A Comparative Study between Effect of Physical Activity and ADAM, Vs Iron Salts on Some Physical Traces of Underground Water

Iron deficiency is estimated to be the most common cause of anemia worldwide. The purpose of this study was to investigatethe effect of dietary supplement ADAM (olive oil, vinegar and sodium chloride) and traditional iron salts, together withphysical activity on anemic female students. Our study consists of forty anemic female students divided into four equalgroups, ten students in each group; 1st group ingested ADAM with exercise, 2nd group ingested ADAM without exercise,3rd group supplemented with traditional iron salts with exercise, 4th group supplemented with traditional iron salts withoutexercise. Blood samples were drawn (5ml) for analysis of hemoglobin by spectrophotometer, iron, total iron bindingcapacity and ferritin by Radioimmunoassay, O2 using gas analyzer. The variables exerted VO2max using Harvard step test,heart rate by pulse meter, fitness index by equation; the variables were detected (pre-post) training program. Results: Theresults indicated a positive result for ADAM with physical activity compared with ADAM alone, also iron with physicalactivity variables overcome the variables of iron salts alone while, ADAM with physical activity variables exceed iron saltswith physical activity. Conclusion: using physical activity with ADAM, induces a positive result in curing female anemicstudents from traces of underground water.

Atypical Imaging Characteristics of Metastatic Myxoid Liposarcoma

Myxoid liposarcoma accounts for 30% to 50% of all liposarcomas, which is the second most common soft tissue tumor. It is usually painless slowly growing mass in the deep-seated soft tissue of the lower extremities or the peritoneum, with a strong metastatic predilection to the spine. Metastatic myxoid liposarcoma typically shows low signal intensity on T1 sequences with hyper-intensities on T2 sequences. In contrast to vertebral hemangioma, it shows increased signal intensity in both T1 and T2 sequences. We demonstrate 2 cases of metastatic myxoid liposarcoma with atypical MRI pattern. According to the histopathology and the clinical signs, we believe that increasing round cell cellularity and fat content is correlated to the increased T1 signal intensity and clinical aggressiveness. In conclusion, the atypical MRI pattern for vertebral metastatic lesions in patients with myxoid liposarcoma should be taken into consideration to prevent the delay in diagnosis and standard of care.