فهرست مطالب mohammd shabani

Water is one of the main elements in the formation of the garden, the way of its presence and movement has a special system and in different types of Iranian garden, it takes different forms. present study was conducted to explain the behavior of water in the formation of Birjand horticultural system based on quantitative modeling.

study was purpose and deductive in terms of the method used and its strategy. the statistical population of the study consisted of 247 people, including members of committees and experts in the field of architecture, of which 150 members of committees and experts in the field of architecture using Morgan and Georgian table as the sample size was selected. And were studied. Data collection tools were also researcher-made questionnaires. Data analysis was performed using Spss software version 25 and KMO test.

The results of data analysis showed that not only water is important in the view of architects in Birjand horticultural system, but also water (in terms of process, functional and environmental dimensions) can make the audience rise and mobilize psychological pleasure in Force the gardening system (P <0.05). Conclusions and Suggestions: According to the obtained results, it is suggested that organizations such as municipality, cultural heritage, etc. to revive the identity of traditional and original Iranian architecture for the next generation in the design of urban parks, tourist complexes and tourism, Design of spatial elements and squares Use the spatial patterns obtained in this research along with other researches.

It is now well-demonstrated that histone demethylases play an important role in developmental controls, cell-fate decisions, and a variety of diseases such as cancer. Lysine-specific demethylase 5D (KDM5D) is a male-specific histone demethylase that specifically demethylates di- and tri-methyl H3K4 at the start site of active genes. In this light, the aim of this study was to investigate isoform/transcript-specific expression profiles of KDM5D in three prostate cancer cell lines, Du-145, LNCaP, and PC3. Real-time PCR analysis was performed to determine the expression levels of different KDM5D transcripts in the prostate cell lines. A gene regulatory network was established to analyze the gene expression profile. Significantly different expression levels of both isoforms were found among the three cell lines. Interestingly, isoform I was expressed in three cell lines while isoform III did only in DU-145. The expression levels of both isoforms were higher in DU-145 when compared to other cell lines (P<0.0001). The observed expression profile was determined by using regulatory network analyses. The present study, for the first time, not only showed the expression profiles of KDM5D isoforms in prostate cancer cell lines but also evaluated the effects of the gene regulatory network on the expression profile of this gene.