Abstract:In this review we describe various applications of Szeged (Sz) index for modeling physicochemical properties as well as physiological activities of organic compounds acting as drugs or possess pharmacological activity.Keywords: Szeged index, physicochemical properties, biological activity, drug design, QSPR, QSAR, QSTR, multiple regression analysis. # On the eve of 70 th birthday of both Prof. Padmakar V. Khadikar and his wife Mrs. Kusum Khadikar.
“…10,16,17 Here we propose a novel version of the edge-Szeged index and its properties are discussed for several classes of (molecular) graphs.…”
Section: Discussionmentioning
confidence: 99%
“…Since the Szeged index has immediately been recognized as interesting and useful molecular descriptor, many contributions appeared to report its mathematical properties (e.g., References 2-9) and various applications to modeling the physicochemical properties and physiological activites of organic compounds. Khadikar et al 10 succinctly summarized the applications of the Szeged index in the quantitative structure-property-activity-toxicity modeling. In that paper the authors also stated that the total number of publications on the Szeged index and its variants up to the time of preparation of the paper is about 120 and among them more than 60 are reporting various applications.…”
Section: Introductionmentioning
confidence: 99%
“…All these papers are listed in their review. 10 Since the article by Khadikar et al 10 appeared in 2005, many more contributions appeared, e.g., References 11-15.…”
Abstract.A novel version of the edge-Szeged index is proposed in parallel to the revised (vertex) Szeged index, and some properties, especially lower and upper bounds are established for this molecular descriptor. (doi: 10.5562/cca1889)
“…10,16,17 Here we propose a novel version of the edge-Szeged index and its properties are discussed for several classes of (molecular) graphs.…”
Section: Discussionmentioning
confidence: 99%
“…Since the Szeged index has immediately been recognized as interesting and useful molecular descriptor, many contributions appeared to report its mathematical properties (e.g., References 2-9) and various applications to modeling the physicochemical properties and physiological activites of organic compounds. Khadikar et al 10 succinctly summarized the applications of the Szeged index in the quantitative structure-property-activity-toxicity modeling. In that paper the authors also stated that the total number of publications on the Szeged index and its variants up to the time of preparation of the paper is about 120 and among them more than 60 are reporting various applications.…”
Section: Introductionmentioning
confidence: 99%
“…All these papers are listed in their review. 10 Since the article by Khadikar et al 10 appeared in 2005, many more contributions appeared, e.g., References 11-15.…”
Abstract.A novel version of the edge-Szeged index is proposed in parallel to the revised (vertex) Szeged index, and some properties, especially lower and upper bounds are established for this molecular descriptor. (doi: 10.5562/cca1889)
“…These generalizations of Wiener index coincide for acyclic molecules (trees) but are quite different from each other for most cycle-containing structures. In structure-property research, Wiener index and its generalizations have found applications in a variety of fields, such as boiling points of alkanes [15], conformational switching in RNA structures [19], molecular cyclicity [16], drug modeling [20], and network bipartivity [21].…”
ABSTRACT:The Wiener index of a connected graph is defined as the sum of distances between all unordered pairs of its vertices. It has found various applications in chemical research. We determine the minimum and the maximum Wiener indices of trees with given bipartition and the minimum Wiener index of monocyclic graphs with given bipartition, respectively. We also characterize the graphs whose Wiener indices attain these values.
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