Fields of Work: Tissue Engineering, Dental Stem-Cells, Dental Pulp-CellsLectureships: Conservative Dentistry, Endodontics, Statistics, Journal Club

Wet Lab Techniques:Cell Culture Work:- Maintained and cultivated various cell lines.- Conducted cell seeding and passaging of HNSCC tumor cells.- Performed dose-response studies with Cisplatin.- Treated HNSCC tumors with substances like Doxycycline.- Conducted migration assays to study cell motility.- Engaged in tissue engineering: cultivated HNSCC tumors in 3D mesh.- Ensured adherence to sterile techniques and aseptic conditions.Immunology:- Isolated and cryopreserved PBMCs and serum samples.- Assessed cell counts using cell counters.- Activated T and B lymphocytes.- Evaluated CD4 and CD8 immune cells using flow cytometry.- Conducted Enzyme-linked Immunospot (ELISPOT) assays.General Lab Techniques:- Conducted ELISA for protein quantification.- Performed Luminex assays for multiplex protein quantification.- Executed and analyzed Western Blots for protein detection.- Applied flow cytometry (FACS) for cell analysis and sorting.- Established and statistically evaluated assays independently.- Maintained continuous quality assurance in laboratory processes.- Utilized various microscopy techniques (light, fluorescence, confocal).Dry Lab Techniques:Statistical Analysis:- Utilized SPSS for statistical analysis.- Applied GraphPad PRISM for statistical tests and data visualization.- Used R for complex data analysis and statistical computing.- Employed bioinformatics tools and databases (e.g., BLAST, GenBank).Graphical Analysis:- Created scientific charts and graphs with GraphPad PRISM.- Used Adobe Illustrator or BioRender for scientific illustrations.Process Optimization and Data Management:- Applied MATLAB for process optimization and data analysis.- Used Python for data manipulation and analysis.- Managed databases with MS Access.- Conducted data management and analysis with MS Excel.- Created and maintained laboratory protocols and Standard Operating Procedures (SOPs).

- Conducted detailed tutorials on the principles and interpretation of electrocardiograms (ECGs) for medical students.- Explained the electrophysiological basis of ECG waveforms, intervals, and segments.- Guided students through the identification and analysis of common and complex cardiac arrhythmias.- Facilitated hands-on practice sessions for accurate ECG measurement and interpretation.- Provided in-depth case studies to correlate ECG findings with clinical presentations and pathophysiology.- Enhanced students' diagnostic skills in identifying myocardial infarction, ischemia, and other cardiac disorders using ECG.- Taught advanced techniques for recognizing subtle ECG changes and their clinical significance.- Prepared students for practical examinations and real-world applications of ECG in cardiology practice.

- Facilitated Problem-Based Learning (PBL) sessions in medical education.- Guided students through complex medical cases.- Fostered collaborative learning and critical thinking.- Developed students' problem-solving and clinical reasoning skills.