Publications by authors named "Nandini Savoo"

Article Synopsis
  • The study investigates how a hindered organophosphorus compound reacts with different types of nucleophiles to understand the resulting stereochemistry.
  • The research utilizes theoretical computations with the B3LYP functional, revealing distinct reaction pathways based on the nucleophile type.
  • The reaction with aliphatic nucleophiles follows a backside S2@P pathway, while the aromatic nucleophiles involve a new S2@Cl mechanism and a frontside S2@C mechanism.
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Purpose: Diabetes mellitus is a common condition in the clinically obese. Bariatric surgery is one of the ways to put type 2 diabetes in remission. Recent findings propose the appetite-regulator peptide tyrosine tyrosine (PYY) as a therapeutic option for patients with type 2 diabetes.

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A-234, [EtO-P([double bond, length as m-dash]O)(F)-N[double bond, length as m-dash]C(Me)-N(Et)], is the suspected A-type nerve agent used in the Skripal attack on the 4th of March 2018. Studies related to the structure and reactivity of this compound are limited. We, therefore, aimed at understanding the underlying hydrolysis mechanism of A-234 within the DFT framework.

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We have computationally studied the bimolecular nucleophilic substitution (S 2) reactions of M NH + CH Cl (M  = Li , Na , K , and MgCl ; n = 0, 1) in the gas phase and in tetrahydrofuran solution at OLYP/6-31++G(d,p) using polarizable continuum model implicit solvation. We wish to explore and understand the effect of the metal counterion M and of solvation on the reaction profile and the stereochemical preference, that is, backside (S 2-b) versus frontside attack (S 2-f). The results were compared to the corresponding ion-pair S 2 reactions involving F and OH nucleophiles.

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The distortion/interaction-activation strain model (D/I-ASM), a fragment analysis method, is applied to study the structure-reactivity relationship in reactions. The application of D/I-ASM involves the generation of input files for points along a reaction profile, submission of input files to a quantum software package, processing of parameters from the resulting output files and generation of graphical plots. The ExcelAutomat tool (Laloo et al.

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