The new BODIPY compounds were synthesized based on 1,2,4-oxadiazolyl-1H-pyrroles. The strategy for this new BODIPY was used as reaction azolylenamines with isocyanides followed by next condensation with aldehydes with presence of TEA. These new BODIPY compounds will be tested by cyclic voltammetry for potential application in organic electronics.

As a result of joint researches, methods for the synthesis of mixed heterocyclic ligands containing heterocycles completely different in electronic properties (for example, 1,2-azole-1,2,3-triazole, 1,2-azole-pyridine, 1,2-azole-pyrimidine) and their complexes with palladium and nickel were obtained. Palladium isoxazole-1,2,3-triazole complexes are such active catalysts for cross-coupling and reduction reactions in aqueous media that they can be used in trace amounts (1–10 ppm). For the first time, a promising and very active in catalysis of cross-coupling and reduction reactions hybrid bimetallic material based on Pd-Ni-B-L doped with palladium and modified with azole ligands [L - isoxazole-1,2,3-triazole(pyrimide) ligands] was developed.

Main topics of the conference: Blow-up and singularities for nonlinear PDEs; Peaking regimes in nonlinear evolution equations; Large solutions of nonlinear elliptic and parabolic equations and systems;

The 25th International Conference on Analytical & Stochastic Modelling Techniques & Applications ASMTA-2019 organized by Peoples’ Friendship University of Russia (RUDN University). ASMTA-2019 will be held in Moscow, Russia

Isolation and medicinal importance: In 2007, Khanitha Pudhom et al. isolated a class of furanocembranoids1 1 (Figure 1) from the hexane extract of croton oblengifolius roxb sp. Furanocembranoids-1 showed cytotoxicities againest BT474 (human breast ductol carcinoma), CHAGO (human undifferentiate lung carcinoma), Hep-G2 (human liver hepatoblastoma), KATO-3 (human gastric carcinoma) and SW-6 (human colon adrenocarcinoma).

The constant growth of interest in different macrocycles can be mainly explained by their broad scope of possible applications. Macrocycles were proven to be valuable bioactive substances and complexing agents.

Pyrrole core is the basis of many pharmacologically active compounds1,2. For example, 3-substituted pyrroles are found in a variety of medicinal and agrochemical applications, such as efficient inhibitors of histone deacetylase3, HIV-1 transcriptase4, and COX-1/COX-2 cyclooxygenases5. Furthermore, the 4-acetyl pyrroles (JWH series) has moderate affinity for the CB1 receptor6.

The Training School features a program of lectures delivered by leading experts in the area of 5G networks. The objective of the School is to give attendees a global view, with an insight into some specific aspects, on research in key features of the emerging 5G technologies from the networking perspective, addressing models, architectures and applications. Attendees will have an opportunity to participate in stimulating discussions with leading experts, obtain useful feedback, and initiate new collaborations. Lectures will provide the background on 5G wireless communications networks concepts. In the course of the lectures, connections will be made to network architectures and protocol design, including radio resource management issues, while also introducing the mathematics associated with analysis and optimisation of the emerging wireless communication systems.

Heterocycles hold a key point in organic and medicinal chemistry as they act as a bridge between life sciences and biochemical investigations. A significant amount of contemporary investigation is being currently pursued on these compounds worldwide.