Table 2 in Genomic data mining approaches for the discovery of anticancer peptides from Ganoderma sinense

Table 2 Sequence alignment results of trypsin-digested peptides with known ACPs and the properties of these peptides.
G. sinenseTrypsin-digested PeptidesHitsGrand average ofThe totalEstimated half-life(hours,Proteome(Acc)bhydropathicitynet chargemammalian reticulocytes, inNumbervitro)2–1aMPHLILSCSR1(88.3)0.56+1302–2aEHLPPWVLHQR1(100)0.927016VFPTTQGWVR1(33.3)0.11+110011MGAIFSAIGSAINAVVYAVADIIMIIVSVIVTIIVTIFDIIFDILCCNCFGGR2(100;1.9023045.5)14MLPVVVQNIIK2(36.4;1.35+13045.5)15YTALLGGVFYGIVHR2(83.3;0.86+12.838.4)17VLVHTVAGGLGL1(44.4)1.725010018VCVIGAGASGMAAAYALSK1(53.3)1.26+110020IAVAGAGLSAASGIPTFR1(100)1.07+12021FPGMLPGR1(71.4)0+11.122YSTVPGTCIR1(42.6)0.12+12.824INDVVMGTGTGSQK1(71.4)0.2102029ALPQPDLGLWLLQR1(71.4)0.0904.431GWWWWCPSSECECR1(54.5)0.813033NDFVVPCPR1(44.4)0.1101.4
a Proteome No. 2 has two cleaved peptides predicted to be anticancer peptides.
b Hits represent the number of anticancer peptides containing similar sequences, and Acc represents the similarity.