Martin lings as one of the most important thinkers of late traditionalism, is the extender and completer of its predecessors and analyses some undeveloped spheres of the tradition; one of these spheres is the DRAM and DRAMatic literature. Before Lings, there were hardly any attention to the DRAM as a sacred art and so after him; great traditionalists as Genon, Schuon and Coomaraswamy paid attention to literature but not to DRAMatic literature; and he is from this point of view, in most part, unique in traditionalism. He attempts in "Shakespeare in the light of sacred art' to prepare necessary grounds for a sacred reading-read proper reading-of Shakespeare texts and to show practical and theoretical necessities of such texts. So " Martin lings and theatre: toward a Poetics of mystic DRAM" will be an attempt to show dimensions and implications for reading DRAMas with mystic themes.

We have proposed the novel etching technology of Pt using a hard mask in reactive ion etching plasmas. By the insertion of a Ti mask layer and increasing the wafer temperature in O2 plasma by a dual frequency reactive ion etcher (RIE), we have obtained a higher Pt etching slope, This result not only enlightens the next generation of DRAM and FRAM technology, but also develops the basic technology ofpatterning inert materials.

Gate Induced Drain Leakage (GIDL) current is one of the main leakage current components in Silicon on Insulator (SOI) MOSFET structure and plays an important role in the data retention time of DRAM CELLS. GIDL can dominate the drain leakage current at zero bias and will limit the scalability of the structure for low power applications. In this paper we propose a novel technique for reducing GIDL and hence off-state current in the nanoscale single gate SOI MOSFET structure. The proposed structure employs asymmetric gate oxide thickness, which can reduce GIDL current, and hence Ioff current to about 98% in comparison with the symmetric gate oxide thickness structure, without sacrificing the driving current and losing gate control over the channel. This technique is very simple in the fabrication point of view in CMOS technology.

Background: The aim of this investigation is to evaluate the histologic results of biopsy in women with atypical squamous CELLS of undetermined significance (ASCUS) cytologic diagnosis.Materials and Methods: We reviewed a series of cases with ASCUS pap smears from March 1999 to Feb 2002 in Imam Khomeini Hospital (n= 104), Who had cervical biopsy indirected colposcopy (103) and in Onec endocervical biopsy obtained without colposcopy. In 60 patients before colposcopy and biopsy repeat pap smear was tabled.Results: Biopsy revealed 28.8% SIL (14 LSIL and 16 HSIL),1 invasive carcinoma and 1 endometrial carcinoma. Pap smear repeated for 60 women before colposcopy examination, which 7 (11.7%) of them were normal. ASCUS persisted in 45 cases (75%) and 8 cases (13.3%) turned out to be SIL (6 LSIL, 2 HSIL) of 7 normal repeat smear, 2 marked as LSIL by biopsy. In colposcopic examination 22 of 103 (21.4%) had normal view which one of them was LSIL histologically.Conclusion: Based on these findings, it seems immediate colposcopy and directed biopsy are appropriate procedures for management of ASCUS and to detect underlying SIL.

Background and Aim: Although the degeneration of nucleus pulposus CELLS (NPCs) is one of the main causes of intervertebral disc degeneration, the molecular complications of this disease have yet to be clarified. The ability of stem CELLS to differentiate into different types of CELLS, especially NPCs, has attracted much attention. This study aimed to investigate the role of genes with differential expressions in stem cell differentiation into NPCs and to identify the salient signaling pathways involved. Since there has not been an extensive study on the important genes of NPC cell differentiation, it is necessary to investigate this process. Methods: RNA-sequencing raw files of stem cell samples and differentiated NPCs with the accession number GSE122429 from the GEO database. The samples were analyzed, and genes with differential expressions were isolated in the R programming language with the Limma package via logarithmic fold changes (logFC) ≠, 3 and adjusted P-values < 0. 05. Functional analysis was conducted on the signaling pathways and biological processes of the differentially expressed genes using the Enrichr database. Results: In NPCs, 170 genes were upregulated, and 102 genes were downregulated. The functional analysis revealed that the differentially expressed genes were mostly involved in the extracellular matrix organization, collagen organization, and positive cellular processes. The study of signaling pathways identified the neural crest differentiation pathway as the most significant pathway in the evaluated samples. Considering logFC ≠, 3, overexpression was detected in MSX2, OLIG3, WNT3A, TWIST1, PAX3, RHOB, CDH6, COL2A1, CDH1, ZIC1, PMP22, SNAI2, and MSX1, all of which are involved in the neural crest differentiation pathway. Conclusion: Our results should expand the knowledge of the molecular pathways involved in stem cell differentiation into NPCs and proffer new clues to the treatment of intervertebral disc degeneration. Nonetheless, more detailed molecular studies are needed to determine the reliable biomarkers of NPCs.