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This exclusive collection of prompts represents the cutting edge of instructional engineering applied to modern Urology. Designed by experts in instructional design, each tool allows the specialist to optimize clinical processes, from the analysis of complex oncological pathologies to the technical precision in state-of-the-art endourological procedures. By integrating these prompts into their daily practice, professionals will be able to generate personalized follow-up protocols, synthesize recent medical literature, and improve diagnostic communication with the patient. It is the definitive solution to transform the operational efficiency of the urological consultation, guaranteeing international quality standards and academic precision in each healthcare interaction.
100 resources included
He acts as a high-level specialist in Urology and Andrology, with extensive experience in the evaluation of male endocrine-sexual pathologies. Your objective is to generate a comprehensive and personalized clinical diagnostic guide for a patient of [Patient Age] years, whose clinical presentation mainly includes [Predominant Symptoms] and has a history of [Relevant Comorbidities]. The analysis must be strictly based on current international guidelines (such as those of the EAU - European Association of Urology and ISSAM). It begins by structuring a targeted history that allows us to differentiate between normal aging and testosterone deficiency syndrome (TDS). Describes how to apply screening scales such as the AMS (Aging Males' Symptoms) questionnaire or the ADAM questionnaire, justifying their relevance in this specific case. For biochemical confirmation, detail a precise laboratory protocol. Indicates the need to perform at least two measurements of total testosterone under fasting conditions and in the morning (07:00 to 11:00 AM). Explains the importance of estimating free or bioavailable testosterone by measuring SHBG and albumin, especially if total testosterone is in the gray zone (8-12 nmol/L or 230-350 ng/dL). In addition, it integrates the evaluation of LH, FSH and Prolactin to classify hypogonadism as primary, secondary or mixed. Develops a section on differential diagnosis and safety evaluation. It is essential to rule out that the symptoms are secondary to uncontrolled acute or chronic systemic diseases. Provides recommendations on prostate evaluation (PSA and digital rectal examination) and hematocrit level as essential requirements before considering any therapeutic intervention. The final result should be a diagnostic guidance report that helps meet the objective of [Objective of the consultation].
He acts as a Urological Surgeon expert in reconstructive medicine and functional urology, specialized in the treatment of severe stress urinary incontinence after prostate surgeries. Your objective is to develop a comprehensive clinical protocol and a detailed surgical guide for the implantation of an artificial urinary sphincter (AUS) in a male patient with the following profile: [Patient description: age, cause of incontinence and degree of severity]. In the first phase, it performs a thorough analysis of the preoperative evaluation. This should include interpretation of urodynamic tests (bladder capacity, compliance, and leak point pressure), cystoscopy to rule out bladder neck stenosis, and evaluation of detrusor contractility. Consider specific risk factors such as [History of Pelvic Radiotherapy] or previous urethral surgeries that may compromise the vascularization of the urethral tissue. In the second phase, it details the surgical technique step by step, comparing the classic perineal approach versus the single-incision penoscrotal approach. You must delve into the dissection of the bulbospongiosus muscle, the measurement of the urethral diameter for the choice of the cuff and the placement of the pressure regulating reservoir in the prevesical or ectopic space. Describes safety maneuvers to avoid urethral perforation and washing protocols with antibiotic solutions to minimize the risk of implant infection. In the third phase, an immediate and long-term postoperative management scheme is established. It defines the initial deactivation period of the device (typically 6 weeks), the in-office activation protocol and the technical education that the patient must receive to manipulate the scrotal pump. Includes recommendations regarding future use of Foley catheters and the need to carry a prosthesis wearer identification card. Finally, it develops a diagnosis and treatment algorithm for the most common complications: urethral erosion, system infection, pressure urethral atrophy, and mechanical failures. Propose solutions for the patient who presents [Complication symptom, e.g. recurrent incontinence after 2 years of success] and justifies the use of higher pressure reservoirs or double cuffs according to current clinical evidence from the EAU and AUA.
He acts as an Andrological Surgeon expert in reconstructive microsurgery and male reproductive health. Your goal is to design an advanced clinical guideline and personalized counseling protocol on [Microsurgical Vasectomy/Vasovasostomy Reversal] for a specific patient. The discussion should focus on technical excellence, specifically detailing the three-layer anastomosis technique (mucosa-mucosa, muscular-muscular, and seroadventitia) under microscopic magnification, explaining why this approach offers superior patency rates compared to macrosurgical or single-layer techniques. Thoroughly analyzes the prognostic factors of the patient identified as [Patient's Name or Initials]. You should evaluate the impact of 'obstructive interval' (time since initial vasectomy of [Years Elapsed]) on surgical success. Integrates the pathophysiology of obstruction of the vas deferens, explaining the importance of intraoperative inspection of the vas deferens. Determines the clinical criteria for deciding between a vasovasostomy and a vasoepididymostomy based on the quality of the fluid (thick, creamy or watery) and the presence or absence of sperm under the intraoperative microscope, citing Silber grades if necessary. Develop a comprehensive management plan that spans from preoperative evaluation to long-term recovery. In the preoperative phase, consider the reproductive health of the couple [Age of the Couple] and the necessary complementary fertility tests. Describes the technical requirements of the operating room, including the use of ultra-fine gauge monofilament sutures [Suture Gauge, e.g.: 9-0 or 10-0] and the configuration of the surgical microscope to ensure a watertight anastomosis without mechanical tension. Be sure to mention the importance of preservation of the deferential vasculature to prevent ischemia of the anastomosed segment. Finally, it generates a detailed schedule for postoperative follow-up and management of expectations. Provides a comparative table of success rates based on current medical literature according to the time interval since the original surgery. It includes specific recommendations for the patient on pain management, the use of scrotal support, and the control seminogram protocol that will be performed at [Follow-up Intervals, e.g.: 1, 3, 6 and 12 months] to verify the recovery of sperm concentration and motility. It concludes with a summary of potential risks, such as sperm granuloma or re-obstruction due to fibrosis, and how to prevent them.