The story of "shah Rukh and Golruk" lyrical stories of the twelfth century AD, including Khyalangyzy stories in which the hero with supernatural forces of world domination is natural. This story is unparagraphed prose between the Safavie eras. As the abundance of words, the use of compounds in Arabic, the verb attribute Azvjh, compositing, Atnabhay successive ensure the use Of the deeds and words of special meaning and use of words in Turkish and Mongolian features is its lightness.Story writer intellectual approach based on three lyrical, epic and education. As the writer to advance their story forms and epic scenes, festive and combat applies in Ghana. Then, using the results of a religious approach to education focuses on the ethical issues. This article results of research remained the only version * of the story, "Shah Rukh She 'that it analyzed the stylistic features.

Objective: Systemic lupus erythematosus (SLE), an autoimmune systemic disease with unknown etiology, affects virtually every part of the body; involvement of the central nervous system (CNS) is one of the major causes of morbidity and mortality in systemic lupus erythematosus (SLE) patients and is the least understood aspect of the disease. Neutropenia is very uncommon in childhood lupus. True negative anti nuclear antibody (ANA) tests in patients with lupus are now very rare. The patient reported here was a 12-year-old girl with ANA negative lupus cerebritis who presented with left hemiparesia after a generalized seizure, with neutropenia observed during its course.

A Novel modified Analcime (Na16 (Al16Si32O96) · 16H2O) zeolite with a new molar ratio have been successfully synthesized. In order to investigate the role of the template, Different samples were synthesized with and without Tetramethylammoniumhydroxide (TMAOH) template through hydrothermal method. Different synthesis times (24, 36 and 72 hours) and molar ratios have been utilized. The optimum sample with highest Crystallinity (95. 2%) has been used as seed for synthesis of analcime membrane on α-alumina support via Seed-assisted crystallization method. The resultant analcime membranes were then modified by Cu+2 and Ni+2 by ion exchange method. Synthesis of these materials is confirmed by the XRD, EDX and SEM methods. The SEM results of modified membranes showed that the surface of the support is shielded with a continuous layer of Ni+2 and Cu+2 crystals and the analcime zeolite are not destructed. Also, the results of XRD patterns verified that the main diffraction peaks of synthesized zeolites are similar to the analcime zeolite component and ion exchange reactions have not disturbed the structure of zeolite. Furthermore, the purity of analcime zeolites and its orthorhombic structure has been established. It should be mentioned that the modified membrane can be merged as a potential material for many applications such as gas separation.