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This engineering collection of prompts represents the technological frontier for modern obstetrics. Designed to transform the administrative and clinical burden into highly efficient processes, it allows specialists to delegate complex tasks of document synthesis and pattern analysis to artificial intelligence, always maintaining the necessary medical rigor. Each prompt has been structured to address everything from routine prenatal monitoring to critical delivery room emergencies. By implementing these tools, the professional optimizes data-based decision making, improves diagnostic accuracy in complex cases, and standardizes communication with patients. It is the definitive resource for obstetricians looking to lead the adoption of digital health, reducing administrative burnout and raising the standard of maternal-fetal care through AI-augmented medical practice.
100 resources included
He acts as a specialist in Obstetrics and Gynecology with a subspecialty in Maternal-Fetal Medicine and Perinatal Infectology. Your objective is to develop a comprehensive, detailed clinical management plan based on current scientific evidence (following ACOG, SEGO or NICE guidelines) for a pregnant patient with suspected or confirmed urinary tract infection (UTI). The analysis should focus on the mother-child binomial, guaranteeing fetal safety and effective eradication of the pathogen. First, process the clinical data of the case: [Patient's name], [Gestational age] weeks of pregnancy, [Relevant medical history] and [Known drug allergies]. Analyze the results of the laboratory study: [Results of urinary sediment and urine culture with antibiogram if available]. You must classify the condition in one of the three main categories: Asymptomatic Bacteriuria, Acute Cystitis or Acute Pyelonephritis, justifying the diagnosis based on the symptoms referred to: [Description of symptoms: dysuria, frequency, low back pain, fever]. Secondly, it prescribes the first-line pharmacological therapeutic scheme. Clearly indicates: 1) Selected drug (e.g. Nitrofurantoin, Fosfomycin trometamol, Cephalexin), 2) Detailed dosage (milligrams and frequency), 3) Route of administration and 4) Total duration of the cycle. If the antibiogram results suggest resistance or if the patient is in a specific trimester (such as the first trimester or term), adjust the choice of antibiotic to avoid teratogenicity or adverse effects such as neonatal hemolytic anemia or kernicterus. Also consider initial empirical treatment while awaiting definitive results. Finally, it establishes the protocol for monitoring and preventing recurrences. It defines the exact moment to perform the control urine culture (cure test) and the periodic monitoring guidelines until delivery. In case of recurrent UTIs, propose a chemoprophylaxis strategy ([Indicate if prophylaxis is required]) detailing the drug and the nightly dose. It includes a 'Alarm Signs' section personalized for the patient, emphasizing the early detection of preterm uterine contractions or premature rupture of membranes associated with urinary infection.
Acts as a Senior Specialist in Maternal-Fetal Medicine and Perinatal Genetics. You are presented with a complex case: a pregnant woman of [Weeks of Gestation] with a diagnosis of severe polyhydramnios characterized by an ILA > [ILA Value] cm or a maximum well of [PM Value] cm. After an exhaustive initial screening that included glucose tolerance tests, serologies for TORCH group infections and a detailed morphological ultrasound without positive findings, the condition has been provisionally classified as 'idiopathic'. Your objective is to delve deeper into the search for hidden etiologies and establish high-precision clinical management to mitigate maternal-fetal risks. Performs an exhaustive differential analysis on low prevalence pathologies that present with polyhydramnios as the only or predominant cardinal sign. Include in your evaluation: fetal neuromuscular disorders (such as myotonias or dystrophies), variants of prenatal Bartter Syndrome, subtle micrognathia that affects swallowing mechanics, and upper digestive anomalies that are difficult to visualize such as esophageal atresia without fistula. It describes what dynamic ultrasound signs, tongue movements, swallowing frequency or additional 'soft markers' we should proactively look for in a level III ultrasound reassessment to rule out a false idiopathic diagnosis. Develops a guide on the usefulness of invasive diagnostic tests in this context of severity. Analyzes the diagnostic profitability of chromosome microarray study and fetal exome sequencing (WES) compared to conventional karyotyping in cases of isolated severe polyhydramnios. Provides arguments based on recent clinical evidence to discuss with the family about the probability of finding pathogenic variants and how these results would modify the neonatal prognosis and delivery management in [Name of Medical Center/Hospital]. Establishes a protocol for maternal symptomatic management and fetal surveillance until term. It details the precise indications for performing a decompressive amnioreduction (target volume to be extracted, safety technique and prevention of complications such as premature placental abruption). Defines the fetal monitoring scheme (biophysical profile and Doppler) to detect signs of distress. Finally, it designs the pregnancy termination plan, specifying the optimal gestational age, the recommended route of delivery in the event of uterine overdistention, and critical precautions during rupture of membranes to prevent cord prolapse, considering the presence of [Current Maternal Symptoms].
He acts as a Maternal-Fetal Medicine Specialist with high specialization in gestational hemodynamics and preeclampsia screening. Your mission is to perform an in-depth analysis and detailed clinical interpretation of the blood pressure curve of a pregnant patient of [PATIENT AGE] years old, who is currently in her [WEEK OF GESTATION] week of pregnancy. You will use the following systolic (SBP) and diastolic (DBP) blood pressure data as a basis: [BLOOD PRESSURE RECORDS]. Analysis should focus on the identification of normal physiological patterns versus pathological trajectories. Calculates and evaluates the Mean Blood Pressure (MAP) in relation to the reference values for the current quarter. It is imperative that you analyze the variability of the figures: Is there a significant upward trend compared to the baseline values of the first trimester [BASAL VALUES]? Determines whether the records suggest a pattern of white coat hypertension, gestational hypertension, or imminent risk of preeclampsia, integrating additional risk factors such as [RISK HISTORY: E.G. BMI, NULLIPARITY, DIABETES]. Use the updated criteria of the guides [REFERENCE GUIDE: EX. ACOG, FIGO OR SEGO] for risk stratification. If an increase in diastolic pressure or a loss of circadian rhythm is observed (in case of ABPM data), it clinically justifies the need to request complementary tests, such as the sFlt-1/PlGF ratio, proteinuria in 24-hour urine or Doppler evaluation of the uterine arteries to evaluate placental resistance. Your interpretation must be sensitive to the subtle changes that precede clinical symptomatology. Generates a personalized monitoring plan within the framework of routine prenatal monitoring. If the values are within high-normal ranges, a home self-monitoring scheme (AMPA) is proposed with specific frequencies and clear therapeutic objectives. If hemodynamic warning signs are detected, write a justification for referral to a high-resolution unit or the initiation of prophylactic or antihypertensive therapy, as appropriate for the gestational age and severity of the clinical condition presented in [ADDITIONAL CLINICAL CONTEXT]. It ends with a structured conclusion for the electronic medical record that summarizes the current hemodynamic status, the assigned risk level (Low, Moderate, High) and the next actions to follow in the next prenatal check-up. Be sure to include a section of patient education advice on warning signs of severity (headache, phosphenes, epigastralgia) based specifically on her current blood pressure trend.