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   πΌπ‘› π‘†π‘–π‘™π‘–π‘π‘œ profiling of new 1,2,3,4-tetrahydropyrimidine derivatives linked to hydroxamate moiety by various aromatic linkers as hdacs inhibitors  
   
Ω†ΩˆΫŒΨ³Ω†Ψ―Ω‡ alwash ameer h. ,saad yaseen yahya ,najumuldeen zeyad ,khaleel ibrahim nihad
Ω…Ω†Ψ¨ΨΉ advanced journal of chemistry-section a - 2025 - Ψ―ΩˆΨ±Ω‡ : 8 - Ψ΄Ω…Ψ§Ψ±Ω‡ : 7 - ءفحه:1201 -1223
Ϊ†Ϊ©ΫŒΨ―Ω‡    A 100-ns md simulation of the apo-protein and compound a protein complex was carried out using rmsd and rmsf evaluations to investigate the stability of the tested complex with regards to the hdac-2 target site. the apoprotein (c𝛼) showed a significant rmsd value of 0.90 Γ₯ throughout the simulation period with no major fluctuation, showing the conformational stability of the apo-protein structure. in addition, the compound a/protein complex displayed stability during the simulation period with an rmsd value of 1.6 Γ₯, suggesting a low chance of compound escape from the target pocket with no fluctuation.
Ϊ©Ω„ΫŒΨ―ΩˆΨ§Ϊ˜Ω‡ 4-tetrahydropyrimidine ,biginelli reaction ,hdac enzyme ,adme study
Ψ’Ψ―Ψ±Ψ³ al-bayan university, college of pharmacy, department of pharmaceutical chemistry, iraq, tikrita university, college of pharmacy, department of pharmaceutical chemistry, iraq, al-bayan university, college of pharmacy, department of pharmaceutical chemistry, iraq, diyala university, college of sciences, department of chemistry, iraq
ΩΎΨ³Ψͺ Ψ§Ω„Ϊ©ΨͺΨ±ΩˆΩ†ΫŒΪ©ΫŒ nihadkhaleel6@gmail.com
 
     
   
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