Update app.py

app.py

@@ -2,17 +2,17 @@ import gradio as gr
 
 base_pairing = {'A':'U', 'U':'A', 'C':'G','G':'C'}
 
-#def transcribe(seq): 
-  #RNA_seq = seq.replace('T', 'U')
+def transcribe(seq): 
+  RNA_seq = seq.replace('T', 'U')
   ### Define location of start codon (AUG)
-  #start_codon = RNA_seq.find('AUG')
-  #codons = []
+  start_codon = RNA_seq.find('AUG')
+  codons = []
 
-  #for i in range(start_codon, len(RNA_seq), 3): 
-    #codon = RNA_seq[i:i + 3]
-    #if len(codon)==3:
-        #codons.append(codon)
-  #return codons
+  for i in range(start_codon, len(RNA_seq), 3): 
+    codon = RNA_seq[i:i + 3]
+    if len(codon)==3:
+        codons.append(codon)
+  return codons
 
 ####################################################################################### 
 # define dictionary to translate three-letter mRNA to three-letter amino acid here 
@@ -110,12 +110,12 @@ def get_protein_from_DNA(DNA):
 
 results = get_protein_from_DNA(DNA)
 
-def highlight_text(string_in):
-  string_in=string_in.replace('<','\033[1m\033[94m')
-  string_in=string_in.replace('>','\033[0m')
-  print(string_in)
+#def highlight_text(string_in):
+  #string_in=string_in.replace('<','\033[1m\033[94m')
+  #string_in=string_in.replace('>','\033[0m')
+  #print(string_in)
 
-highlight_text(results)
+#highlight_text(results)
 
 
 ##configure inputs/outputs