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Introduction to your gene/protein

rhonda-leach avatar
rhonda-leach
7 diapositives · 177 Views · Nov 21, 2014

This document explores the gene/protein of interest by summarizing its potential roles based on current knowledge, addressing essential questions, and providing identifiers such as Swiss-Prot and EMBL. It presents findings across four summarized parts: 1) Basic Genomic Characteristics, 2) Detailed Characterization, 3) Structural Chromosomal Variants and Protein Domains, and 4) Functional Characterization. Each section highlights the most intriguing results available. Finally, it concludes whether recent data mining has yielded new insights, discussing the implications on gene expression specificity and the dynamics of transcriptional responses.

#introduction to your gene/protein #introduction to your gene/protein ppt #powerpoint #presentation
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  1. Introduction to your gene/protein summary of potential role and what is know up to today. summary of questions you are interested. provide a list of identifiers of your gene/protein e.g. Swiss-Prot, EMBL etc.

  2. Summary part I provide a summary of the most interesting results found in part I: “Basic genomic characteristics”. If you cannot find anything for your gene/protein, because it is totally unknown just say so.

  3. Summary part II provide a summary of the most interesting results found in part II: “Detailed characterization”. If you cannot find anything for your gene/protein, because it is totally unknown just say so.

  4. Summary part III provide a summary of the most interesting results found in part III: “Structural chromosomal variants, expression and protein domains”. If you cannot find anything for your gene/protein, because it is totally unknown just say so.

  5. Summary part IV provide a summary of the most interesting results found in part IV: “Functional characterization”. If you cannot find anything for your gene/protein, because it is totally unknown just say so.

  6. Conclusions Did this 2day “data mining” provide you any new insights? If yes, what are these? etc.

  7. Conclusions The goal of this study is not an exact estimation of biochemical parameters. The authors rather conclude, that the bimodal signal processing characteristics, and the newly revealed mechanism for specificity in gene expression are not dependent on exact parameter estimates. Exploration of the computational model, provided insights into the physiologically relevant differential functions of heretofore seemingly redundant system components. Their distinct but coordinated regulation in synthesis and degradation allows for a transcriptional response system with signal-processing characteristics that exhibit both rapid signal responsiveness and stable long-term responses