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Showing 3 results for Bagheri

Shohreh Emdadi, Sahar Bijari, Fatemeh Rostami, Ziba Bagheri Sahamishoar, Majid Barati, Maryam Farhadian,
Volume 8, Issue 2 (Volume 8, Number 2 2017)
Abstract

Background and Aim: Body image is one of the main factors of self efficacy. This study aimed to investigate the relationship between body image and self-efficacy among female students in Hamadan University of Medical Sciences.

Methods: This cross-sectional study was carried out on 408 female students of Hamadan University of Medical Sciences in 2017 with a stratified sampling method. To gather data, we used Multidimensional Body Self-Relation Questionnaire (MBSRQ) and general self-efficacy questionnaire and recorded demographic variables. Data were analyzed with SPSS-21 software using Pearson correlation and linear regression tests.

Results: The dimensions of body areas satisfaction and illness orientation were evaluated at relatively desirable and moderate levels, respectively. Students' self-efficacy was also estimated at 60.05% of the mean score of the maximum achievable score at the moderate level. The results of regression analysis showed that the dimensions of the illness orientation, overweight preoccupation, fitness orientation, self-classified weight and appearance evaluation predicted the self-efficacy among the female students. In total, different dimensions of body image explained 14.1% of the variance of self-efficacy.

Conclusion: We suggest providing training packages about body image dimensions improvement to enhance the self-efficacy of university female students.


Leilasadat Khamesi, Mozhdeh Sepaskhah, Ladan Dastgheib, Zahra Bagheri,
Volume 10, Issue 3 (Volume 10, No 3 2019)
Abstract

Background and Aim: Melasma is a common disease affecting quality of life. Available treatments result in the gradual and partial clearance of melasma, and are accompanied with high risk of recurrence after discontinuing treatment. Tranexamic acid has been successfully evaluated in several studies. In addition, laser has been proposed as an enhanced drug delivery method. This study is designed to evaluate this enhancing effect.

Methods: Twenty-five patients with bilateral epidermal and mixed type melasma were recruited in the study and applied tranexamic 5% gel bilaterally on face two times a day and randomly underwent fractional CO2 laser treatment on one side of the face monthly. They were evaluated before starting treatment and then every 4 weeks by measuring modified melasma area severity index (mMASI) and melanin index by Dermacatch (Colorix, Switzerland). Also, quality of life was measured and compared in a subset of patients with MELAS QoL questionnaire before and after treatment. The results were analyzed by SPSS software version 18 and the results were compared by paired t test. Due to multiple comparisons, p value of 0.0125 was considered significant.

Results: The mMASI and melanin index were not significantly different between two sides in each follow up (P>0.0125). The mMASI and melanin index significantly decreased after treatment with tranexamic acid with or without fractional CO2 laser (P<0.001 and P<0.001, respectively)

Conclusion: Although tranexamic acid 5% gel is effective in the treatment of melasma, however, our study did not show additive therapeutic effect by adding fractional CO2 laser to it.


Negar Asghari Hosori, Zeinab Bagheri,
Volume 15, Issue 2 (Volume 15, No 2 2024)
Abstract

The limitations of common needles in drug delivery, such as pain, infection, and side effects, have become a stimulus to search for more efficient alternatives. Meanwhile, microneedles have brought new hope in skin drug delivery. These microstructures are temporarily placed in the upper layers of the skin and provide a painless and non-invasive way for drugs to pass through the skin barrier. Diversity in the design and ingredients of microneedles allows the release of a wide range of drugs with high efficiency and low side effects. On the other hand, nanomedicines are proposed as an ideal alternative due to the limitations of traditional drugs and the need for more targeted and less detrimental options. Nanomedicines are new drug delivery systems that are designed and produced in nanometer dimensions. These small particles can carry and release drugs directly to the target cells with high precision and efficiency. By reducing side effects and increasing the effectiveness of treatment, nanomedicines can play a key role in improving the quality of treatment for various diseases. Considering the unique advantages of the combination of microneedles and nanomedicines, it is an important issue to investigate different strategies for using these new systems in drug release. In this article, this issue has been investigated as well as the applications of nanomedicine transfer by microneedle in the treatment of diseases and the upcoming challenges of this emerging technology.

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