System, Space, Staff, and Stuff framework in establishing a new pediatric critical care unit (PICU) (4S Framework).

By virtue of being in a developing country with ongoing expanding of the healthcare system, establishing or at least renovating a Pediatric critical care unit (PICU) has become a necessity. As intensivists and healthcare providers, we excel at our job as clinicians; however, we perform less than perfect when it comes to participating in establishing new PICUs and deliberately building and designing an EBM and patient-centered PICU with a complete understanding of the technical and non-clinical processes during commissioning or operational phases like construction, physical layout (blueprint), Biomedical engineering aspects, equipment, supply, and work-environment enhancement. If all healthcare providers -and especially intensivists- avoid being involved actively in PICUs designing process at their institution, they will miss an opportunity to gain a new perspective as well as they might contribute to a fragmented process of ICU design and a suboptimal result that might impact the PICU environment, patient journey and eventually the quality of care in that ICU. The PICU designing processes should be handled via a multi-professional team approach in an integrated -not parallel- manner that includes clinical and non-clinical personnel. Therefore, the processes will be more integrated, and they will finish the project efficiently, effectively, safely, and patient-centered way. This paper is an expert opinion and literature review that describes a conceptual framework to guide simple and practical mental processes in establishing and designing processes for new PICUs in developing countries. We called this preparedness tool: the 4S framework (system, space, staff, and stuff). It is a well-known preparedness tool that is commonly used in planning new projects by project leaders. Therefore, we utilized it in establishing a new PICU intended to meet the national and international accreditation standards and requirements. This unique preparedness tool will help establish an easy conceptual framework for all healthcare providers to grasp the complex -clinical and non-clinical- processes of establishing new PICUs and develop a holistic approach to this complex project. Note: The authors had leading roles in establishing or renovating many PICUs in Saudi Arabia, in both private and governmental hospitals, and would like to share their novel conceptual framework for establishing new PICUs in developing countries.

Assessing Pediatric Inter-Hospital Transfer: A single-center, Retrospective, Observational Study of Saudi Arabia's National Life-Saving Protocol.

Objective: To examine the accuracy of our national Life-Saving Protocol (LSP). To the best of our knowledge, this is the first study addressing this issue in Saudi Arabia. Background: LSP was created to facilitate triaging patients with LIFE or LIMB threatening conditions in peripheral hospitals with limited services to large regional hospitals to receive definitive care. Method: This is a retrospective single-center observational study over 12 months studying the patients who arrived via LSP to our Emergency room (ED), at the only regional pediatric hospital. For the subgroup of patients who were admitted to PICU through LSP, we further assessed their outcomes like mortality and length of stay (LOS) through a matched case-control study of 1:1 with similar patients who were admitted to our PICU via other routes rather than LSP. The primary outcome is to assess the accuracy of the LSP in triaging pediatric patients with LIFE of LIMB conditions. Secondary outcomes include assessing the association between LSP and (mortality, LOS) for those who were admitted to the regional PICU via LSP compared to patients admitted to PICU via other sources of admission. Results: During the study period, 118 patients arrived at our ED via LSP. Only 43 patients (36 %) were admitted to the PICU with LIFE or LIMB conditions. A total of 64 patients (54%) of the patients were admitted directly to the general pediatric ward from ED level due to absence of LIFE of LIMB threatening condition and 8% (n=9) were discharged immediately home from the ED level due to lack of any significant illness. One patient died at ED level, and one was referred to another hospital with a minor orthopedic injury. For those who were admitted to the PICU via LSP, the mortality rate was (13.9%) (6/43), and the control group was (4.6%) (2/43) with a p-value of 0.08. Conclusion: LSP is an excellent initiative and essential tool in our healthcare system; however, our study showed huge variation in the ability of the system to recognize true pediatric patients with LIFE or LIMB conditions. Our study might form a stepping-stone in future studies assessing the LSP at the national level.

Pediatric trauma at a single center in the Qassim region of Saudi Arabia.

BACKGROUND: Trauma is one of the leading causes of pediatric mortality so the prevention of pediatric trauma is an important goal of any healthcare system. There are only a few studies on pediatric trauma in Saudi Arabia. The availability of data is vital for healthcare leaders in planning for healthcare services. OBJECTIVE: Assess the epidemiology, patterns, and outcome of trauma in the pediatric population in the Qassim region in Saudi Arabia. DESIGN: Descriptive medical records review. SETTING: A single-center, academic specialized pediatric referral hospital. PATIENTS AND METHODS: We reviewed all electronic and paper records for children (<14 years of age) admitted with a diagnosis of trauma to Maternity and Childrens Hospital (MCH) in Buraidah city in the two-year period between January 2017 and December 2018. MAIN OUTCOME MEASURE: Type of injury, length of stay, and mortality. SAMPLE SIZE: 133 children. RESULT: In this cohort, 77 cases (58%) were admitted to the pediatric intensive care unit (PICU) and 56 (42%) to the pediatric surgery ward. The median (interquartile range) age was 5 (1.1-8) years, and 92 (69%) were boys. The most frequent trauma was road traffic accidents, accounting for 70 cases (52%), followed by fall from a height for 40 (30%) cases. Traumatic brain injury was the most frequent type of injury, accounting for 56 cases (42%), and blunt abdominal trauma was in 11 cases (8.3%). Neurosurgery was the primary subspecialty actively involved in 62 cases (47%). Of the injured children who were admitted to PICU, 36 (46%) needed mechanical ventilation support, while 7 (9%) of those admitted to PICU required the insertion of intra-costal drainage. The mortality in our study was 3.7% (5 cases); 4 of 5 deaths were secondary to road traffic accidents. CONCLUSION: Pediatric trauma is a serious problem in our region with high mortality compared to international benchmarks. Road traffic accidents are the leading type of pediatric trauma, followed by falls from height. Further studies and perhaps national efforts are needed to identify ways to prevent road traffic accidents, and optimize the data registry and trauma services. LIMITATION: There were many missing data and incomplete files that affect accuracy and preclude generalization. CONFLICT OF INTEREST: None.

Pediatric Fulminant Cerebellitis Is Still a Fatal Disease that We Know Little About! Two Case Reports and a Literature Review.

BACKGROUND Acute cerebellitis is a rare inflammatory disease with a variable clinical course that ranges from self-limiting illness with a benign outcome to a fulminant process (known as fulminant cerebellitis) associated with high risk of morbidity and mortality. It poses a unique challenge to the pediatric community due to its infrequent occurrence and variable presentation, which ultimately contribute to variation in treatment and variation in clinical outcome. This condition has received little attention, with scattered case reports and reviews in the literature and no clear consensus or guidelines for pediatricians to standardize the approach and management. CASE REPORT We report the cases of 2 previously healthy children diagnosed with fulminant cerebellitis. The clinical picture started with severe headache, irritability, and acute deterioration of consciousness level with the absence of cerebellar signs. There was radiological evidence of obstructive hydrocephalus and cerebellar tonsillar herniation in the context of the inflamed cerebellum. The 2 patients received timely standard medical and surgical management for acute cerebellitis in the form of neuroprotective measures, osmotherapy, broad-spectrum antibiotics, and CSF diversion. One patient received aggressive immunomodulatory therapy and had a better outcome compared with the other patient who received no immunomodulatory therapy and had a poor outcome. CONCLUSIONS A high index suspicion and early aggressive intervention are the best tools for achieving optimal outcomes in fulminant cerebellitis in children, given the lack of classic cerebellar signs. In addition to CSF diversion and broad-spectrum antibiotics and antivirals, some patients may benefit from early immunomodulator therapy and posterior fossa decompressive craniotomy.

A Probable Case of Recurrent Bickerstaff Brainstem Encephalitis With Fulminant Course in a Pediatric Patient.

INTRODUCTION: Bickerstaff brainstem encephalitis is a rare, often postinfectious, syndrome characterized by the clinical triad of ophthalmoplegia, ataxia, and altered consciousness. Here, we present a probable case of recurrent, pediatric Bickerstaff encephalitis, whereby the patient acutely developed loss of consciousness and eventually brain death despite optimal management. CASE REPORT: A 3-year-old male patient initially presented to the emergency department with progressive ataxia, following history of upper respiratory tract infection. He deteriorated within 12 hours of hospitalization, requiring cardiopulmonary resuscitation. The patient had decreased consciousness thereafter, showing minimal signs of brain activity. He was then deemed to be suffering a second episode of Bickerstaff encephalitis, the first being a year prior, and intravenous immunoglobulins were administered immediately. Magnetic resonance imaging of the brain on day 2 of admission showed signs of diffuse, bilateral encephalitis in the brainstem, thalami, and basal ganglia. Brain death was confirmed on day 11 of admission, following 2 brain death examinations. CONCLUSION: Although Bickerstaff brainstem encephalitis tends to involve the brainstem, outcomes of brain death have been rarely reported, even more so in the pediatric age group. This case report sheds light on, possibly, the first reported fatality of Bickerstaff encephalitis among children.

Intravenous Fluid Prescription Practices in Critically Ill Children: A Shift in Focus from Natremia to Chloremia?

Our objective is to evaluate intravenous (IV) fluid prescription practice patterns in critically ill children in the first 72 hours of pediatric intensive care unit (PICU) admission and to evaluate the incidence and predictors of hyperchloremic metabolic acidemia (HCMA) and the association between HCMA and adverse outcomes. This retrospective cohort study was conducted in two tertiary-care Canadian PICUs. Children aged 0 to 18 years admitted to the PICU between January 2015 and January 2016 who received at least 50% of their calculated maintenance fluid requirements parenterally during the first 24 hours of admission were included. Children with known preexisting conditions associated with HCMA, such as renal tubular acidosis and gastrointestinal bicarbonate losses, were excluded. Of the 771 children screened, 543 met eligibility criteria and were included. The commonest prescribed maintenance fluid was 0.9% NaCl (72.9%) followed by lactated Ringer's solution (19.6%) and hypotonic solutions (4.6%). Balanced salt solutions (i.e., lactated Ringer's and Plasma-Lyte) were as commonly administered as unbalanced solutions (0.9% NaCl) for volume expansion (49.6 vs. 48.5%, respectively). Medications contributed to a significant proportion of total daily intake, in excess of bolus fluids. The incidence of hyperchloremia and HCMA was 94.9% (95% confidence interval [CI]: 93.2-96.9; 470/495) and 38.9% (95% CI: 34.6-43.2; 196/504), respectively. Predictors of HCMA were increasing combined bolus and maintenance 0.9% NaCl intake (odds ratio: 1.13; 95% CI: 1.04-1.23) and increasing severity of illness. HCMA was not associated with an increased risk of acute kidney injury, feeding intolerance, or PICU-acquired weakness. Isotonic fluids, specifically 0.9% NaCl, were the most commonly administered maintenance IV fluid in critically ill children. Sources of chloride load are not isolated to resuscitation fluids as previously suggested. Maintenance fluids and fluids administered with medications and IV flushes (fluid creep) are under-recognized significant sources of fluid and electrolyte intake in critically ill children. HCMA is common, and further prospective research is required to determine whether HCMA is indeed harmful in children. However, all significant sources of fluid should be accounted for in the design of future trials comparing balanced and unbalanced salt solutions.