Showing 3 results for Barbarestani M
Naraghy Ma, Ragerdy Kashani I, Barbarestani M, Abdolvahhabi A, Pasbakhsh P,
Volume 59, Issue 1 (7 2001)
Abstract
This study was conducted on 48 specimens of Rectus abdominis muscles for recognition and definition of passage and ramification of lower intercostal nerves. The main results of this study are as follows: 1- The seventh and eight intercostal nerves penetrated to posterior layer of the Rectus sheath while other intercostal nerves perforated to dorsal layer of internal oblique abdominis aponeurosis. 2- Distance between lateral border of the Rectus abdominis muscle till penetrate point for all nerves were 18±1 mm, but the subcostal nerve was 16±1 mm. 3- Each intercostal nerve was ramified in thickness of muscle and formed many branches that maximum of this was middle longitudinal region and minimum of that was lateral longitudinal region. In addition we did not observe the nerve anastomosis between intercostal nerves. 4- The lower primary branch of the intercostal nerve after piercing of anterior layer of the Rectus sheath was named anterior cutaneous branch and terminated to abdominal skin. 5- All of intercostal nerves at first was placed right angle to muscle fibers but immediately decrease its and was placed parallel to muscle fibers. 6- The entrance, passage and ramification of intercostal nerves in both male and female cadavers were similar.
Sheikh Rezaei A, Fakhr Tabatabaei Sa, Khoshnevisan A, Marzban H, Nikbakht M, Barbarestani M, Asadi F,
Volume 59, Issue 3 (8 2001)
Abstract
There are many studies about epidural fibrosis after surgical manipulation of the spine. We have studied formation of the post laminectomy epidural fibrosis after application of two materials (Silicone and Teflon) in this report. This expriment is on two groups of rats. Two separated laminectomies were done in each rat, one serving as control while in the other laminectomy spaces Silicone was used in group A and Teflon in group B. Laminectomy spaces were evaluated with gross dissection and histologic studies after 6 weeks. Silicone decreased intermuscular scar, deep scar, dural adhesion and collagen fiber density in epidural space. Teflon decreased dural adhesion and collagen fiber density but did not decrease intermuscular and deep scar formation in epidural space.
Bakhtiari M, Mahmoudi R, Sobhani A , Akbari M, Barbarestani M, Pasbakhsh P. , Sargolzaei Aval F, Hedayatpoor A,
Volume 64, Issue 9 (1 2006)
Abstract
Background: Freezing and thawing induce a number of insults to the sperm cells, such as low motility and low fertilization capability. For evaluation of hyaluronan (HA) supplementation on sperm characteristics, we investigated the effect of hyaluronan (HA) on mouse sperm before freezing and after thawing.
Methods: For this purpose we removed cauda epididimes from 24 male mice with aseptic method and freezed the semen in 1.8ml cryotubes with %18 raffinose and %3 skim milk cryoprotectant solution.We had 4 groups: group 1(fresh control) group 2(freeze control) group 3(supplemented 750 µg/ml HA to sperm before freezing) and group 4(supplemented 750 µg/ml HA to sperm after thawing). Fertility rate evaluated after routine IVF by counting two-cell stage embryos.
Results: HA supplementation (750µg/ml) after thawing improved fertilization capability parameters but supplementation before freezing had no effect on mentioned characteristic.
Conclusion: Acording to data of present study the hyaluronan supplemen- tation (750µg/ml) after thawing has the greatest effect on the fertility rate of sperms.
