Dr. Cedrique Temoka

Entwicklung von analytischen Methoden für Wirkstoffe, Intermediate und finale Darreichungsformen unter Berücksichtigung der gültigen GMP-Richtlinien in relevanten Bereichen (Flüssigchromatographie, Freisetzung) sowie für gängige Arzneibuchmethoden.

Optimization and validation of the analytical methods including the creation of validation documents in german or english language. Planning and carrying out laboratory work. Preparation of work instructions and test specifications. Evaluation and approval of analysis results Instruction and training of laboratory personnel.

Investigation of dissolved Persistent organic pollutant (POP) in the river (China) by chemical and toxicological measures in passive sampler SPMD Method development using GC/MS und HPLC in an accredited laboratory ISO 17025

Analysis of auto maintenance products Analysis of Gasoline, oil of engine, brake liquid as well as classifications and declarations within the framework of the danger property processing. Technical tools: ICP-OES, GC, HPLC, titration

Routine analysis of Scavenger using ICP-OES und HPLC.Phosphonics recycles Metals from medicine and chemical products using Scavengers.

Analysis of crop, soil and veterinary residues with LCMS- MS and GC/MS to generate data to support agrochemical and veterinary registrations. Working in compliance with GLP.

Optimization of microemulsion My role involved developing and reformulating an existing detergent, maintaining its performance and complying with the requirements of updated standards. Technical tools: HPLC, GC, Rheology, densitometer, colorimetric testing.

Concentration by distillation, crystallization and filtration on membrane. I was engaged to carry out the separation technology of chemical or food products by means of distillation and crystallisation. Thus in different concentration, it was my task to find out the viscosity, the boiling point, pH and concentration of some solvents.

Investigation of dissolved Persistent organic pollutant (POP) in the river (China) by chemical and toxicological measures in passive sampler SPMD Method development using GC/MS und HPLC in an accredited laboratory ISO 17025

Formulation of the synthetic and natural polymers • Additives, stabilizers, load, reactivity • Adhesive, varnish, paintings • Chromatography • Morphology and rheology of polymers

• Biology, Microbiology • Biochemistry • Mathematic • Protein and Nucleic acid • Chromatography and spectrometry • Organometallic chemistry and chemistry of Coordination • Electrochemistry, Catalysis and Kinetic