| W1 M1 Aqueous Solutions Acids Bases Buffers Systems and pH Meter |
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| W1 M2 Colorimetry and UV VIS Absorption Spectroscopy PART 1 |
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| W1 M2 Colorimetry and UV VIS Absorption Spectroscopy PART 2 |
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| W1 M2 Colorimetry and UV VIS Absorption Spectroscopy PART 3 |
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| W1 M3 Introduction to Hydrodynamic Techniques Part 1 |
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| W1 M3 Introduction to Hydrodynamic Techniques Part 2 |
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| W1 M3 Introduction to Hydrodynamic Techniques Part 3 |
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| W2 M4 Centrifugation Principles Methodology PART 1 |
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| W2 M4 Centrifugation Principles Methodology PART 2 |
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| W2 M4 Centrifugation Principles Methodology PART 3 |
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| W2 M5 Density Gradient Centrifugation |
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| W2 M6 Differential Centrifgation for Subcellular Fractionation |
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| W3 M7 Gel filtration Principle Methodology Applications PART 1 |
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| W3 M7 Gel filtration Principle Methodology Applications PART 3 |
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| W3 M8 Planar Chromatography PART 1 |
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| W3 M8 Planar Chromatography PART 2 |
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| W3 M8 Planar Chromatography PART 3 |
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| W4 M9 Ion exchange Chromatography PART 1 |
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| W4 M9 Ion exchange Chromatography PART 2 |
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| W4 M9 Ion exchange Chromatography PART 3 |
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| W4 M10 Affinity Chromatography PART 1 |
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| W4 M10 Affinity Chromatography PART 2 |
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| W4 M10 Affinity Chromatography PART 3 |
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| W5 M11 Gas Chromatography PART 1 |
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| W5 M11 Gas Chromatography PART 2 |
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| W5 M11 Gas Chromatography PART 3 |
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| W5 M12 High Performance Liquid Chromatography PART 1 |
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| W5 M12 High Performance Liquid Chromatography PART 2 |
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| W5 M12 High Performance Liquid Chromatography PART 3 |
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| W5 M13 Protein Estimation Techniques |
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| W6 M15 Light and confocal microscopy PART 1 |
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| W6 M15 Light and confocal microscopy PART 2 |
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| W6 M15 Light and confocal microscopy PART 3 |
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| W6 M16 Flourescence Microscopy Applications to live cell Imaging PART 1 |
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| W6 M16 Flourescence Microscopy Applications to live cell Imaging PART 2 |
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| W6 M16 Flourescence Microscopy Applications to live cell Imaging PART 3 |
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| W7 M17 Immunohistochemistry Immunofluorescence PART 1 |
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| W7 M17 Immunohistochemistry Immunofluorescence PART 2 |
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| W7 M17 Immunohistochemistry Immunofluorescence PART 3 |
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| W7 M18 Flow Cytometry Theory and concepts PART 1 |
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| W7 M18 Flow Cytometry Theory and concepts PART 3 |
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| W7 M18 Flow Cytometry Theory and concepts PART 2 |
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| W7 M19 Flow cytometry Applications in biology and medicine PART 1 |
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| W7 M19 Flow cytometry Applications in biology and medicine PART 2 |
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| W7 M19 Flow cytometry Applications in biology and medicine PART 3 |
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| W8 M21 SDS PAGE PART 1 |
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| W8 M21 SDS PAGE PART 2 |
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| W8 M21 SDS PAGE PART 3 |
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| W9 M22 Western Blotting |
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| W9 M23 2D Electrophoresis and DIGE PART 1 |
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| W9 M23 2D Electrophoresis and DIGE PART 2 |
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| W9 M23 2D Electrophoresis and DIGE PART 3 |
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| W9 M24 Principle of Mass Spectrometry PART 1 |
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| W9 M24 Principle of Mass Spectrometry PART 2 |
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| W9 M24 Principle of Mass Spectrometry PART 3 |
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| W10 M25 Clinical Proteomics PART 1 |
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| W10 M25 Clinical Proteomics PART 2 |
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| W10 M25 Clinical Proteomics PART 3 |
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| W10 M26 Methods to Quantify and Integrity Check of DNA PART 1 |
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| W10 M26 Methods to Quantify and Integrity Check of DNA PART 2 |
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| W10 M26 Methods to Quantify and Integrity Check of DNA PART 3 |
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| W11 M27 Methods to quantify and integrity check of RNA PART 1 |
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| W11 M27 Methods to quantify and integrity check of RNA PART 2 |
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| W11 M27 Methods to quantify and integrity check of RNA PART 3 |
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| W11 M28 PCR and Real Time PCR Part 2 |
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| W11 M28 PCR and Real Time PCR Part 3 |
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| W11 M28 PCR and Real Time PCR Part 1 |
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| W11 M29 Blotting Techniques for nucleic acids Part 1 |
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| W11 M29 Blotting Techniques for nucleic acids Part 2 |
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| W11 M29 Blotting Techniques for nucleic acids Part 3 |
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| W12 M30 Sequencing technique for nucleic acids PART 1 |
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| W12 M30 Sequencing technique for nucleic acids PART 2 |
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| W12 M30 Sequencing technique for nucleic acids PART 3 |
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| W12 M31 Introduction to recombinant DNA technology PART 1 |
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| W12 M31 Introduction to recombinant DNA technology PART 2 |
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| W12 M31 Introduction to recombinant DNA technology PART 3 |
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| W13 M33 Expression techniques of recombinant proteins using bacteria and yeast PART 1 |
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| W13 M33 Expression techniques of recombinant proteins using bacteria and yeast PART 2 |
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| W13 M33 Expression techniques of recombinant proteins using bacteria and yeast PART 3 |
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| W13 M34 Expression Techniques of Recombinant proteins by insects and mammalians cells PART 1 |
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| W13 M34 Expression Techniques of Recombinant proteins by insects and mammalians cells PART 2 |
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| W13 M34 Expression Techniques of Recombinant proteins by insects and mammalians cells PART 3 |
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| W13 M35 Introduction to Genomic techniques PART 1 |
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| W13 M35 Introduction to Genomic techniques PART 2 |
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| W13 M35 Introduction to Genomic techniques PART 3 |
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| W14 M36 Techniques for Nucleic acids protein interaction Part 1 |
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| W15 M38 CLIA and its diagnostic Application Part 1 |
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| W15 M38 CLIA and its diagnostic Application Part 2 |
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| W15 M38 CLIA and its diagnostic Application Part 3 |
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| W15 M39 PET and its diagnostic Application Part 1 |
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| W15 M39 PET and its diagnostic Application Part 2 |
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| W15 M39 PET and its diagnostic Application Part 3 |
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| W15 M40 Single Cell Biology Part 3 |
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