Project-Design.md

@@ -6,20 +6,20 @@ Simulating cDNA synthesis This is done by reverse transcribing starting from the
 
 **Design**
 
-1. Extract transcritpt_sequences, transcritpt_copy_number, priming_sites and priming_probabilities from input files.
+1. Extract transcript_sequences, transcript_copy_number, priming_sites and priming_probabilities from input files.
 
-- transcritpt_sequences = GATGCGG… , AAGCGCGG…, CTCTTGCGG… \[...\]
-- transcritpt_copy_number = 100, 40, 30 \[...\]
+- transcript_sequences = GATGCGG… , AAGCGCGG…, CTCTTGCGG… \[...\]
+- transcript_copy_number = 100, 40, 30 \[...\]
 - priming_sites = 220, 260, 390 \[...\]
 - priming_probabilities = 0.33, 0.27, 0.40 \[...\]
 
-2. Generate a list of unique_transcripts based on transcritpt_sequences + priming_sites and add the list to the fasta output file.
+2. Generate a list of unique_transcripts based on transcript_sequences + priming_sites and add the list to the FASTA output file.
 
 - TTTACGGT…
 - CCATACGG…
 - CGGGGCG…
 
-3. Generate list of copy numbers for each unique transcript based on priming_probabilities + transcritpt_copy_number
+3. Generate list of copy numbers for each unique transcript based on priming_probabilities + transcript_copy_number
 
 - TTTACGGT… 33
 - CCATACGG… 27