Peter Huus Email & Phone Number

Preparation of Formulations for In Vivo Animal Experiments.In the Research Area:- Performing chemical stability studies on UPLC- ThT assay for physical stability- Solubility tests on UPLC and CADIn the Chemistry Area:- Cleavage of peptides after synthesis - Purification of peptides and proteins by Waters HPLC.- Aliquoting peptides based on CAD- Characterization of peptides and proteins using LC-MS.

Protein And Peptide Biophysics

Worked with various biophysics methods: CD, NMR, DLS, NanotemperSuperuser NMR, responsible for filling of Liquid Nitrogen. Made assignment of peptides by 2D NMR

Cmc Diabetes Analysis & Formulation

Working in the exciting field of Formulation Development and Medical Devices- Performing of several formulation uptimation and stability studies- Work in LAF-bench- Macroscopy and microscopy of supensions- ThT assay for physical stability- Reposible for studies finding a film as candidate for a flexible reservoir for insulin- Filling of micro-emulsions in capsules- Writing NDA reports for submission for new products

Enzyme Analytical Laboratory In Bagsværd

- Worked with various enzyme analyses.- Worked after ISO/GLP rules.- Data processing in LIMS

Frederiksberg

- Microscopy of spinal fluid for diagnosis of meningitis.- Leukocytes differential count.- Responsible for purchase of new wagons for blood test sampling

Randers

Worked with different analyses in the fields:- Hæmatologi- Coagulation- Electroforese- Electrometri- Microscopy- Blood gas AnalyzerClinical immunology: blood type test and blood compatibility testIT: LABKA

Viborg

Randers

Bachelor'S Degree, Biomedical Laboratory Scientist

Single Course Student, Advanced Nmr Spectroscopy

The course I took, taught by Charlotte H Gotfredsen, covered an introduction to the different 2D homo- and heteronuclear NMR techniques.

Single Course Student, Life Science, Organic Chemistry

Content: The cell as basic biological unit. Structure of amino acids and proteins, nucleotides and nucleic acids, carbohydrates.

Single Course Student, Organic Chemistry 2

The content of this course taught by Robert Madsen: Different kind of syntheses. Brief introduction to IR and 1-H NMR spectroscopy.

Single Course Student, Biochemistry

Small biomolecules as building blocks of proteins, polysaccharides, lipids, and nucleic acids. Structure and function of macromolecules.

Single Course Student, Nmr Spectroscopy

The course, taught by Charlotte Godtfredsen, covered an introduction to the different 1D and 2D homo- and heteronuclear NMR techniques.

Single Course Student, Spectroscopy Of Organic Compounds

Content: 1H and 13C nuclear magnetic resonance spectroscopy (NMR). Mass spectrometry (MS). Infrared spectroscopy (IR). Ultraviolet.