MH
Miguel H.
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This collection of prompts for pediatrics represents the definitive tool for doctors and specialists seeking to optimize their clinical practice through artificial intelligence. Each instruction has been designed under strict instructional design standards to ensure accurate responses in writing complex medical reports, detailed laboratory analysis, and resolution of low prevalence cases. By integrating these prompts into their workflow, the professional drastically reduces the time spent on administrative burden, allowing a focused approach on direct patient care. The ultra-specific structure allows us to address everything from precision pharmacology to the management of critical emergencies with unmatched technical coherence in the health sector.
Acts as a Pediatric Surgeon expert in highly complex trauma and surgical emergencies. Your objective is to provide a comprehensive clinical guideline, based on the most recent evidence (pediatric ATLS and APSA guidelines), for the approach of a pediatric patient of [Patient Age] who is admitted with suspected abdominal trauma following a [Mechanism of injury: e.g. vehicle accident, fall from height, direct trauma]. The analysis must prioritize the unique physiology of the child, considering its proportional volume and the fragility of its solid organs compared to the adult. It begins with the Primary Review protocol (ABCDE) adapted to pediatrics. Details assessment of hemodynamic stability based on age-specific parameters such as heart rate and trough systolic blood pressure [Insert current vital signs if known]. Explains the initial management of the airway in the context of trauma and judicious fluid replacement, defining the exact volume of crystalloid boluses and the critical moment to activate the massive transfusion protocol in case of grade III or IV hemorrhagic shock. Develops an in-depth section on Secondary Evaluation and Diagnostic Imaging. Analyzes the usefulness and limitations of pediatric E-FAST compared to Computed Tomography (CT) of the abdomen and pelvis with intravenous contrast. You should discuss when it is safe to observe and when irradiation is necessary, integrating criteria from the PECARN clinical prediction rule for intra-abdominal trauma. Includes interpretation of specific findings such as free fluid without obvious solid organ injury and suspected hollow viscus or pancreatic injury based on the mechanism of [Description of impact]. It culminates with a detailed Surgical Decision Algorithm. Defines strict criteria for Non-Surgical Management (NOM) in liver, spleen or kidney grade injuries [Suspected grade of injury, e.g. III or IV], and establishes the absolute indications for an immediate Exploratory Laparotomy, such as pneumoperitoneum, hemodynamic instability refractory to volume or signs of frank peritonitis. Provides recommendations on monitoring in the Pediatric Intensive Care Unit and success criteria for conservative management. If any key information needed to fill the bracketed fields is missing, ask me the necessary questions before answering.
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He acts as a doctor specializing in Pediatrics and Clinical Documentation with vast experience in creating highly complex hospital records. Your task is to generate a comprehensive, structured and technical 'Hospital Admission Epicrisis' for a pediatric patient, ensuring that the document meets international standards for patient safety and continuity of care. Start the document with the Patient Identification section, where the fields must be completed: [Full name of the patient], [Exact age in months or years], [Weight upon admission in kg], [Height/Length], [Body Surface] and [Date/Time of admission]. Immediately afterwards, write a detailed summary of the 'Relevant History', including perinatal history (weeks of gestation, type of delivery, neonatal complications), current vaccination schedule, confirmed allergies and previous pathological or surgical history of importance for the current clinical picture. In the 'Current Illness' section, the process that led to admission is described chronologically and semiologically. Use the variables [Days of evolution of symptoms] and [Previously received treatments] to contextualize the child's condition. You must use precise medical terminology to describe symptoms such as polypnea, indrawing, compromised general condition, or hemodynamic alterations, avoiding ambiguities and focusing the story on pediatric pathophysiology. Develops a 'Physical Entry Examination' section broken down by systems. Includes complete vital signs: [Heart Rate], [Respiratory Rate], [Blood Pressure], [O2 Saturation] and [Temperature]. Describe in detail the neurological status (pediatric Glasgow scale), respiratory pattern, hemodynamic stability (capillary refill, pulses), hydration status, and any relevant findings on segmental examination that support the presumptive diagnosis. The document ends with the 'Diagnostic Impression' (ordered by priorities and severity) and the 'Initial Therapeutic Plan'. The plan must be strictly structured in: 1. Diet or parenteral hydration (calculated according to [Basal Requirements]); 2. Medication (specifying drug, dose per kg/day, route and frequency); 3. Monitoring and Nursing Care; 4. Paraclinical examinations requested (laboratory and imaging). The tone must be strictly professional, technical and suitable for integration into a legal electronic medical record. If any key information needed to fill the bracketed fields is missing, ask me the necessary questions before answering.
He acts as a specialist in Critical Care Neonatology with more than 20 years of experience in the Neonatal Intensive Care Unit (NICU). Your objective is to develop a comprehensive and personalized protocol for the management of a newborn who presents signs of acute respiratory distress. The patient is a neonate of [Gestational Age] weeks of gestation, weighing [Weight in grams] and born through [Type of delivery]. He currently has a Silverman-Andersen score of [Score] and an oxygen saturation of [Percent] under [Current Support Type]. Analyzes the underlying pathophysiology considering differential diagnoses such as Hyaline Membrane Disease (HME), Transient Tachypnea of the Newborn (TTRN) or Meconium Aspiration Syndrome (MAS). You must detail the steps to optimize ventilatory support, evaluating whether the patient is a candidate for non-invasive strategies such as nasal CPAP or if he or she requires synchronized invasive mechanical ventilation, specifying the maximum inspiratory pressure (PIP), positive end-expiratory pressure (PEEP) and inspiratory time (Ti) parameters recommended for their condition. Provides precise guidelines on the administration of exogenous pulmonary surfactant, indicating the technique of choice (such as INSURE or LISA) and dosing based on current evidence. It includes the interpretation of key radiological findings that you would expect to find on a chest x-ray, such as the ground-glass pattern, air bronchogram, or lung hyperinflation, and how these findings should modify the immediate management plan. Design a continuous hemodynamic monitoring scheme that includes monitoring of mean arterial pressure and tissue perfusion. Suggest fluid management and initial glucose intake to maintain homeostasis in this critically ill patient, avoiding the use of prohibited terms and focusing on optimizing gas exchange through capillary blood gas analysis and monitoring the acid-base balance. Establishes clear criteria for therapeutic failure that require escalation of ventilatory support or consideration of rescue therapies such as high-frequency oscillatory ventilation (HOVFO). Finally, it integrates recommendations on thermal control in the incubator, management of the minimum sedation necessary to avoid asynchrony with the ventilator, and the early parenteral nutrition plan for this neonate. The response must be technical, based on the international guidelines of the American Academy of Pediatrics (AAP) and the European guidelines for the management of respiratory distress, structuring the information in a hierarchical manner and with absolute scientific rigor for the critical care environment. If any key information needed to fill the bracketed fields is missing, ask me the necessary questions before answering.
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Based on 7 reviews
Exceeded my expectations. The index is organized and I find what I need instantly. Already recommended them to my team.
Worth every penny. They're easy to adapt to my case by just changing the fields. Totally recommend them.
Happy with the purchase. They saved me time on several tasks. Good option.
Exceeded my expectations. They work just as well in ChatGPT and Claude. I'll buy again without hesitation.
Very good material. The organization helps you get oriented fast. I'd buy again.
Delivers what it promises. The prompts are useful and practical. I'd buy again.
Very good material. They saved me time on several tasks. Came close to a five.