original_docstring: 
          Get the Tm using Breslauer method.
          
docstring: Get the Tm using Breslauer method.
docstring_tokens: Get the Tm using Breslauer method .
code: def Tm_Breslauer(self):
          """
          Get the Tm using Breslauer method.
          """
  
          Tm_Breslauer_data = {
              'A':{
                  'A':{'dH':-9100,'dS':-24},
                  'T':{'dH':-8600,'dS':-23.9},
                  'G':{'dH':-7800,'dS':-20.8},
                  'C':{'dH':-6500,'dS':-17.3}},
              'T':{
                  'A':{'dH':-6000,'dS':-16.9},
                  'T':{'dH':-9100,'dS':-24},
                  'G':{'dH':-5800,'dS':-12.9},
                  'C':{'dH':-5600,'dS':-13.5}},
              'G':{
                  'A':{'dH':-5600,'dS':-13.5},
                  'T':{'dH':-6500,'dS':-17.3},
                  'G':{'dH':-11000,'dS':-26.6},
                  'C':{'dH':-11100,'dS':-26.7}},
              'C':{
                  'A':{'dH':-5800,'dS':-12.9},
                  'T':{'dH':-7800,'dS':-20.8},
                  'G':{'dH':-11900,'dS':-27.8},
                  'C':{'dH':-11000,'dS':-26.6}}}
          
          thermodyndata = self.sumObjectSymbolNNValues(Tm_Breslauer_data, {'dH_ini': -3400, 'dS_ini': -12.4})
          res = (thermodyndata['dH'] / (1.9872 * math.log(self.primer_conc / 160) + thermodyndata['dS'])) + (16.6 * math.log(self.salt_conc) / math.log(10)) - 273.15
          
          if res < 0:
              res = 0
          elif res > 95:
              res = 95
          return res
code_tokens: def Tm_Breslauer ( self ) : Tm_Breslauer_data = { 'A' : { 'A' : { 'dH' : - 9100 , 'dS' : - 24 } , 'T' : { 'dH' : - 8600 , 'dS' : - 23.9 } , 'G' : { 'dH' : - 7800 , 'dS' : - 20.8 } , 'C' : { 'dH' : - 6500 , 'dS' : - 17.3 } } , 'T' : { 'A' : { 'dH' : - 6000 , 'dS' : - 16.9 } , 'T' : { 'dH' : - 9100 , 'dS' : - 24 } , 'G' : { 'dH' : - 5800 , 'dS' : - 12.9 } , 'C' : { 'dH' : - 5600 , 'dS' : - 13.5 } } , 'G' : { 'A' : { 'dH' : - 5600 , 'dS' : - 13.5 } , 'T' : { 'dH' : - 6500 , 'dS' : - 17.3 } , 'G' : { 'dH' : - 11000 , 'dS' : - 26.6 } , 'C' : { 'dH' : - 11100 , 'dS' : - 26.7 } } , 'C' : { 'A' : { 'dH' : - 5800 , 'dS' : - 12.9 } , 'T' : { 'dH' : - 7800 , 'dS' : - 20.8 } , 'G' : { 'dH' : - 11900 , 'dS' : - 27.8 } , 'C' : { 'dH' : - 11000 , 'dS' : - 26.6 } } } thermodyndata = self . sumObjectSymbolNNValues ( Tm_Breslauer_data , { 'dH_ini' : - 3400 , 'dS_ini' : - 12.4 } ) res = ( thermodyndata [ 'dH' ] / ( 1.9872 * math . log ( self . primer_conc / 160 ) + thermodyndata [ 'dS' ] ) ) + ( 16.6 * math . log ( self . salt_conc ) / math . log ( 10 ) ) - 273.15 if res < 0 : res = 0 elif res > 95 : res = 95 return res
short_docstring: Get the Tm using Breslauer method.
short_docstring_tokens: Get the Tm using Breslauer method .
comment: """
          Get the Tm using Breslauer method.
          """