Characterization of Enzymatic Activity and Thermostability of Beta-Glucosidase B (BglB)-Histidine-328-Asparagine for D2D Database Contribution

The purpose of this research was to analyze the difference between β-glucosidase B (BglB) wild-type enzyme and BglB-Histidine-328-Asparagine (H328N). We hypothesized that this mutation will demonstrate decreased catalytic efficiency and thermostability in comparison to the wild-type because of a change in Rosetta scores, shown by an overall energy increase. We based our assumption off of the results we obtained from the Foldit, a mutation simulation program. Further testing through enzymatic and thermostability assays will give us more information on the mutation

Wireless Sensor Networks for Smart Communications

(First paragraph) In the first edition of the special issue titled “Wireless Sensor Networks for Smart Communications”, a total of 22 manuscripts were received and 6 of these were accepted. This issue demonstrated that network congestion, user mobility, and adjacent spectrum interference are the main reasons for the degradation ofcommunication quality inWireless Sensor Networks (WSNs)

Performance Estimation for 5G Millimeter-Wave Communication

An outline of Performance characteristics in the fifth way of generation system that is (5G) wireless communication is currently being created more utilize in the frequency range of millimeter wave (mmWave) is provided in this paper. Here, the early findings and core ideas of 5G networks are provided, along with a description of the efforts made by various international groups to simulate the channels for both licensed and unlicensed applications. Path Loss, LOS probability for multiple standards bodies such as (LOS) called a   line-of-sight and further having (NLOS) called as  Non line-of-sight probabilities for the range of frequency of 28 GHz  has been compared