Beneath the Skin

Variation of Lithosphere-Asthenosphere boundary beneath Iran by using S Receiver function

The current geological and tectonic setting of Iran is due to the ongoing convergence between the Arabian and Eurasian Plates, which resulted in the formation of the Iranian plateau, mountain building, extensive deformation and seismicity. The Iranian plateau is characterized by various domains including the continental collision and the oceanic plate seduction. Based on S receiver functions ar...

When beauty is only skin deep; optimizing the sensitivity of specular neutron reflectivity for probing structure beneath the surface of thin films

New seismic imaging of some tectonic zones in the Iranian Plateau

The Iranian Plateau is characterized by diverse tectonic domains, including the continental collisions (e.g. the Zagros and Alborz Mountains) and oceanic plate subduction (e.g. Makransubduction zone). To derive a detailed image of the crust–mantle (Moho) and lithosphere–asthenosphere (LAB) boundaries in some tectonically units of the Iranian Plateau, we used a large number of S receiver functio...

Appearance of tenascin in healing skin of the mouse: possible involvement in seaming of wounded tissues.

Distribution of the extracellular matrix glycoprotein tenascin during wound healing in mouse skin was studied immunohistochemically. Within 24 hours after wounding, and preceding the formation of granulation tissue, tenascin appeared in the basement membranes beneath epidermis and hair follicles adjacent to the wound edges and in the wounded edges of cutaneous muscle layer. Granulation tissue b...

Congenital Midline Cervical Skin Bridge

A 6-month-old male infant presented in outpatient department with a congenital skin bridge in midline of the neck region. The bridge was causing difficulty in neck movements. On clinical examination the infant was healthy with a 1x4 cm skin bridge extending from the cervical region at the level of hyoid bone to the suprasternal notch, in the midline (Fig. 1,2). There were no other problems. The...

Thermal performance assessment of heat resistant fabrics based on a new thermal wave model of skin heat transfer.

A thermal wave skin model incorporating surface heat flux from a skin simulant sensor is developed to characterize the thermal performance of heat resistant fabrics covering the skin simulant sensor. Comparisons of time to 2nd-degree skin burn and temperature elevation of skin beneath a layer of fabric between the Pennes' equation and the newly developed thermal wave skin model are performed in...