Differences

This shows you the differences between two versions of the page.

--- applications [2013/01/14 11:37] – flack
+++ applications [2024/04/09 08:35] (current) – rkiss
@@ Line 1: / Line 1: @@
-====== Applications ======
+{{ :icon_big.png?65|}}
-Mcule.com's applications available under the 'Applications' tab are simple and powerful tools to generate or prioritize ideas. They are primarily designed to enhance the lead optimization process by solving various problems and helping to make Go/No-Go decisions.
+====== LEAD OPTIMIZATION ======
-Beside help in phys-chem profiling and avoiding toxicity, special applications called 1-Click Applications are designed to make very difficult molecule modeling tasks accessible by chemists and biologists in their everyday work.
+Mcule offers a continuously growing set of intuitive, easy-to-use modeling applications specifically designed to evaluate and generate ideas in the hit/lead optimization process. In the course of a drug discovery project, after identifying a hit or lead molecule, the next step is the optimization of multiple properties of the hit/lead. Some of the properties that typically need further optimization are binding affinity to the target, selectivity (affinity to off-targets) and [[http://en.wikipedia.org/wiki/ADME|ADMET]] properties.
--Click Docking can help prioritizing your ideas if the structure of the target protein is known. Estimation of binding orientation and binding affinity makes it possible to check the formation of critical interactions and to rank different structures from sketch.
+===== 1-CLICK DOCKING =====
--Click Scaffold Hop uses the powerful scaffold hopping tool FTrees Visual Similarities of BioSolveIt to help you generate new ideas or to get purchasable compounds that can show the same activity. FTrees are running on a specially selected diverse set of [[purchasable|4M+ purchasable compounds]] available at mcule.com.
+Molecular docking simulations predict the binding orientation and affinity of a ligand to a target. 1-Click Docking is the easiest molecular docking solution online. It has been designed to quickly test and rank-order ideas of medicinal chemists. Ideas can be prioritized based on the docking scores (predicted binding affinity) and interactions can be visualized between the ligand and the target.
-Mcule applications can be accessed under the 'Applications' tab.
+**[[1clickdocking|Learn more »]]**
+===== PROPERTY CALCULATOR =====
-The following applications are currently available:
+ADMET properties heavily depend on physicochemical properties. For example, high logP (> 5) and molecular weight (> 500 g/mol) are typically associated with unsuitable ADMET profile. Property calculator creates a physicochemical property profile for your compound in seconds. You can reject compounds with unsuitable logP, insufficient number of H-bond acceptors/donors, too many rotatable bonds, etc.
-**[[1clickdocking|1-Click Docking]]**
+**[[propcalc|Learn more »]]**
+===== TOXICITY CHECKER =====
-**[[1clickscaffoldhop|1-Click Scaffold Hop]]**
+Certain structural elements of a molecule can be responsible for toxicity. In fact, some substructural motifs occur more frequently in toxic compounds than in non-toxic ones. It therefore makes sense to eliminate such structural motifs from hits/leads as early as possible. Toxicity checker is based on more than 100 toxic and promiscuous scaffolds. It displays an alert, when such a motif is found, and it displays the incriminated part of the molecule.
-**[[propcalc|Property calculator]]**
+**[[toxicitychecker|Learn more »]]**
+===== IDEA VALIDATOR =====
-**[[toxicitychecker|Toxicity checker]]**
+Idea validator offers a fully customizable solution to validate and prioritize synthetic ideas. Business rules can be easily implemented. Feature set that can be integrated includes: activity prediction, target profiling, physicochemical property alerts, toxic alerts, commercial availability check
-**[[Ideaval|Idea validator]]**
+**[[Ideaval|Learn more »]]**