FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W4304789163> ?p ?o ?g. }

• W4304789163 abstract "Emerging infectious diseases (EID) as well as reappearing irresistible infections are expanding worldwide. Utmost of similar cases, it was seen that the EIDs have long been perceived as a predominant conclusion of host-pathogen adaption. Here, one should get to analyze their host-pathogen interlink and their by needs to look ways, as an example, by exploitation process methodology particularly molecular docking and molecular dynamics simulation, have been utilized in recent time as the most outstanding tools. Hence, we have overviewed some of important factors that influences on EIDs especially HIV/AIDs, H1N1 and coronavirus. Moreover, here we specified the importance of molecular docking applications especially molecular dynamics simulations approach to determine novel compounds on the emerging infectious diseases. Additionally, in vivo and in vitro studies approach to determine novel compounds on the emerging infectious diseases that has implemented to evaluate the limiting affinities between small particles as well as macromolecule that can further, used as a target of HIV/AIDs, H1N1, and coronavirus were also discussed. These novel drug molecules approved in vivo and in vitro studies with reaffirm results and hence, it is clear that the computational methods (mainly molecular docking and molecular dynamics) are found to be more effective technique for drug discovery and medical practitioners. • Emerging infectious diseases (EIDs) are among the major problems impacted on global economics and health. • Few key factors that influences on EIDs especially HIV/AIDs, H1N1 and coronavirus were overviewed. • MD simulations approach to understand novel compounds with emerging infectious diseases are discussed." @default.
• W4304789163 created "2022-10-13" @default.
• W4304789163 creator A5001662637 @default.
• W4304789163 creator A5008543985 @default.
• W4304789163 creator A5009049559 @default.
• W4304789163 creator A5018488095 @default.
• W4304789163 creator A5023552493 @default.
• W4304789163 creator A5025084394 @default.
• W4304789163 creator A5025818163 @default.
• W4304789163 creator A5031080278 @default.
• W4304789163 creator A5044699104 @default.
• W4304789163 creator A5066995737 @default.
• W4304789163 creator A5071763432 @default.
• W4304789163 creator A5079658335 @default.
• W4304789163 date "2022-10-01" @default.
• W4304789163 modified "2023-09-27" @default.
• W4304789163 title "WITHDRAWN: Molecular docking used as an advanced tool to determine novel compounds on emerging infectious diseases: A systematic review" @default.
• W4304789163 cites W2004450485 @default.
• W4304789163 cites W2015291899 @default.
• W4304789163 cites W2029929727 @default.
• W4304789163 cites W2034497543 @default.
• W4304789163 cites W2040727638 @default.
• W4304789163 cites W2052991207 @default.
• W4304789163 cites W2127435093 @default.
• W4304789163 cites W2128625058 @default.
• W4304789163 cites W2140453379 @default.
• W4304789163 cites W2146242600 @default.
• W4304789163 cites W2168109952 @default.
• W4304789163 cites W2217972398 @default.
• W4304789163 cites W2336629522 @default.
• W4304789163 cites W2337272231 @default.
• W4304789163 cites W2341692964 @default.
• W4304789163 cites W2419254034 @default.
• W4304789163 cites W2463820852 @default.
• W4304789163 cites W2507553422 @default.
• W4304789163 cites W2550762460 @default.
• W4304789163 cites W2563295531 @default.
• W4304789163 cites W2578119541 @default.
• W4304789163 cites W2589048181 @default.
• W4304789163 cites W2590078953 @default.
• W4304789163 cites W2607268271 @default.
• W4304789163 cites W2619369624 @default.
• W4304789163 cites W2621121385 @default.
• W4304789163 cites W2621435706 @default.
• W4304789163 cites W2666522191 @default.
• W4304789163 cites W2741933731 @default.
• W4304789163 cites W2771472591 @default.
• W4304789163 cites W2772977311 @default.
• W4304789163 cites W2793009066 @default.
• W4304789163 cites W2793022939 @default.
• W4304789163 cites W2795888367 @default.
• W4304789163 cites W2803744340 @default.
• W4304789163 cites W2809147071 @default.
• W4304789163 cites W2885572873 @default.
• W4304789163 cites W2887323995 @default.
• W4304789163 cites W2892113269 @default.
• W4304789163 cites W2893833068 @default.
• W4304789163 cites W2902097212 @default.
• W4304789163 cites W2909338596 @default.
• W4304789163 cites W2910697814 @default.
• W4304789163 cites W2912227521 @default.
• W4304789163 cites W2929316536 @default.
• W4304789163 cites W2931540066 @default.
• W4304789163 cites W2947642275 @default.
• W4304789163 cites W2947907807 @default.
• W4304789163 cites W2972604039 @default.
• W4304789163 cites W3001652609 @default.
• W4304789163 cites W3003380197 @default.
• W4304789163 cites W3005212621 @default.
• W4304789163 cites W3006419170 @default.
• W4304789163 cites W3008451345 @default.
• W4304789163 cites W3008937361 @default.
• W4304789163 cites W3010223921 @default.
• W4304789163 cites W3011102168 @default.
• W4304789163 cites W3013800395 @default.
• W4304789163 cites W3014143799 @default.
• W4304789163 cites W3014871807 @default.
• W4304789163 cites W3015554176 @default.
• W4304789163 cites W3017565747 @default.
• W4304789163 cites W3023126697 @default.
• W4304789163 cites W3046218112 @default.
• W4304789163 cites W3048426487 @default.
• W4304789163 cites W3048531412 @default.
• W4304789163 cites W3088671026 @default.
• W4304789163 cites W3092712933 @default.
• W4304789163 cites W3093014600 @default.
• W4304789163 cites W3191322063 @default.
• W4304789163 cites W3194495953 @default.
• W4304789163 cites W4200012588 @default.
• W4304789163 cites W4200059599 @default.
• W4304789163 cites W4200266997 @default.
• W4304789163 cites W4200559089 @default.
• W4304789163 cites W4206800140 @default.
• W4304789163 cites W4214742297 @default.
• W4304789163 cites W4247050267 @default.
• W4304789163 cites W61364673 @default.
• W4304789163 cites W3092563655 @default.
• W4304789163 doi "https://doi.org/10.1016/j.pbiomolbio.2022.10.001" @default.
• W4304789163 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/36240897" @default.
• W4304789163 hasPublicationYear "2022" @default.

• next