Welcome to the bioinformatics practical for BABS3291 Genes, Genome and Evolution. The material in this handbook is designed to help guide you through the practical.
| Name | Groups | Chromosome |
|---|---|---|
| Hugh Benz | Group 1 | chr1_chr3 |
| Gina Briones | Group 1 | chr4_chr7 |
| Ofri Einav | Group 1 | chr8_chr12 |
| Darcy Tay | Group 1 | chr13_chr16 |
| Lilyan Zhu | Group 1 | chr17_chr22 |
| Grace Apted | Group 2 | chr1_chr3 |
| (Xerox) Yuet Yat Chan | Group 2 | chr4_chr7 |
| Ariana Farjana | Group 2 | chr8_chr12 |
| Jessica Perry | Group 2 | chr13_chr16 |
| Denique Shai-Hee | Group 2 | chr17_chr22 |
| Thomas Calnin | Group 3 | chr1_chr3 |
| Jessica Gu | Group 3 | chr4_chr7 |
| Ji Won Han | Group 3 | chr8_chr12 |
| Mark Hong | Group 3 | chr13_chr16 |
| Ella Sanders | Group 3 | chr17_chr22 |
| Cameron Donarski | Group 4 | chr1_chr3 |
| Ed Luo | Group 4 | chr4_chr7 |
| Shreya Nagaraj | Group 4 | chr8_chr12 |
| Jed Tomlinson | Group 4 | chr13_chr16 |
| Harley Touloupas | Group 4 | chr17_chr22 |
| Kate Brewer | Group 5 | chr1_chr3 |
| Ethan Dichiara | Group 5 | chr4_chr7 |
| Kristina Santucci | Group 5 | chr8_chr12 |
| Tia Valentini | Group 5 | chr13_chr16 |
| Yujia Wang | Group 5 | chr17_chr22 |
| Wenxin Bai | Group 6 | chr1_chr3 |
| Gabriel Awasarira Dewa | Group 6 | chr4_chr7 |
| Abdul Fahmi | Group 6 | chr8_chr12 |
| Anaida Nirula | Group 6 | chr13_chr16 |
| Finn O’Loan | Group 6 | chr17_chr22 |
| Alexis Argyropoulos | Group 7 | chr1_chr3 |
| Brian Chang | Group 7 | chr4_chr7 |
| Gabrielle De Vries | Group 7 | chr8_chr12 |
| Mathew Samuel | Group 7 | chr13_chr16 |
| Nicole Szorenyi | Group 7 | chr17_chr22 |
| Aneesha Ananda | Group 8 | chr1_chr3 |
| Ryan Haidar | Group 8 | chr4_chr7 |
| Mackenna James | Group 8 | chr8_chr12 |
| William McDonald | Group 8 | chr13_chr16 |
| Katherine Taylor | Group 9 | chr17_chr22 |
| Josephine Prior | Group 9 | chr1_chr3 |
| Virasha Singh | Group 9 | chr4_chr7 |
| Megan Swain | Group 9 | chr8_chr12 |
| Cleo Turner | Group 9 | chr13_chr16 |
Key to How Infomation will be Displayed
Exploratory text
$ Command-line examples will be given in their own boxes, starting with "$".
$ Optional parameters will be given [in square brackets].
Terminal output will be in the same format, without the leading $.
Functions used within exploratory text
Questions/Challenges
You will find questions and extra activities scattered throughout the instructions. These are not assessed but will help you to understand the processes and associated theory lectures.
These contain general reusable hints and tips rather than specific topic commands etc.
NOTE: It is recommended that you also use a fixed width font (e.g. Consolas) and colour formatting when documenting code in your own lab books to help it stand out from other thoughts/instructions.