As a Drug Discovery Graduate, the current trends in the field of Research requires contribution from great aspiring biologists and pharmacologists. I feel just like the universe, the human body genome is filled with molecular interactions that are still yet to be decoded. This class is for those aspiring students that strive to learn, gain knowledge and apply it and contribute towards research of innovative therapeutic regimens. This class will comprise of understanding human nervous system and begining with introduction to cell signaling and an overview of neurotransmitters, along with understanding of their actions on different cells and the further outcome. Everyone is welcomed to join the class, don't worry if you are just a budding beginner, we can start slow and I would like to help you understand and remember the important concepts from the topic. I specialize in pharmacology, pharmacognosy, pharmaceutical sciences, drug discovery and biochemistry. I like to challenge myself and my students without being overwhelmed and heavily stressed. I rely on note-making, scheduling and summarizing theory making it easier memorize and revise. I also help my students to understand time management which proves to be fruitful during exams. I assign homework and assignments which make my students brainstorm and learn better.

I am a Bioinformatics Ph.D. expert with 20 years of experience.I can provide practical, hands-on guidance across multiple advanced computational disciplines. The curriculum bridges the gap between biology, chemistry, and digital immunology to teach advanced sequence analysis, DNA-protein motif location, domain analysis, phylogenetic tree prediction, and genome sequence analysis. Students will master structural biology techniques, including 3D protein modeling, visualization, binding cavity analysis, 3D peptide modeling, and structural comparisons. My teaching also delivers deep insights into chemical database analysis, 2D to 3D structure conversion, molecular property calculation, bioactivity prediction, and the core principles of Computer-Aided Drug Designing and Development (CADD) using QSAR modeling, pharmacokinetics, ADMET profiling, and in silico toxicity prediction. Finally, students can apply these skills to oncology and immunology by conducting mutation studies on cancer genes, analyzing mutational effects, and performing advanced molecular, peptide-peptide, and drug-peptide docking simulations to evaluate therapeutic efficacy and resistance.

💊 Struggling with Pharmacology? I can help! I’m a PharmD graduate from the University of Szeged, offering 1-to-1 Pharmacology tutoring in English for pharmacy and medical students. 📚 We can work on: • Drug mechanisms & drug classes • Therapeutics & side effects • Clinical cases • Exam preparation & MCQs • Difficult topics you want to understand better 🎯 Simple explanations, practical examples, and lessons based on your needs and your course. 📍 In-person in Szeged 💻 Online worldwide 👤 1-to-1 sessions Let’s make Pharmacology easier! 😊