Salma Zannah

Organised and dependable candidate successful at managing multiple priorities with a positive attitude. Quick-learner with experience meeting deadlines in demanding circumstances. Seeking to launch career with company offering professional development opportunities. Holds degree in Chemistry Bsc and eager to expand on classroom experience.

• Synthesis of Analgesics

    - Involve in multi-step organic synthesis process for paracetamol and phenacetin 

    - Proficient in handling regents 

    - Applied rigorous analytical techniques to ensure purity and quality of synthesised compounds

• Study of Protein-Ligand Binding by Fluorescence

    - Conducted in-depth investigations into ligand-binding interactions

    - Analysed and interpreted experimental data to draw meaningful conclusions about the binding kinetics and affinity, contributing valuable insights          

       to the understanding of molecular interactions

• Pharmacokinetic Models

     - Developed and implemented pharmacokinetic models for drug absorption, distribution, metabolism, and excretion

     - utilised Python programming to extrapolate graphs and formulate predictive models, enhancing the efficiency of data analysis and interpretation

       in pharmacological research.

• Measuring the Alcohol Content of Wine using Gas Chromatography

   - Implemented sample preparation techniques and calibrated gas chromatography equipment for accurate analysis

   - Conducted rigorous data analysis and interpretation, ensuring precision in quantifying alcohol concentrations.

   - Experience honed analytical skills but also demonstrated the application of sophisticated instrumentation in beverage analysis.

• High Liquid Performance Chromatography (HPLC) For the separation of Analgesics

   - Demonstrated a meticulous approach to sample preparation and calibration, ensuring reliable and reproducible results.

   - Developed robust chromatographic methods, optimising parameters for efficient separation and accurate quantification of individual analgesics.