Browsing by Author "Sal, DH"

Now showing 1 - 4 of 4
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    Effects of Electromagnetic Fields Application on Experimental Varicocele Model in Rats
    Gülbagça, F; Sal, DH; Saygili, S; Sönmez, PK; Aydemir, I; Özkut, M; Öztürk, S; Gümüsay, M; Kaya, A; Tuglu, MI
    Varicocele is the most clinical condition which can be treated by surgery. The frequency in male is 20%. The half of infertile patient has this pathology which there is dilatation in plexus pampiniformis veins of testes. Varicocele causes increase of heat or increse of oxidative stres in seminifer tubules where they produce pathology for spermatogenesis. Low frequency magnetic fields are useful for the treatment of many area where they become important role. In this study the effect of low frequency magnetic fields on the experimental varicocele model of rat testes was investigated. The parameters for oxidative stres suggest eNOS and iNOS with apoptosis were evaluated by immunohistochemical staining. There was increaese in eNOS, iNOS and apoptosis by the varicocele experiment where there was testicular damage and low frequency magnetic fields caused decrease in oxidative stress and apoptosis. Application of magnetic fields can help the clinical varicocele pathologies either with treatment or supportive effect.
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    Effects of stem cells applications on growth factors during implantation
    Aydemir, I; Sönmez, PK; Saygili, S; Sal, DH; Gülbagca, F; Özkut, M; Tuglu, MI
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    The functional effect of stem cells on the reproductive organs
    Tuglu, I; Aydemir, I; Özkud, M; Firat, F; Öztürk, S; Sönmez, PK; Saygili, S; Sal, DH; Gülbagça, F
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    The effect of Electro Magnetic Fields on Cell Behaviour
    Tuglu, MI; Gülbagça, F; Sal, DH; Saygili, S; Sönmez, PK; Aydemir, I; Özkut, M; Öztürk, S; Gümüsay, M; Kaya, A; Keskin, N
    The biologic effects of electomagnetic fields application on medical field has been increased. Their effect on medical treatment depends on cell behaviour which can be observed by in vivo and in vitro studies. Their effect on the stem cells and the cell lines and the organs of experimental animals with morphological alterations are helpful to understand cell behaviour. The behaviour of the cells can be analyse at ultrastructial level by scaning electron microscopy. Application of electomagnetic fields cause increase of proliferation, migrationand improvement of wound healing with beneficial effects while they cause oxidative stress and cell daeth including apoptosis for cancer cells in different types of cell line. The minimal side effect with maximum beneficial treatment of these products suggest that they could be very useful for clinical trials.