Qualitative and quantitative analysis of proteins using a combination of light scattering techniques in your workflow

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00:00:00 Qualitative and quantitative analysis of proteins using a combination of light scattering techniques in your workflow
00:02:18 Qualitative and quantitative analysis of proteins using a combination of light scattering techniques in your workflow
00:02:42 Pharmaceutical industry
00:03:34 Pharmaceutical Drug Development Pipeline
00:04:56 Where can light scattering be used?
00:05:59 Complementary techniques
00:07:10 Light Scattering
00:07:59 Static Light Scattering – Molecular Weight
00:08:57 Hardware for Analytical SEC
00:10:25 Analytical SEC Chromatogram
00:11:13 Advanced analytical SEC
00:11:42 Dynamic Light Scattering
00:13:07 Correlation Functions
00:14:05 Size Data
00:15:58 Instruments and Applications
00:16:37 Summary of DLS and SEC – pros and cons
00:18:38 Molecular weight and oligomeric state
00:20:32 Conformational changes
00:22:02 Membrane Protein
00:23:58 Aggregate quantification
00:25:37 Effect of Storage Conditions
00:27:23 Oligomeric States of Thermophile protein using DLS
00:28:58 Protein stabilised by ligand binding
00:29:29 Measuring Mw and A2 by static light scattering
00:30:57 Electrophoretic light scattering (Zeta potential)
00:32:54 Which technique is appropriate?
00:34:53 Aggregate detection
00:35:32 Aggregated BSA experiments
00:35:56 Aggregated BSA - DLS experiments
00:37:52 Aggregated BSA - DLS experiments
00:40:12 Aggregated BSA experiments – SEC LS
00:41:55 Aggregated BSA experiments
00:42:37 Qualitative aggregate detection
00:43:47 Oligomer ratio experiments
00:44:29 Oligomer resolution
00:46:03 Oligomer resolution
00:47:29 Formulation
00:48:23 Formulation
00:49:28 Summary
00:50:19 Conclusions
00:51:05 Contact Information
Light scattering and chromatography are key tools for protein formulation and characterization studies providing complementary information on protein stability, aggregation, thermal stability, molecular weight, oligomeric state and structure