hospital Giessen in order to evaluate a possible correlation between time of death and time during the day. Subdividing according to age groups and pediatric-surgical and pediatric cases, there was no accumulation of deaths between 2 and 6 o'clock a. m. as could have been expected according to Aschoff. On the other hand, between 12 und 3 o'clock p. m. there was an increase of deaths which was partly statistically significant and in accordance with Aschoff's findings. One can deduce that during the early afternoon hours technical and nursing potentialities for compensation were not fully used, whereas this seemed to be the case during early morning hours. Therefore it should be attempted to optimize personal and technical expenditures particularly during the early afternoon hours.

Child↗

Rating authors' contributions to collaborative research: the PICNIC survey of university departments of pediatrics. Pediatric Investigators' Collaborative Network on Infections in Canada.

OBJECTIVES: To determine how department chairs in pediatrics rate involvement in medical research and to determine whether faculty deans' offices have written criteria for evaluating research activity when assessing candidates for promotion or tenure. DESIGN: Cross-sectional mailed survey and telephone survey. SETTING: Canadian faculties of medicine. PARTICIPANTS: Chairs of the 16 Canadian university departments of pediatrics and deans' offices of the 16 university medical faculties. MAIN OUTCOME MEASURE: Weight assigned by department chairs to contributions to published research according to author's research role and position in list of authors and the method of listing authors. RESULTS: Fifteen of 16 chairs responded. Twelve submitted a completed survey, two described their institutions' policies and one responded that the institution had no policy. Eleven reported that faculty members were permitted or requested to indicate research roles on curricula vitae. There was a consensus that all or principal investigators should be listed as authors and that citing the research group as collective author was insufficient. The contribution of first authors was rated highest for articles in which all or principal investigators were listed. The contribution of joint-principal investigators listed as first author was also given a high rating. In the case of collective authorship, the greatest contribution was credited to the principal investigator of the group. Participation of primary investigators in multicentre research was rated as having higher value than participation in single-centre research by seven respondents and as having equal value by four. Only one dean's office had explicit written criteria for evaluating authorship. CONCLUSIONS: Most departments of pediatrics and medical faculty dean's offices in Canadian universities have no criteria for assessing the type of contribution made to published research. In view of the trend to use multicentre settings for clinical trials, guidelines for weighting investigators' contributions are needed.

Authorship↗

Guidelines for pediatric equipment and supplies for emergency departments. Committee on Pediatric Equipment and Supplies for Emergency Departments, National Emergency Medical Services for Children Resource Alliance.

Appropriate care for ill and injured pediatric patients cannot be given if emergency departments (EDs) are not adequately equipped. Although guidelines for equipment and supplies for EDs have been published by national organizations in pediatric emergency textbooks and by state emergency medical services for children projects, until now there has been no consensus on what constitutes minimum equipment and supplies to care for pediatric patients in the ED setting.

Emergency Medicine↗

Pediatric cancer in the United States. A preliminary report of a collaborative study of the Childrens Cancer Group and the Pediatric Oncology Group.

BACKGROUND: Cancer is the second leading cause of death in children younger than 15 years. Although 5-year survival rates have increased dramatically for many childhood tumors, more than 100,000 person-years of life are lost to childhood cancer each year. The exact proportion of pediatric patients with cancer who receive care at centers that use up-to-date therapeutic protocols (such as those affiliated with the Childrens Cancer Group (CCG) or the Pediatric Oncology Group (POG) is unknown. METHODS: Based on residence at the time of diagnosis, observed numbers of pediatric cancer cases seen by member institutions of the CCG and the POG in 1989 and 1990 were compared with the expected number of cases. Expected values were calculated from incidence rates obtained from the Surveillance, Epidemiology and End Results Program and population counts obtained from the US Census Bureau. RESULTS: Results indicate that more than 90% of children younger than 15 years who have a diagnosis of malignant neoplasm are seen at an institution that is a member of either CCG or POG. The highest proportion seen occurs in the youngest (0-4 years) age group, and the proportion declines steadily with increasing age. CONCLUSIONS: There are specific regions within the United States where the observed number of cases was substantially less than the expected number, including areas of Texas, Idaho, and Virginia. Although the exact reasons for these potential deficits are unknown, additional study of these areas is recommended.

Adolescent↗

Comprehensive pediatric primary care vs traditional care in an Israeli population: their influence on pediatric emergency room use and hospitalization.

Emergency room (ER) utilization and hospitalization were studied as indicators of the impact of improvements in pediatric primary care services in an Israeli development town, Ofakim, population 12,000. One of the two pediatric services was upgraded in 1976 through the introduction of pediatric faculty, integration of preventive and curative services and conversion of the medical records to a problem-oriented format ("experimental" clinic "B"). The primary care system remained unchanged in the second clinic ("traditional" clinic "A"). During 1980, ER utilization by the "B" clinic population was 9.3/100 compared with 17.6/100 for the "A" clinic population. Fifty two percent of the "B" clinic population patients reaching the ER were hospitalized compared with 25% of "A" clinic patients. The lower ER utilization rate represents a significant saving for the health services, and educational interventions are suggested from the study. Analysis of ER utilization data seems to offer useful information for overall planning and monitoring of ambulatory services for a community.

Adolescent↗

Single-lung ventilation in a pediatric patient using a pediatric fibreoptically-directed wire-guided endobronchial blocker.

PURPOSE: The pediatric wire-guided endobronchial blocker is a new device for single-lung ventilation through small diameter endotracheal tubes. In this case report we will discuss the use of this blocker in a pediatric patient. CLINICAL FEATURES: We successfully placed the pediatric wire-guided endobronchial blocker in a 14-yr-old patient who underwent an aortic coarctation repair. The blocker is a 5-French 70 cm double-lumen catheter. One lumen contains an adjustable wire loop. The other lumen inflates a spherical low pressure, high volume balloon. Through a special bronchoscopy port, the blocker and bronchoscope were placed into a 7.0 cuffed endotracheal tube, the bronchoscope passed through the wire loop of the blocker and advanced towards the left mainstem bronchus. Then the blocker was advanced over the bronchoscope and positioned in the left mainstem bronchus. The balloon was slowly inflated under direct vision and the bronchoscope removed. During the case, single lung ventilation was achieved by inflating the balloon, thus collapsing the lung. At the end of the case, the lung was reinflated by deflating the balloon and the blocker was removed without difficulty. The patient tolerated the procedure well and had an uneventful postoperative course. CONCLUSION: Because of the endobronchial blocker's small diameter, this device can be used in a small endotracheal tube without sacrificing the inner diameter (ID) cross sectional area. Therefore, the patient is ventilated through a conventional endotracheal tube with a larger ID compared to the ID of a double-lumen endotracheal tube.

Adolescent↗

Blood pressure control in pediatric hemodialysis: the Midwest Pediatric Nephrology Consortium Study.

Hypertension is frequent in pediatric patients receiving dialysis, with an especially high rate reported in children on hemodialysis (HD). We performed the present study to assess blood pressure (BP) status and identify risk factors for poor BP control in children on maintenance HD. One month's dialysis records were collected from 71 subjects receiving HD in ten dialysis units participating in the Midwest Pediatric Nephrology Consortium (MWPNC). For each HD session, data on pre- and posttreatment weights and BPs were recorded. Hypertension, defined as mean BP >or= 95th percentile, was found in 42 (59%) subjects. Eleven subjects (15.5%) had prehypertension, defined as mean BP between the 90th and 95th percentiles, while 18 subjects (25.3%) had normal BP (<90th percentile). BP significantly decreased at the end of a dialysis session; however, only 15 of 42 hypertensive subjects (35%) normalized their BP. Hypertensive subjects were younger (p = 0.03), had higher serum phosphorus (p = 0.01), and had more elevated posttreatment weight above estimated dry weight (p = 0.02). Logistic regression showed that younger age (p = 0.02) and higher serum phosphorus (p = 0.02) independently predicted hypertensive status. In conclusion, this study emphasizes the difficulty of BP control in pediatric HD patients. Especially poor BP control was found in younger children; those patients who do not reach their posttreatment weight goals, perhaps reflecting their hypervolemic state; and those who have higher serum phosphorus levels.

Adolescent↗

Center volume effects in pediatric renal transplantation. A report of the North American Pediatric Renal Transplant Cooperative Study.

An inverse relationship between mortality and center volume has been established for several surgical procedures. Given the distinctiveness of pediatric renal transplantation and the large variation in center volume, investigation for relationships between center volume and graft outcome was pursued using the North American Pediatric Transplant Cooperative Study database. Center volume groups were based on the total number of pediatric transplants reported from 1987 to 1995. Centers reporting > 100, 51-100, or < or = 50 transplants were grouped as high- (n=11), moderate- (n=28), or low-volume (n=65), respectively. Differences between groups included increasing rates of cadaver donor graft thrombosis (2.4%, 4.3%, and 5.7%, P<0.01) and acute tubular necrosis (ATN) (10.2%, 11.5%, and 14.0%, P<0.01) with decreasing center volume. Treatment differences included a higher rate of induction with an anti-T-cell antibody preparation in the larger-volume groups, 60.2%, 51.8%, and 39.2% (P<0.001). Decreasing graft survival for decreasing center size groups was noted at 3 months post transplant, 90.4%, 90.2%, and 88.4%. These differences were significant only with the exclusion of anti-T-cell induction from the proportional hazards model (relative risk=0.81 and =0.70 for the moderate- and high-volume groups, P<0.02). Superior graft survival in the high-volume centers noted at 3 months post transplant appears predominantly the result of lower rates of cadaver donor graft thrombosis and ATN. Analysis points to the need for low-volume centers to identify risk factors influencing these outcomes.

Cadaver↗

Management of pediatric blunt splenic injury: comparison of pediatric and adult trauma surgeons.

The majority of injured children requiring hospitalization in the United States are cared for by nonpediatric surgeons. To determine whether there are differences in the management strategies (frequency of operative intervention) of pediatric and nonpediatric surgeons caring for children with blunt splenic injury, the data for children with this injury from the entire state of Vermont and the National Pediatric Trauma Registry were compared. From January 1, 1985 through December 31, 1991, 817 children (aged < 19 years) were entered into the study. There was operative intervention for splenic injury in 21% of the children managed by pediatric surgeons and in 52% of those managed by "adult" trauma surgeons (P < .05). This significance was maintained when operative rates were analyzed with control for injury severity score and age. The overall splenectomy rate was higher among cases treated by nonpediatric surgeons (24% v 13%; P < .05). In addition, previously reported factors (transfusion requirements, length of stay, hospital costs) used by opponents to nonoperative management were studied to determine management influence. Both transfusion requirement and hospital cost were lower for patients managed nonoperatively (P < .05). Length of hospital stay did not differ between the groups. Acute mortality rates were similar. The management of children with splenic injury must take into consideration the long-term morbidity associated with splenectomy as well as the acute operative morbidity. Today, adult trauma surgeons appear to manage children with blunt splenic injury with practice standards more appropriate for adult patients. Outcome analysis must include methods of care and their long- and short-term consequences to be considered valid.

Adolescent↗