Protei - Study guides, Class notes & Summaries

This document serves as a comprehensive summary combining the key insights from the presentations of Professors Xaveer van Ostade and Kurt Boonen. The summary consists of their slides, enriched with my personal notes.

This document relates to the course "Advanced Protein Technology and Proteome Analysis" within the Molecular Mechanisms of Diseases specialization in the first year of the master's program. The content of this document comprises a summary derived from the lecture slides presented by Professors Kurt Boonen and Xaveer Van Ostade, complemented by notes taken during class sessions.

This document consists of a summary of the course Protein Science, corresponding to the Master Biomolecular Science.

Comprehensive lecture notes for the Protein processing, traffiking and turnover module covered in MCB3025F, speficially for sections 1 and 2 covering Protein folding and disease (Alzheimer’s Disease as a model) and Post-translational modifications and Disease (Huntington’s Disease as a mode). These notes cover all content taught in lectures as well as additional materials (powerpoints, textbooks) required to succeed. These notes were created by a student who achieved a distinction in this co...

Comprehensive lecture notes for Protein structures and function in cell signaling module covered in MCB3025F. These notes cover all content taught in lectures as well as additional materials (powerpoints, textbooks) required to succeed. These notes were created by a student who achieved a distinction in this course.

25/25 A Level biology essay written by a student who achieved A* in Biology at A Level. This essay is a great example of how to integrate beyond the specification content to get into the highest marking bracket.

Very detailed lecture summaries, including Guest lectures. With my summary I had scored a 8.5 on the test. I did not have enough time to summarize lecture 2 and 10. However, I included a written summary to help you understand this lecture. Guest lecture 2 and 4 are also included by a written summary. Lecture 1, 7 and Guest lecture 3 are included with a detailed summary and written back up notes, since these were challanging lectures. 1 Practice exam is included with answers.

Where are the "instructions" for cellular function stored? - Nucleic acids Let's review - what are some functions of nucleic acids? - Store information Speed up reactions Transport information blue C NH2 - Base darker green O - Sugar Light green P-O - Phosphate Complementary sequence from bottom to top (enter letters only - no spaces or punctuation): - ATCG

PURIFICATION OF HEXAHISTIDINE TAGGED GFP PROTEIN FROM TRANSFORMED E.COLI XL1 CELLS USING IMMOBILIZED METAL AFFINITY CHROMATOGRAPHY Lee Jia Yi (12) Abstract In this study, a recombinant histidine-tagged green fluorescence protein(His6-GFP) was produced by E.coli XL1 cells followed by immobilized metal affinity chromatography (IMAC) using Nickel-agarose beads for purification. The GFP template was first amplified from pE-GFP vector using polymerase chain reaction (PCR). The primers c...