مرکز تحقیقات شیمی دارویی و گیاهی انگلیسی

Design, targeted computer studies, synthesis and evaluation of the effect of new heterocyclic derivatives with the aim of treating cancer and achieving new therapeutic goals.
Rational design and computer studies, synthesis and evaluation of the effect of new compounds with the aim of countering drug resistance.
Rational design, computer studies, synthesis and evaluation of the effect of new structures with the aim of inhibition of MET in cancer treatment.
Rational design and computer studies, synthesis and evaluation of the effect of new structures with the aim of inhibition of Akt or other downstream targets of Met-kinase effective in cancer treatment.
Design, computer studies, synthesis and evaluation of the effect of new heterocyclic structures with inhibitory effects of beta-secretase enzyme (Bace1).
Design, computer studies, evaluation of the effect and synthesis of new structures with inhibitory effects against acetyl cholinesterase enzyme (AChE).
Design, computer studies and synthesis and evaluation of the effect of the effective structures with Neuroprotective effects.
Design, computer studies and synthesis and evaluation of the effect of heterocyclic structures with inhibitory effect of the amyloid peptides.
Design and computer studies, synthesis and evaluation of the effect of Multi-Target-Directed Ligands (MTDL) effective in Alzheimer treatment.
Investigation of the plants of the genus Salvia and Anthemis for isolating their anti-cancer constituents.
Investigation of marine seaweeds for isolation of their anti-cancer constituents.
Investigation of marine sponges and their associated-microorganisms for isolation of anti-cancer compounds.
Investigation of the plants of the genus Salvia for isolation of their phytochemicals with inhibitory activity against beta-secretase (Bace1) and cholinesterase (ChE) enzymes.
In vitro bioassays for alpha glucosidase and amylase –inhibitory potential of marine algae and evaluation of the bioactive extracts in anti-diabetic test in vivo tests.
Molecular dynamics simulation of nanoemulsion drug delivery system for inhibition of cancer cell growth.