DNA man Loading sequences (proteins or DNA): 1. Multiple sequences: A. Create and save notepad document with sequences in fasta format. Make a fictive sequence between each. Make sure your sequences are numbered in sequential order (1, 11, 12, … 19, ... 2, 22… 3 etc.). For example: >1_my_sequence_A AGCTAGCTAGCTAGCTAGCTAGCT// >1_fictive AAAAAAA// >11_my_sequence_B AGCTAGCTAGCTAGCTAGCTAGCT// B. Go to: sequence load sequence multiple and open saved notepad. Each sequence should now be loaded into a separate channel. Note: if loading proteins, DNAman will ask: “is this a DNA seq.”. For each answer “no”. 2. A few sequences: A. Open new/existing document: Go to: file new/open B. Copy fasta sequence from NCBI into new document (without sequence name). C. Save file: Go to: file save as "file name" (this will be the name of your sequence). D. Choose channel to load the sequence then select the sequence and load: Edit Select all Sequence load seq from selection Saving nucleotide sequences: 1. Choose channel and go to: Sequence display DNA sequence 2. Go to: edit Select all change font size to 9. 3. Save file (see 2C). 4. You can also print your sequence Saving amino acid sequences: 1. Generating amino acids: choose channel and go to: Protein translation one letter (one letter represents aa), all frames (3), tick display with DNA sequence. 2. Save file (see2C) 3. Another alternative is to generate only one frame and request not to display the DNA sequence. Then you can use the generated sequence to create a notepad document with amino acid sequences, (as described above for nucleotide sequences). This can be used for alignment. Aligning nucleotide or amino acid sequences: A. Load sequences as described above and go to: Sequence alignment multiple seq. alignment B. First remove any previously chosen channels and then add channels to align. C. For nucleotides - choose type: DNA D. For amino acids - choose type: protein E. Press OK Generating a restriction enzyme map: Restriction analysis tick summary in text window, tick restriction on sequence next select all enzymes cutter all end all finish