The aim of this article is to study ordered semihypergroups in the framework of (M, N)-Int-soft bi-hyperideals. In this paper, we Introduce the notion of (M, N)-Int-soft bi-hyperideals of ordered semihypergroups. Some properties of (M, N)-Int-soft bi-hyperideals in ordered semihypergroups are provided. We show that every Int-soft bi-hyperideal is an (M, N)-Int-soft bi-hyperideals of S over U but the converse is not true which is shown with help of an example. We characterize left (M, N) simple and completely regular ordered semihyper groups by means of (M, N)-Int-soft bi-hyperideals.

Background and Objectives: Thermal problem is one of the main challenges in 3D on-chip networks. Inappropriate traffic distribution, poor heat dissipation, cooling restriction for layers away from the chip heatsink are the main reasons for this problem. Methods: This paper proposes a new Intelligent routing algorithm called (IntTAR) to solve these problems. Int-TAR applies a routing for managing the heat in 3D on-chip networks dynamically. The main idea behind Int-TAR is to save the past states of the system and, according to these states, predict the future behavior of the network and perform routing dynamically. It is done by the threshold of routers dynamically based on the current status of the routers. Results: The simulation results show that Int-TAR decreases the temperature of the network by 13% and improves performance efficiently. Conclusion: The proposed idea shows the better benchmark for the thermal problem in 3D on-chip network. Also, the higher memory for storing the past state of the network can make accurate and the further performance for the network.

Background and objective: virulence genes in Salmonella are a combination of plasmid and chromosomal factors and a single genetic position would not be responsible for all biological manifestations in Salmonella. Considering the difference in the serotypes of Salmonella in terms of serious genes, the aim of this study was to compare the presence of plasmid and chromosomal virulence genes (Int, inv, spv (vir)) Salmonella typhimurium and Infantis in clinical cases in children and adults by Multiplex PCR. Materials and methods: In this study, 676 stool specimens were collected from patients referring to Imam Khomeini and Milad hospitals and 60 isolates were identified as Salmonella. After serotyping, 30 isolates were recognized as Salmonella infants and 30 isolates as salmonella typhimurium. By using the Multiplex PCR technique, the prevalence of spvC, invA and Int genes was studied. Results: All investigated serotypes had invA and Int genes. 93. 3% of typhimurium serotypes and 6/7% of infantis serotypes infants had SpvC gene. In 93/3% of typhimurium serotypes and 6/7% of infantis serotypes all three genes were present simultaneously. Conclusion: virulence genes increase the pathogenicity of typhimurium and Infantis strains. Therefore, the genetic and molecular genetic isolation of these genes can help to identify the bacterial enzymes and to make effective drugs for the treatment of related diseases.

Background and objective: virulence genes in Salmonella are a combination of plasmid and chromosomal factors and a single genetic position would not be responsible for all biological manifestations in Salmonella. Considering the difference in the serotypes of Salmonella in terms of serious genes, the aim of this study was to compare the presence of plasmid and chromosomal virulence genes (Int, inv, spv (vir)) Salmonella typhimurium and Infantis in clinical cases in children and adults by Multiplex PCR. Materials and methods: In this study, 676 stool specimens were collected from patients referring to Imam Khomeini and Milad hospitals and 60 isolates were identified as Salmonella. After serotyping, 30 isolates were recognized as Salmonella infants and 30 isolates as salmonella typhimurium. By using the Multiplex PCR technique, the prevalence of spvC, invA and Int genes was studied. Results: All investigated serotypes had invA and Int genes. 93. 3% of typhimurium serotypes and 6/7% of infantis serotypes infants had SpvC gene. In 93/3% of typhimurium serotypes and 6/7% of infantis serotypes all three genes were present simultaneously. Conclusion: virulence genes increase the pathogenicity of typhimurium and Infantis strains. Therefore, the genetic and molecular genetic isolation of these genes can help to identify the bacterial enzymes and to make effective drugs for the treatment of related diseases.