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abbreviate <3/ob/gyn
| Question | Answer |
|---|---|
| She was in atrial _____ on admission. | fibrillation |
| Her _____ coronary artery disease required CABG. | arteriosclerotic |
| She was taken off advanced _____ life support. | cardiac |
| _____ heart disease is exacerbated by smoking. | arteriosclerotic |
| There was an atrio _____ groove. | ventricular |
| The patient was 95 years old and had no evidence of atherosclerotic cardio _____ disease. | vascular |
| ASCAD _____ | arteriosclerotic coronary artery disease |
| ASCVD _____ | arteriosclerotic cardiovascular disease |
| AV _____ | atrioventricular |
| A-fib _____ | atrial fibrillation |
| ASHD _____ | arteriosclerotic heart disease |
| ACLS _____ | advanced cardiac life support |
| "We then performed the _____ -pop anastomosis." | fem |
| Coronary _____ bypass ___ times four was planned. | artery |
| Coronary _____ bypass ________ times four was planned. | grafting |
| There was an _____ fraction of 26%. | ejection |
| An _____ gram was performed and was entirely normal. | electrocardio |
| Tissue for the _____ portion of the surgery was taken from the right leg. | fem-fem OR fem-pop |
| EF _____ | ejection fraction |
| CABG _____ | coronary artery bypass grafting |
| fem-fem _____ | femoral-femoral |
| fem-pop _____ | femoral-popliteal |
| ECG _____. | electrocardiogram |
| The left _____ descending artery was normal. | anterior |
| The _____ internal ___ artery was free of disease. | left, mammary |
| The right _____ vena ___ was normal. | inferior, cava |
| The left anterior _____ position was utilized. | oblique |
| The left _____ artery is occluded. | coronary |
| LCA _____ | left coronary artery |
| LIMA _____ | left internal mammary artery |
| IVC _____ | inferior vena cava |
| LAO _____ | left anterior oblique |
| LAD _____ | left anterior descending |
| She has a history of premature _____ | ventricular contraction |
| _____ infarction was ruled out. | Myocardial |
| She had an occluded _____ marginal branch. | obtuse |
| _____ coronary ___ was attempted. | Percutaneous transluminal |
| _____ coronary ________ was attempted. | angioplasty |
| She has normal left _____ function. | ventricular |
| Given his history, pulmonary _____ was part of the differential diagnosis. | embolism |
| The infant was diagnosed with _____ arteriosus. | patent ductus |
| The PTCA showed 80% occlusion of the posterior _____ artery. | descending |
| _____ vascular disease is the cause of deep venous thrombosis. | peripheral |
| OMB _____ | obtuse marginal branch |
| LV _____ | left ventricle |
| PVC _____ | premature ventricular contraction |
| MI _____ | myocardial infarction |
| PTCA _____ | percutaneous transluminal coronary angioplasty |
| PDA _____ | posterior descending artery |
| PE _____ | pulmonary embolism |
| PVD _____ | peripheral vascular disease |
| The right _____ oblique position was used. | anterior |
| The right _____ artery was damaged. | coronary |
| The patient went into _____ tachycardia. | ventricular |
| The superior _____ was within normal limits. | vena cava |
| Right anterior _____ artery was totally occluded. | descending |
| Superior _____ artery is found in the abdomen. | mesenteric |
| V-tach _____ | ventricular tachycardia |
| SVC _____ | superior vena cava |
| RAD _____ | right anterior descending |
| RCA _____ | right coronary artery |
| RAO _____ | right anterior oblique |
| SMA _____ | superior mesenteric artery |
| premature _____ contractions | ventricular |
| ventricular _____ | tachycardia |
| right _____ oblique | anterior |
| inferior _____ cava | vena |
| patent ductus _____ | arteriosus |
| left anterior _____ | descending |
| peripheral _____ disease | vascular |
| left internal _____ artery | mammary |
| _____ vena cava | superior |
| _____ infarction | myocardial |
| V-tach – _____ tachycardia | ventricular |
| CABG – coronary artery bypass _____ | grafting |
| PTCA – percutaneous _____ coronary angioplasty | transluminal |
| EF – _____ fraction | ejection |
| LCA – left _____ artery | circumflex |
| PE – pulmonary _____ | embolism |
| SMA – superior _____ artery | mesenteric |
| RAO – right anterior _____ | oblique |
| ASHD – _____ heart disease | atherosclerotic |
| LCA – _____ coronary artery | left |
| LV | left ventricle |
| OMB | obtuse marginal branch |
| PDA | patent ductus arteriosus |
| PVD | peripheral vascular disease |
| fem-pop | femoral-popliteal |
| ASCAD | arteriosclerotic coronary artery disease |
| A-fib | atrial fibrillation |
| ACLS | advanced cardiac life support |
| IVC | inferior vena cava |
| MI | myocardial infarction |
| AC | abdominal circumference |
| BPD | biparietal diameter |
| EFW | estimated fetal weight |
| FL | femur length |
| HC | head circumference |
| BPD | biparietal diameter |
| FL | femur length |
| EFW | estimated fetal weight |
| AC | abdominal circumference |
| HC | head circumference |
| AB | abortion or abortus |
| G | gravida |
| P | para |
| SAB | spontaneous abortion |
| TAB | therapeutic abortion |
| G | gravida |
| AB | abortion or abortus |
| SAB | spontaneous abortion |
| P | para |
| TAB | therapeutic abortion |
| C-section | C-section |
| cesarean section | cesarean section |
| CPD | cephalopelvic disproportion |
| EDC | estimated date of confinement |
| EGA | estimated gestational age |
| IUGR | intrauterine growth retardation |
| She underwent elective_____ section without complications. | cesarean |
| Ultrasound dates gave her an estimated date of _____ of 13 April 91. | confinement |
| She should return for a followup ultrasound because of _____growth__________. | intrauterine |
| She should return for a followup ultrasound because of _____growth__________. | retardation |
| She underwent pelvimetry for possible _____disproportion. | cephalopelvic |
| She has an _____ gestational age of 22.4 weeks. | estimated |
| L | labor and delivery |
| LGA | large for gestational age |
| LMP | last menstrual period |
| MSAFP | maternal serum alpha fetoprotein |
| NSVD | normal spontaneous vaginal delivery |
| ROM | rupture of membranes |
| VBAC | vaginal birth after cesarean |
| Her last _____ period was in 1978. | menstrual |
| She had normal _____ vaginal delivery. | spontaneous |
| She was a large for _____ age baby. | gestational |
| Maternal serum _____ was normal. | alpha fetoprotein |
| _____after cesarean was attempted. | vaginal birth |
| She presented to the ER with _____ of membranes. | rupture |
| She was in labor and _____for 36 hours. | delivery |
| LGA | large for gestational age |
| C-section | cesarean section |
| LMP | last menstrual period |
| CPD | cephalopelvic disproportion |
| MSAFP | maternal serum alpha fetoprotein |
| IUGR | intrauterine growth retardation |
| EDC | estimated date of confinement |
| EGA | estimated gestational age |
| ROM | rupture of membranes |
| NSVD | normal spontaneous vaginal delivery |
| VBAC | vaginal birth after cesarean |
| L | labor and delivery |
| L | labor and delivery |
| LGA | large for gestational age |
| LMP | last menstrual period |
| MSAFP | maternal serum alpha fetoprotein |
| NSVD | normal spontaneous vaginal delivery |
| ROM | rupture of membranes |
| VBAC | vaginal birth after cesarean |
| Her last _____ period was in 1978. | menstrual |
| She had normal _____ vaginal delivery. | spontaneous |
| She was a large for _____ age baby. | gestational |
| Maternal serum _____ was normal. | alpha fetoprotein |
| _____after cesarean was attempted. | vaginal birth |
| She presented to the ER with _____ of membranes. | rupture |
| She was in labor and _____for 36 hours. | delivery |
| LGA | large for gestational age |
| C-section | cesarean section |
| LMP | last menstrual period |
| CPD | cephalopelvic disproportion |
| MSAFP | maternal serum alpha fetoprotein |
| IUGR | intrauterine growth retardation |
| EDC | estimated date of confinement |
| EGA | estimated gestational age |
| ROM | rupture of membranes |
| NSVD | normal spontaneous vaginal delivery |
| VBAC | vaginal birth after cesarean |
| L | labor and delivery |
| BSO | bilateral salpingo-oophorectomy |
| D | dilatation and curettage |
| PID | pelvic inflammatory disease |
| TAH | total abdominal hysterectomy |
| TVH | total vaginal hysterectomy |
| She is having infertility problems secondary to a history of pelvic _____disease. | inflammatory |
| Bilateral _____ -oophorectomy was performed secondary to a cystic mass on the left ovary. | salpingo |
| Total abdominal _____ was performed. | hysterectomy |
| Total _____ hysterectomy was performed. | vaginal |
| Dilatation and _____ was indicated for hypermenorrhea. | curettage |
| TAH-BSO | total abdominal hysterectomy, bilateral salpingo-oophorectomy |
| TVH | total vaginal hysterectomy |
| D | dilatation and curettage |
| PID | pelvic inflammatory disease |
| BSO | bilateral salpingo-oophorectomy |
| abdominal _____ | circumference |
| cephalopelvic _____ | disproportion |
| pelvic _____ disease | inflammatory |
| spontaneous _____ | abortion |
| _____ date of confinement | estimated |
| last menstrual _____ | period |
| intrauterine _____ retardation | growth |
| total abdominal _____ | hysterectomy |
| _____ length | femur |
| bilateral salpingo-_____ | oophorectomy |
| CPD – (craniopelvic, cephalopelvic) disproportion | cephalopelvic |
| TAB – (therapeutic, total) abortion | therapeutic |
| AC – (amniotic, abdominal) circumference | abdominal |
| EDC – estimated date of (cesarean, confinement) | confinement |
| LGA – large for (gestational, genetic) age | gestational |
| VBAC – vaginal birth after (cesarean, confinement) | cesarean |
| MSAFP – maternal serum (after, alpha) fetoprotein | alpha |
| FL – (femur, fetal) length | femur |
| EFW – (exact, estimated) fetal weight | estimated |
| HC – (head, heart) circumference | head |
| SAB – _____ abortion | spontaneous |
| G – _____ | gravida |
| BPD – biparietal _____ | diameter |
| ROM – rupture of _____ | membrane |
| D&C – _____ and curettage | dilatation |
| P – _____ | para |
| TVH – total _____ hysterectomy | vaginal |
| PID – pelvic _____ disease | inflammatory |
| L&D – labor and _____ | delivery |
| IUGR – _____ growth retardation | intrauterine |