1445
Comparison of the cDNA - predicted avian TnIcardiac amino acid sequences with known TnI sequences indicated 1 ) that the presence of an N - terminal extension sequence carrying a dual protein kinase A phosphorylation target site and an adjacent proline - rich segment is an ancient cardiac - specific feature of TnI which has been conserved since the bird / mammal divergence , 2 ) that features of the near - N - terminal troponin C ( TnC ) - binding site sequence suggest isoform - specific adaptation of TnI and TnC , and 3 ) that the avian TnIcardiac internal actin / TnC - binding , actomyosin - inhibitory , domain shows significant sequence divergence from mammalian TnIcardiac sequences , including the absence of a protein kinase C target site which is a cardiac - specific feature of TnI in mammals .
 GENE: avian TnIcardiac amino acid sequences; GENE: TnI sequences; GENE: protein kinase A; GENE: TnI; GENE: troponin C; GENE: TnC; GENE: TnI; GENE: TnC; GENE: TnIcardiac; GENE: actin / TnC - binding , actomyosin - inhibitory , domain; GENE: mammalian TnIcardiac sequences; GENE: protein kinase C; GENE: TnI
Given options, please tell me the categories of all the listed entity words.Output format is "type1: word1; type2: word2". 
Option: GENE 
Text: {0} 
 Entities: avian TnIcardiac amino acid sequences, TnI sequences, protein kinase A, TnI, troponin C, TnC, TnI, TnC, TnIcardiac, actin / TnC - binding , actomyosin - inhibitory , domain, mammalian TnIcardiac sequences, protein kinase C, TnI 
Answer:
 GENE: avian TnIcardiac amino acid sequences; GENE: TnI sequences; GENE: protein kinase A; GENE: TnI; GENE: troponin C; GENE: TnC; GENE: TnI; GENE: TnC; GENE: TnIcardiac; GENE: actin / TnC - binding , actomyosin - inhibitory , domain; GENE: mammalian TnIcardiac sequences; GENE: protein kinase C; GENE: TnI