1 ting the flap of choice, particularly in the lower abdomen.

2 ectively underwent helical CT limited to the lower abdomen.

3 ocalized disproportionately to the chest and lower abdomen.

4  reported early satiety and heaviness in the lower abdomen.

5 nced computed tomographic (CT) images of the lower abdomen and pelvis were then obtained to further e

6 ion-recovery sequences performed through the lower abdomen and pelvis.

7 alpation within the right upper quadrant and lower abdomen and reduced bowel sounds at auscultation.

8 sponse increase in the odds of CUA involving lower abdomen and/or upper thigh areas (odds ratio, 1.49

9 se, signals were observed throughout thymus, lower abdomen, and spleen throughout a period of more th

10 , characterized by mild scaling on limbs and lower abdomen, has an incidence of 1 in 250.

11 caused by blunt or penetrating trauma to the lower abdomen, pelvis and perineum.

12 gested that a single lumped reflection site (lower abdomen/pelvis) at baseline was replaced by two di

13 m the upper abdomen (primarily liver) to the lower abdomen (primarily bladder) is observed.

14 al model describes an anatomically realistic lower abdomen region, thus giving improved estimates of

15 enorrhea, and pain and abdominal mass in the lower abdomen secondary to haematocolpos and/or haematom

16 ially confluent to plaques on his breast and lower abdomen that had been present for 1 month.

17  abdominopelvic fluid detected on MRI of the lower abdomen were included in this retrospective, singl

18 SG showed two well defined cystic lesions in lower abdomen with presence of some internal echogenic d