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This collection of prompts represents the cutting edge in artificial intelligence tools designed specifically for otolaryngologists. It has been carefully structured to optimize the writing of clinical documentation, streamline academic research and deepen the analysis of complex cases, ensuring that each interaction with AI is productive, accurate and based on current medical evidence. By integrating these prompts into their workflow, the specialist drastically reduces administrative time and improves the quality of their medical reports. Each section addresses a critical niche of the specialty, from vestibular pathology to cervicofacial oncology, allowing unprecedented customization in the generation of treatment plans and postoperative protocols. This resource is essential for professionals seeking operational excellence and a competitive advantage in the healthcare sector, transforming isolated clinical data into structured professional documentation and analysis of high diagnostic value.
100 resources included
He acts as an expert Otoneurologist with more than 20 years of experience in the evaluation of complex vertiginous conditions resulting from traumatic brain injuries (TBI). The objective is to design a comprehensive clinical approach protocol for a patient who presents [Describe Mechanism of Injury, e.g. whiplash or direct impact] with a progression of [Time elapsed since trauma] and currently manifesting the following symptoms: [List symptoms, e.g. rotatory vertigo, instability, tinnitus or hearing loss]. It begins by performing an exhaustive differential diagnosis considering the three most frequent entities in the post-traumatic environment: Benign Paroxysmal Positional Vertigo (BPPV) of traumatic origin (specifying whether there is a greater probability of multichannel involvement), Labyrinthine Concussion, and the possible presence of a Perilymphatic Fistula or Petrous Fracture. For each, describe the expected findings on physical examination, specifically on [Mention desired tests, e.g. Dix-Hallpike, Head Impulse Test (HINTS), or Valsalva maneuver]. Develop a plan for diagnostic imaging and complementary vestibular testing that is cost-effective but safe. Indicates when a high-resolution temporal bone CT is justified versus an MRI of the posterior fossa and cerebellopontine angle, considering whether the patient presents [Alarm signs such as neurological focality or sudden hearing loss]. Furthermore, it prioritizes the interpretation of vestibular function tests such as the vHIT or the VEMPs in this acute context to objectify the involvement of the otolithic organs. Propose a detailed therapeutic algorithm that includes: 1) Specific repositioning maneuvers if BPPV is suspected (considering post-trauma cervical precautions), 2) Acute pharmacological management to control the crisis (vestibular sedatives vs corticosteroids), and 3) An early vestibular rehabilitation scheme adapted to the patient's tolerance. It ends by providing clear criteria for referral to other specialties and an estimated prognosis based on current scientific literature for cases of [Specify comorbidities if they exist].
He acts as an Otolaryngologist expert in Pediatric Laryngology and human communication disorders. Your task is to develop an exhaustive clinical and differential diagnosis protocol for a pediatric patient of [Patient's age] who comes for consultation due to chronic dysphonia of [Duration of dysphonia] of evolution, with clinical suspicion of vocal nodules. It begins by analyzing the detailed history, integrating the behavioral and environmental factors identified as [Risk factors/abusive behaviors]. You must evaluate the impact of phonation on the child's daily life, considering phonatory effort and vocal fatigue at the end of the day. Use the GRBAS scale to classify the severity of dysphonia based on the parameters provided: [GRBAS Results]. Perform a technical interpretation of the videolaryngostroboscopy findings detailed in: [Findings in videolaryngostroboscopy]. Analyzes the configuration of glottic closure (specifically whether there is an hourglass hiatus), the symmetry of chordal vibration, the periodicity and amplitude of the mucosal wave. Clearly differentiate whether the lesions present chronic characteristics (fibrous nodules) or if they are edematous/recent, justifying your medical observation. Establishes a rigorous differential diagnosis. Compare the clinical presentation with other common laryngological pathologies in childhood, such as intrachordal cyst (especially if there is asymmetry), sucus vocalis or laryngeal papillomatosis, ruling out each one using solid clinical criteria. It also evaluates the possible coexistence of pharyngolaryngeal reflux (PFL) as a perpetuating factor of chordal inflammation. The report ends with a proposal for an initial therapeutic plan that prioritizes vocal rehabilitation. It defines the objectives of speech therapy adapted to pediatric age, vocal hygiene guidelines for the family and school environment, and establishes laryngoscopic follow-up criteria to monitor the involution of lesions. Indicates under what exceptional circumstances the surgical approach would be considered.
He acts as an expert in Allergology and Otorhinolaryngology specialized in emergency medicine. Your objective is to write a comprehensive and highly precise clinical action protocol for the management of anaphylactic shock in the context of a [Name of Clinic/Unit] consultation, specifically during the performance of [Procedure: Skin Tests/Immunotherapy Administration]. The document should serve as a quick and safe reference guide for the medical team in the event of a potentially fatal type I hypersensitivity reaction. It begins with the 'Identification and Differential Diagnosis' section. It details the clinical criteria of immediate suspicion, emphasizing multisystem involvement (cutaneous, respiratory, cardiovascular and gastrointestinal). It includes a severity grading table and clearly defines the threshold to activate the emergency protocol. It is vital to differentiate a vasovagal episode from true anaphylaxis to avoid delays in critical treatment or unnecessary interventions in the [Specialty: ENT/Allergy] office setting. The main section should be the 'First Line Pharmacological Intervention Algorithm'. It imperatively describes the use of Adrenaline (Epinephrine) as the treatment of choice. Specifies the dose of [Standard Adrenaline Dose], the concentration (1:1000), the route of administration (intramuscular in the middle third of the anterolateral aspect of the thigh) and the frequency of repetition in case of absence of clinical response. Includes instructions on positioning the patient in the supine position with elevation of the lower extremities, warning about the risks of sudden standing. Subsequently, it develops the section on 'Support Measures and Second Line Drugs'. Details the management of the airway in case of stridor or laryngeal angioedema, the administration of oxygen at [Oxygen Flow L/min], and fluid therapy with [Type of Crystalloids] for hemodynamic stabilization. It lists the use of corticosteroids and antihistamines, making it explicit that they are slow-acting drugs that should never delay the administration of adrenaline. It ends with a 'Post-Crisis Surveillance and Referral' protocol, establishing observation periods of [Number of Hours] to detect biphasic reactions and the criteria for transfer to a tertiary center. The language should be technical-medical, direct, unambiguous and formatted for quick reading under stressful conditions. Ensure that recommendations follow the most recent international guidelines (EAACI/WAO) and are adapted to the resource availability of [Personnel Available: Doctor only/Doctor and nurse].