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Showing 2 results for Mahdipour

Seyedeh Zohreh Jalali, Sadroddin Mahdipour, Reza Sharafi, Fariborz Torkipour, Afagh Hassanzadeh Rad , Babak Moqtader, Marjaneh Zarkesh ,
Volume 79, Issue 10 (January 2022)
Abstract

Background: one of the leading clinical problems for premature neonates especially with very low birth weight is the type and amount of feeding. The authors aimed to compare outcomes of slow versus rapid feeding in premature neonates hospitalized in Al-Zahra hospital, Rasht.
Methods: This is a clinical trial that was conducted on 62 premature neonates aged less than 35 weeks of gestation who were referred to Al-Zahra Hospital from April 2015 to April 2016. They weighed 1000-2000 gr at birth. Samples were randomly assigned to intervention or control groups. The intervention included neonatal feeding with breast milk or formula with feeding advancement of 30 cc/kg/day which was compared with the routine method of slow feeding (20 cc/kg/day). Neonates were assessed until discharge or the occurrence of Necrotizing enterocolitis. Data were reported by descriptive statistics including mean, standard deviation, frequency, and percent, and analyzed by independent samples t-test and chi-square test in SPSS software, version 22 (IBM SPSS, Armonk, NY, USA).
Results: All 62 patients finished the study including 31 neonates weighing 1000-2000 gr at birth in the intervention group and 31 neonates weighing 1000-2000 gr at birth in the control group. Neonates in the intervention group reached to full milk feeding of 150 cc/kg/day sooner (6.06±1.34 versus 9.45±2.39), return to birth weight faster (9.89±3.57 versus 12.9±6.46), had a lower duration of needing parenteral fluids (5.10±1.61 versus 8.86±3.81), and had a lower duration of hospitalization (9.97±4.03 versus 16.87±9.13) compared to controls. Results showed that there was no necrotizing enterocolitis in the intervention and control groups.
Conclusion: The results of this study showed that initiating feeding by 30 cc/kg/day method shortened the duration of access to intravenous line and hospitalization and caused sooner discharge. Also, no adverse complication was noted. Therefore, it seems that further investigations assessing these methods can be help manage preterm neonates.

Parivash Parvasi, Zahra Fazelinejad, Fatemeh Mahdipour, Shahram Bagheri , Mohammad Momen Gharibvand ,
Volume 80, Issue 7 (October 2022)
Abstract

Background: Shear wave elastography (SWE) estimates the stiffness of a mass based on the velocity of shear wave propagation by sound waves. Due to higher cell density and angiogenesis, malignant masses have higher stiffness than benign ones.
Methods: The present study was a prospective study and was performed on patients who were referred to Ahvaz Golestan Hospital with breast mass during March 2020 to March 2021. Only patients with 4-5 BI-RAD were evaluated. Patients were graded based on ACR BI-RAD. All patients were subjected to ultrasound and selection of BI-RAD 4-5 patients for evaluation with SWE and sampling for pathology testing. In this study, in order to increase the maximum accuracy and take samples from the main location of the lesion, sampling was done by ultrasound-guided biopsy method. Tumor information was recorded by a specialist doctor after ultrasound and SWE. This information included tumor type, tumor size and grade, presence of metastasis, involvement of lymph nodes, average and maximum elasticity. SWE cutoffs were compared for mean and maximum elasticity to distinguish benign from malignant masses.
Results: In this study, 115 patients were evaluated. 63.5% (73) of the patients had benign mass and 36.5% (42) had malignant ones. There was a significant relationship between tumor size and mean and maximum elasticity (P<0.001 The results showed that the diagnostic accuracy of SWE in identifying malignant masses compared to benign ones was 100%, so that the mean (16.61±8.03 kPa) and maximum (21.14±8.88 kPa) elasticity in benign masses were significantly lower than the mean (32.21±7.59 kPa) and maximum (91.62±8.84 kPa) elasticity of malignant masses (P<0.001). There was also a significant difference between the 4 BI-RAD subgroups, so that in BI-RAD 4a, the lowest mean and maximum elasticity were seen (P<0.001).
Conclusion: The results showed that SWE parameters have sufficient diagnostic accuracy in diagnosing malignant breast masses. Therefore, the use of quantitative SWE parameters in conjunction with ultrasound and BI-RADS classification can avoid unnecessary biopsies.


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