Sample	0	1	2	3	4	5	6	7	8	9	10	11	12	13	14	15	16	17	18	19	20	21	22	23	24	25	26	27	28	29	30	31	32	33	34	35
LCo_BSr1_1 - illumina_universal_adapter	(1, 0.064393)	(2, 0.06603)	(3, 0.076006)	(4, 0.076257)	(5, 0.076746)	(6, 0.077204)	(7, 0.077558)	(8, 0.077911)	(9, 0.078036)	(10, 0.0785918)	(15, 0.0794946)	(20, 0.0807142)	(25, 0.08297059999999999)	(30, 0.0855076)	(35, 0.0871004)	(40, 0.08835760000000001)	(45, 0.0895308)	(50, 0.0909094)	(55, 0.0924326)	(60, 0.09419040000000001)	(65, 0.096302)	(70, 0.09895319999999999)	(75, 0.1022466)	(80, 0.10614059999999999)	(85, 0.11102939999999999)	(90, 0.1172112)	(95, 0.1250438)	(100, 0.1353206)	(105, 0.14896759999999998)	(110, 0.16702039999999999)	(115, 0.19163879999999997)	(120, 0.2257654)	(125, 0.27356119999999995)	(130, 0.34173359999999997)	(135, 0.43742339999999996)	(140, 0.511107)
LCo_BSr1_1 - polya	(1, 0.021817)	(2, 0.029751)	(3, 0.037714)	(4, 0.045765)	(5, 0.054076)	(6, 0.063193)	(7, 0.073663)	(8, 0.084172)	(9, 0.094638)	(10, 0.1218658)	(15, 0.1685464)	(20, 0.21575260000000002)	(25, 0.2607946)	(30, 0.30487759999999997)	(35, 0.348611)	(40, 0.39203340000000003)	(45, 0.43791779999999997)	(50, 0.48364320000000005)	(55, 0.5285012)	(60, 0.5717202)	(65, 0.6155396)	(70, 0.6580466)	(75, 0.6992044000000001)	(80, 0.74114)	(85, 0.7810152)	(90, 0.8204651999999999)	(95, 0.858951)	(100, 0.8983914000000001)	(105, 0.9389759999999999)	(110, 0.9779960000000001)	(115, 1.0157509999999998)	(120, 1.0538934)	(125, 1.0927346)	(130, 1.1322763999999998)	(135, 1.1704995999999999)	(140, 1.194082)
LCo_BSr1_1 - polyg	(1, 0.0)	(2, 0.0)	(3, 0.00036)	(4, 0.000735)	(5, 0.001107)	(6, 0.001455)	(7, 0.001823)	(8, 0.002117)	(9, 0.002432)	(10, 0.0035282)	(15, 0.0058008)	(20, 0.008319400000000001)	(25, 0.010565000000000001)	(30, 0.0127556)	(35, 0.014954)	(40, 0.0173742)	(45, 0.019817999999999995)	(50, 0.0221552)	(55, 0.024487000000000002)	(60, 0.0269312)	(65, 0.030182400000000005)	(70, 0.0849442)	(75, 0.1080508)	(80, 0.112455)	(85, 0.1163284)	(90, 0.12070040000000001)	(95, 0.1262594)	(100, 0.1322054)	(105, 0.13723480000000002)	(110, 0.1420052)	(115, 0.1464956)	(120, 0.15124400000000002)	(125, 0.15654859999999998)	(130, 0.16211799999999998)	(135, 0.168191)	(140, 0.172153)
LCo_BSr1_2 - illumina_universal_adapter	(1, 0.057415)	(2, 0.059056)	(3, 0.069185)	(4, 0.069418)	(5, 0.069961)	(6, 0.07049)	(7, 0.070921)	(8, 0.07135)	(9, 0.071564)	(10, 0.07306499999999999)	(15, 0.0772354)	(20, 0.083858)	(25, 0.0910628)	(30, 0.0940688)	(35, 0.0952504)	(40, 0.096187)	(45, 0.097298)	(50, 0.0986358)	(55, 0.10013560000000002)	(60, 0.10184659999999998)	(65, 0.10389599999999999)	(70, 0.10642739999999999)	(75, 0.1095318)	(80, 0.1132922)	(85, 0.11798159999999999)	(90, 0.12388099999999999)	(95, 0.1313416)	(100, 0.14097559999999998)	(105, 0.1535838)	(110, 0.1700982)	(115, 0.1923394)	(120, 0.22252620000000004)	(125, 0.2638374)	(130, 0.32209239999999995)	(135, 0.4017082)	(140, 0.462662)
LCo_BSr1_2 - polya	(1, 0.001928)	(2, 0.003784)	(3, 0.009191)	(4, 0.024466)	(5, 0.044314)	(6, 0.063544)	(7, 0.085843)	(8, 0.112752)	(9, 0.142262)	(10, 0.24533839999999998)	(15, 0.42895859999999997)	(20, 0.6052194)	(25, 0.7755508)	(30, 0.9461958000000001)	(35, 1.1170994)	(40, 1.2868302)	(45, 1.4573762000000001)	(50, 1.6271822)	(55, 1.7948682000000002)	(60, 1.9628377999999997)	(65, 2.1320813999999997)	(70, 2.3001934)	(75, 2.4648548000000003)	(80, 2.6283832)	(85, 2.7925956)	(90, 2.956807)	(95, 3.1191564)	(100, 3.282416)	(105, 3.4472086000000006)	(110, 3.6119721999999994)	(115, 3.77618)	(120, 3.9403433999999997)	(125, 4.1027689999999994)	(130, 4.2673612)	(135, 4.4309768)	(140, 4.528036)
LCo_BSr1_2 - polyg	(1, 0.036542)	(2, 0.036973)	(3, 0.037106)	(4, 0.037299)	(5, 0.037423)	(6, 0.03756)	(7, 0.037716)	(8, 0.037854)	(9, 0.037998)	(10, 0.0384764)	(15, 0.0391994)	(20, 0.039875600000000004)	(25, 0.04067)	(30, 0.041616)	(35, 0.042749800000000004)	(40, 0.0440356)	(45, 0.0455682)	(50, 0.04716859999999999)	(55, 0.048999400000000005)	(60, 0.0510324)	(65, 0.0532146)	(70, 0.0556862)	(75, 0.10199660000000002)	(80, 0.1301352)	(85, 0.1354844)	(90, 0.1398142)	(95, 0.1445156)	(100, 0.15054059999999997)	(105, 0.1570732)	(110, 0.1621062)	(115, 0.166956)	(120, 0.1718006)	(125, 0.1768862)	(130, 0.1823668)	(135, 0.18840419999999997)	(140, 0.192156)
LCo_BSr2_1 - illumina_universal_adapter	(1, 0.088432)	(2, 0.090688)	(3, 0.103179)	(4, 0.103466)	(5, 0.104199)	(6, 0.104904)	(7, 0.10544)	(8, 0.106024)	(9, 0.106241)	(10, 0.10705519999999999)	(15, 0.1082814)	(20, 0.10985700000000001)	(25, 0.11252760000000002)	(30, 0.11560000000000001)	(35, 0.11753240000000001)	(40, 0.119233)	(45, 0.1209242)	(50, 0.12293760000000001)	(55, 0.1250946)	(60, 0.127604)	(65, 0.130606)	(70, 0.13421519999999998)	(75, 0.13859119999999997)	(80, 0.14369320000000002)	(85, 0.149773)	(90, 0.1573178)	(95, 0.16671680000000003)	(100, 0.1787534)	(105, 0.1942884)	(110, 0.21475260000000002)	(115, 0.24233019999999997)	(120, 0.28028719999999996)	(125, 0.3325244)	(130, 0.405493)	(135, 0.507705)	(140, 0.585862)
LCo_BSr2_1 - polya	(1, 0.023422)	(2, 0.032226)	(3, 0.040674)	(4, 0.049513)	(5, 0.058654)	(6, 0.068926)	(7, 0.080311)	(8, 0.092501)	(9, 0.103446)	(10, 0.13385480000000002)	(15, 0.184542)	(20, 0.2352304)	(25, 0.28314059999999996)	(30, 0.3304152)	(35, 0.3767508)	(40, 0.4226386)	(45, 0.4697152)	(50, 0.5170186)	(55, 0.5632186)	(60, 0.6085156)	(65, 0.6540396)	(70, 0.6985684000000001)	(75, 0.7419034)	(80, 0.7862604)	(85, 0.8284638)	(90, 0.8700908000000002)	(95, 0.9111006000000001)	(100, 0.9529028)	(105, 0.9964907999999999)	(110, 1.0381714)	(115, 1.0782356)	(120, 1.1188749999999998)	(125, 1.1601606)	(130, 1.2017491999999999)	(135, 1.2421728)	(140, 1.267239)
LCo_BSr2_1 - polyg	(1, 0.0)	(2, 0.0)	(3, 0.000404)	(4, 0.000779)	(5, 0.001183)	(6, 0.001546)	(7, 0.001947)	(8, 0.002318)	(9, 0.002643)	(10, 0.0037379999999999996)	(15, 0.006313000000000001)	(20, 0.009170399999999999)	(25, 0.0116114)	(30, 0.013905)	(35, 0.016275)	(40, 0.018757799999999998)	(45, 0.021295)	(50, 0.023660800000000003)	(55, 0.026043)	(60, 0.0285854)	(65, 0.0321482)	(70, 0.1075324)	(75, 0.1385112)	(80, 0.143976)	(85, 0.14840760000000003)	(90, 0.1537344)	(95, 0.1604774)	(100, 0.1675138)	(105, 0.17336800000000002)	(110, 0.178708)	(115, 0.18373679999999998)	(120, 0.18924820000000003)	(125, 0.1953236)	(130, 0.20195500000000002)	(135, 0.2091072)	(140, 0.213761)
LCo_BSr2_2 - illumina_universal_adapter	(1, 0.080573)	(2, 0.082844)	(3, 0.095608)	(4, 0.095912)	(5, 0.096711)	(6, 0.097516)	(7, 0.098123)	(8, 0.098778)	(9, 0.099067)	(10, 0.1008724)	(15, 0.10558719999999999)	(20, 0.112697)	(25, 0.1199614)	(30, 0.12331719999999999)	(35, 0.124839)	(40, 0.1263032)	(45, 0.12795420000000002)	(50, 0.129909)	(55, 0.13203700000000002)	(60, 0.1344958)	(65, 0.13741520000000002)	(70, 0.14084180000000002)	(75, 0.1449394)	(80, 0.1498178)	(85, 0.15565279999999998)	(90, 0.1628084)	(95, 0.1716786)	(100, 0.18286660000000002)	(105, 0.1970994)	(110, 0.21559879999999998)	(115, 0.2402136)	(120, 0.273406)	(125, 0.3178884)	(130, 0.37932)	(135, 0.4629392)	(140, 0.526116)
LCo_BSr2_2 - polya	(1, 0.00251)	(2, 0.004974)	(3, 0.012383)	(4, 0.032838)	(5, 0.057758)	(6, 0.081313)	(7, 0.107528)	(8, 0.137531)	(9, 0.169882)	(10, 0.27959539999999994)	(15, 0.470453)	(20, 0.6511238)	(25, 0.8251440000000001)	(30, 0.9976610000000001)	(35, 1.1711176)	(40, 1.3441522)	(45, 1.5182173999999997)	(50, 1.6916243999999998)	(55, 1.8633032)	(60, 2.0346622)	(65, 2.2077756)	(70, 2.3787958000000002)	(75, 2.5447988)	(80, 2.709848)	(85, 2.8744562)	(90, 3.0399348)	(95, 3.203208)	(100, 3.3673298000000003)	(105, 3.5336372000000003)	(110, 3.699134)	(115, 3.8636622000000003)	(120, 4.027898)	(125, 4.1920054)	(130, 4.3574922)	(135, 4.5221466)	(140, 4.619738)
LCo_BSr2_2 - polyg	(1, 0.033083)	(2, 0.033471)	(3, 0.033594)	(4, 0.033731)	(5, 0.033867)	(6, 0.03399)	(7, 0.034146)	(8, 0.034283)	(9, 0.03441)	(10, 0.0349048)	(15, 0.0356394)	(20, 0.03627779999999999)	(25, 0.037024)	(30, 0.037898799999999996)	(35, 0.03890880000000001)	(40, 0.040040000000000006)	(45, 0.0413554)	(50, 0.0428562)	(55, 0.04457799999999999)	(60, 0.0464658)	(65, 0.04852)	(70, 0.050802)	(75, 0.11296740000000001)	(80, 0.1514566)	(85, 0.15810019999999997)	(90, 0.16300679999999998)	(95, 0.1686462)	(100, 0.1755626)	(105, 0.1830236)	(110, 0.1885418)	(115, 0.19374220000000003)	(120, 0.19894759999999997)	(125, 0.2045016)	(130, 0.21054879999999998)	(135, 0.2171014)	(140, 0.22124)
LCo_BSr3_1 - illumina_universal_adapter	(1, 0.081544)	(2, 0.083918)	(3, 0.09528)	(4, 0.095637)	(5, 0.096526)	(6, 0.097295)	(7, 0.097902)	(8, 0.098495)	(9, 0.098717)	(10, 0.0995658)	(15, 0.1009884)	(20, 0.102908)	(25, 0.10619179999999999)	(30, 0.10997620000000001)	(35, 0.112544)	(40, 0.11471360000000001)	(45, 0.11676020000000001)	(50, 0.11925559999999999)	(55, 0.1219412)	(60, 0.1250702)	(65, 0.128719)	(70, 0.13318979999999997)	(75, 0.138567)	(80, 0.1448134)	(85, 0.1522538)	(90, 0.161557)	(95, 0.1731608)	(100, 0.18751159999999997)	(105, 0.20572720000000003)	(110, 0.22968739999999999)	(115, 0.2613258)	(120, 0.3039252)	(125, 0.3618366)	(130, 0.441536)	(135, 0.5513716000000001)	(140, 0.634223)
LCo_BSr3_1 - polya	(1, 0.019751)	(2, 0.027058)	(3, 0.034307)	(4, 0.041941)	(5, 0.050042)	(6, 0.058545)	(7, 0.068263)	(8, 0.07839)	(9, 0.087722)	(10, 0.11318999999999999)	(15, 0.1554296)	(20, 0.1975072)	(25, 0.2377628)	(30, 0.2771412)	(35, 0.31643380000000004)	(40, 0.3550968)	(45, 0.39524799999999993)	(50, 0.43565339999999997)	(55, 0.47497940000000005)	(60, 0.5135954)	(65, 0.5522258)	(70, 0.590341)	(75, 0.6276056)	(80, 0.6656926000000001)	(85, 0.7028728)	(90, 0.7396202000000001)	(95, 0.7762348000000001)	(100, 0.8134920000000001)	(105, 0.8515674000000001)	(110, 0.8884978)	(115, 0.9242701999999999)	(120, 0.9604988000000001)	(125, 0.9973416)	(130, 1.0342964000000001)	(135, 1.070205)	(140, 1.092211)
LCo_BSr3_1 - polyg	(1, 0.0)	(2, 0.0)	(3, 0.000434)	(4, 0.000853)	(5, 0.001239)	(6, 0.001636)	(7, 0.002079)	(8, 0.002441)	(9, 0.002806)	(10, 0.0039366)	(15, 0.0063996)	(20, 0.009054)	(25, 0.011443)	(30, 0.0137562)	(35, 0.015970400000000003)	(40, 0.018335)	(45, 0.0207992)	(50, 0.0231116)	(55, 0.025468)	(60, 0.028067600000000005)	(65, 0.031464200000000005)	(70, 0.0987012)	(75, 0.12881620000000002)	(80, 0.13419679999999998)	(85, 0.1386694)	(90, 0.14393439999999996)	(95, 0.1508144)	(100, 0.158228)	(105, 0.16442000000000004)	(110, 0.1701244)	(115, 0.175444)	(120, 0.18135720000000002)	(125, 0.18780180000000002)	(130, 0.19486219999999999)	(135, 0.20251860000000002)	(140, 0.207605)
LCo_BSr3_2 - illumina_universal_adapter	(1, 0.073251)	(2, 0.075574)	(3, 0.08711)	(4, 0.087444)	(5, 0.088373)	(6, 0.089206)	(7, 0.089851)	(8, 0.090498)	(9, 0.09081)	(10, 0.09268)	(15, 0.09781200000000001)	(20, 0.1059598)	(25, 0.11472600000000002)	(30, 0.1189168)	(35, 0.1208858)	(40, 0.1226616)	(45, 0.12464439999999999)	(50, 0.1270884)	(55, 0.12973099999999999)	(60, 0.1327908)	(65, 0.1363286)	(70, 0.14059299999999997)	(75, 0.14564300000000002)	(80, 0.1516416)	(85, 0.158771)	(90, 0.1676304)	(95, 0.1785514)	(100, 0.1918506)	(105, 0.20852720000000002)	(110, 0.23018900000000003)	(115, 0.2584106)	(120, 0.29558380000000006)	(125, 0.34481980000000007)	(130, 0.4116478)	(135, 0.5012831999999999)	(140, 0.56819)
LCo_BSr3_2 - polya	(1, 0.002038)	(2, 0.004131)	(3, 0.010483)	(4, 0.028915)	(5, 0.053041)	(6, 0.076308)	(7, 0.102453)	(8, 0.132117)	(9, 0.164367)	(10, 0.27492320000000003)	(15, 0.4679826)	(20, 0.6520340000000001)	(25, 0.8291799999999998)	(30, 1.004921)	(35, 1.1811741999999998)	(40, 1.3576004000000002)	(45, 1.5350355999999998)	(50, 1.7123321999999999)	(55, 1.8875058)	(60, 2.0621814)	(65, 2.2369144000000003)	(70, 2.4106414)	(75, 2.581313)	(80, 2.7504137999999996)	(85, 2.9199751999999997)	(90, 3.0898392)	(95, 3.2584986000000002)	(100, 3.4275776000000002)	(105, 3.5970328)	(110, 3.7664302)	(115, 3.9368404)	(120, 4.1066519999999995)	(125, 4.275246800000001)	(130, 4.445423)	(135, 4.6150434)	(140, 4.716454)
LCo_BSr3_2 - polyg	(1, 0.039212)	(2, 0.039818)	(3, 0.039939)	(4, 0.040085)	(5, 0.0402)	(6, 0.040339)	(7, 0.040472)	(8, 0.040604)	(9, 0.040739)	(10, 0.0411988)	(15, 0.041867600000000005)	(20, 0.04247479999999999)	(25, 0.0431852)	(30, 0.0440512)	(35, 0.045054)	(40, 0.0461444)	(45, 0.047422)	(50, 0.0488842)	(55, 0.050516799999999994)	(60, 0.052261800000000004)	(65, 0.05417160000000001)	(70, 0.05633920000000001)	(75, 0.11282479999999999)	(80, 0.14849299999999999)	(85, 0.1551756)	(90, 0.1599836)	(95, 0.16531540000000003)	(100, 0.172301)	(105, 0.1799816)	(110, 0.1859136)	(115, 0.1915308)	(120, 0.1970874)	(125, 0.203153)	(130, 0.2095944)	(135, 0.2166388)	(140, 0.221135)
LYa_BSr1_1 - illumina_universal_adapter	(1, 0.065258)	(2, 0.067006)	(3, 0.076923)	(4, 0.077158)	(5, 0.077555)	(6, 0.077902)	(7, 0.078242)	(8, 0.078576)	(9, 0.078681)	(10, 0.07917300000000001)	(15, 0.08000700000000001)	(20, 0.08102059999999998)	(25, 0.08273299999999999)	(30, 0.08464580000000001)	(35, 0.08587979999999999)	(40, 0.086897)	(45, 0.08792520000000001)	(50, 0.08913660000000001)	(55, 0.0904236)	(60, 0.0919008)	(65, 0.09370759999999999)	(70, 0.0959808)	(75, 0.09871959999999999)	(80, 0.1018526)	(85, 0.10572980000000001)	(90, 0.1104584)	(95, 0.11635879999999998)	(100, 0.1238)	(105, 0.13318420000000003)	(110, 0.145145)	(115, 0.16061560000000003)	(120, 0.18103080000000002)	(125, 0.2077308)	(130, 0.24344100000000002)	(135, 0.29139339999999997)	(140, 0.327547)
LYa_BSr1_1 - polya	(1, 0.02871)	(2, 0.037445)	(3, 0.045405)	(4, 0.054454)	(5, 0.063388)	(6, 0.072791)	(7, 0.083522)	(8, 0.094383)	(9, 0.104689)	(10, 0.13203299999999998)	(15, 0.17536619999999997)	(20, 0.2175316)	(25, 0.2575676)	(30, 0.2970706)	(35, 0.3359422)	(40, 0.375023)	(45, 0.4138742000000001)	(50, 0.45266140000000005)	(55, 0.4919931999999999)	(60, 0.5308881999999999)	(65, 0.569742)	(70, 0.6087866000000001)	(75, 0.6464806000000001)	(80, 0.6846824)	(85, 0.72163)	(90, 0.7575628)	(95, 0.7934102)	(100, 0.8297305999999999)	(105, 0.8669091999999999)	(110, 0.9035578)	(115, 0.93893)	(120, 0.974766)	(125, 1.0111885999999999)	(130, 1.0484947999999998)	(135, 1.0843256000000001)	(140, 1.10631)
LYa_BSr1_1 - polyg	(1, 0.0)	(2, 0.0)	(3, 0.000393)	(4, 0.000788)	(5, 0.001178)	(6, 0.001566)	(7, 0.00196)	(8, 0.002336)	(9, 0.002683)	(10, 0.0038542)	(15, 0.0061452)	(20, 0.0086802)	(25, 0.010910600000000001)	(30, 0.013226200000000002)	(35, 0.015459200000000001)	(40, 0.0179126)	(45, 0.020258199999999997)	(50, 0.0225906)	(55, 0.0249978)	(60, 0.0276368)	(65, 0.030979200000000002)	(70, 0.08767899999999999)	(75, 0.110972)	(80, 0.1153054)	(85, 0.1191832)	(90, 0.12362999999999999)	(95, 0.1289318)	(100, 0.13444260000000002)	(105, 0.1393374)	(110, 0.1437568)	(115, 0.148117)	(120, 0.15287879999999998)	(125, 0.158045)	(130, 0.1637402)	(135, 0.169904)	(140, 0.173853)
LYa_BSr1_2 - illumina_universal_adapter	(1, 0.059271)	(2, 0.061037)	(3, 0.071158)	(4, 0.071406)	(5, 0.071859)	(6, 0.072272)	(7, 0.072707)	(8, 0.073148)	(9, 0.073343)	(10, 0.074716)	(15, 0.0786062)	(20, 0.0848666)	(25, 0.09110660000000001)	(30, 0.093651)	(35, 0.0946524)	(40, 0.09547619999999998)	(45, 0.09644680000000001)	(50, 0.09759959999999998)	(55, 0.0988698)	(60, 0.1003036)	(65, 0.1020588)	(70, 0.1042002)	(75, 0.1067504)	(80, 0.109708)	(85, 0.1133982)	(90, 0.11793640000000001)	(95, 0.1234858)	(100, 0.13030399999999998)	(105, 0.1388158)	(110, 0.149554)	(115, 0.16326880000000002)	(120, 0.1810026)	(125, 0.20351740000000001)	(130, 0.23330220000000002)	(135, 0.2722332)	(140, 0.300932)
LYa_BSr1_2 - polya	(1, 0.0038)	(2, 0.007671)	(3, 0.017866)	(4, 0.045779)	(5, 0.080658)	(6, 0.112237)	(7, 0.145283)	(8, 0.179469)	(9, 0.214297)	(10, 0.3270478)	(15, 0.5191761999999999)	(20, 0.7000379999999999)	(25, 0.8726077999999999)	(30, 1.04276)	(35, 1.212815)	(40, 1.3824907999999998)	(45, 1.5521601999999999)	(50, 1.7210893999999999)	(55, 1.8885958000000003)	(60, 2.0548501999999997)	(65, 2.2212126)	(70, 2.3857521999999998)	(75, 2.5484383999999998)	(80, 2.70977)	(85, 2.8702485999999996)	(90, 3.0312386)	(95, 3.1919046)	(100, 3.3531368)	(105, 3.5150884)	(110, 3.6771991999999996)	(115, 3.8396204)	(120, 4.0008584)	(125, 4.161833799999999)	(130, 4.3229370000000005)	(135, 4.4847178)	(140, 4.581878)
LYa_BSr1_2 - polyg	(1, 0.035121)	(2, 0.035585)	(3, 0.035717)	(4, 0.035878)	(5, 0.035993)	(6, 0.036153)	(7, 0.036272)	(8, 0.036401)	(9, 0.036551)	(10, 0.0370196)	(15, 0.0377462)	(20, 0.0384292)	(25, 0.039188200000000006)	(30, 0.0401216)	(35, 0.0411296)	(40, 0.042272)	(45, 0.043642)	(50, 0.0451836)	(55, 0.0469228)	(60, 0.0488062)	(65, 0.0508768)	(70, 0.053196600000000004)	(75, 0.0990042)	(80, 0.128339)	(85, 0.13373619999999997)	(90, 0.1379564)	(95, 0.14233780000000001)	(100, 0.1475294)	(105, 0.15315079999999998)	(110, 0.157649)	(115, 0.162087)	(120, 0.1665722)	(125, 0.1714232)	(130, 0.1767288)	(135, 0.1823072)	(140, 0.185822)
LYa_BSr2_1 - illumina_universal_adapter	(1, 0.084073)	(2, 0.086192)	(3, 0.100066)	(4, 0.100379)	(5, 0.101198)	(6, 0.102065)	(7, 0.10265)	(8, 0.103179)	(9, 0.103395)	(10, 0.10422800000000002)	(15, 0.10549040000000001)	(20, 0.10709559999999999)	(25, 0.1097858)	(30, 0.11277980000000001)	(35, 0.11472980000000002)	(40, 0.1164086)	(45, 0.11817440000000001)	(50, 0.12015179999999999)	(55, 0.12236179999999999)	(60, 0.1249012)	(65, 0.1278978)	(70, 0.13152919999999999)	(75, 0.13580879999999998)	(80, 0.14050139999999997)	(85, 0.14617)	(90, 0.1530058)	(95, 0.1613532)	(100, 0.171727)	(105, 0.1847544)	(110, 0.2015824)	(115, 0.2234416)	(120, 0.2527608)	(125, 0.2924406)	(130, 0.3465851999999999)	(135, 0.4213126)	(140, 0.477899)
LYa_BSr2_1 - polya	(1, 0.028168)	(2, 0.036706)	(3, 0.044218)	(4, 0.052889)	(5, 0.06169)	(6, 0.070882)	(7, 0.081605)	(8, 0.091852)	(9, 0.10194)	(10, 0.128447)	(15, 0.17140660000000002)	(20, 0.21297860000000002)	(25, 0.2520422)	(30, 0.2902832)	(35, 0.3287182)	(40, 0.3667974)	(45, 0.40403839999999996)	(50, 0.4413098)	(55, 0.4788412000000001)	(60, 0.515863)	(65, 0.5532156)	(70, 0.590471)	(75, 0.6265963999999999)	(80, 0.662615)	(85, 0.6980972000000001)	(90, 0.732209)	(95, 0.766487)	(100, 0.8009692000000002)	(105, 0.8358437999999999)	(110, 0.870501)	(115, 0.9039379999999999)	(120, 0.9378258)	(125, 0.972418)	(130, 1.0075562)	(135, 1.0413104)	(140, 1.061637)
LYa_BSr2_1 - polyg	(1, 0.0)	(2, 0.0)	(3, 0.000422)	(4, 0.000797)	(5, 0.001222)	(6, 0.001651)	(7, 0.00207)	(8, 0.002455)	(9, 0.002843)	(10, 0.0040372)	(15, 0.006429)	(20, 0.009007)	(25, 0.0113228)	(30, 0.01378)	(35, 0.016201)	(40, 0.0186978)	(45, 0.0211746)	(50, 0.0236672)	(55, 0.0261334)	(60, 0.0288418)	(65, 0.0324014)	(70, 0.10536379999999998)	(75, 0.1370854)	(80, 0.1425664)	(85, 0.14710419999999996)	(90, 0.1522984)	(95, 0.15886799999999998)	(100, 0.1659398)	(105, 0.1720016)	(110, 0.17749739999999997)	(115, 0.182771)	(120, 0.18834800000000002)	(125, 0.194459)	(130, 0.201025)	(135, 0.2082646)	(140, 0.21303)
LYa_BSr2_2 - illumina_universal_adapter	(1, 0.077643)	(2, 0.079812)	(3, 0.093962)	(4, 0.094295)	(5, 0.095172)	(6, 0.09613)	(7, 0.096816)	(8, 0.097419)	(9, 0.097742)	(10, 0.0996494)	(15, 0.10453779999999999)	(20, 0.11166820000000002)	(25, 0.1187632)	(30, 0.12211219999999998)	(35, 0.12374)	(40, 0.12524220000000003)	(45, 0.12698620000000002)	(50, 0.12892379999999998)	(55, 0.1310926)	(60, 0.1335756)	(65, 0.1364954)	(70, 0.13995419999999997)	(75, 0.1439626)	(80, 0.1484902)	(85, 0.1539634)	(90, 0.16051900000000002)	(95, 0.1684418)	(100, 0.17813099999999998)	(105, 0.19017)	(110, 0.20551460000000002)	(115, 0.2251834)	(120, 0.2510592)	(125, 0.285247)	(130, 0.3313604)	(135, 0.39350119999999994)	(140, 0.440205)
LYa_BSr2_2 - polya	(1, 0.003229)	(2, 0.006793)	(3, 0.016958)	(4, 0.045071)	(5, 0.080759)	(6, 0.112994)	(7, 0.14638)	(8, 0.180559)	(9, 0.214968)	(10, 0.3270866)	(15, 0.5173828)	(20, 0.6974692)	(25, 0.8686735999999999)	(30, 1.0370519999999999)	(35, 1.2051436)	(40, 1.3730258)	(45, 1.5413268)	(50, 1.7094458000000003)	(55, 1.8743876)	(60, 2.0382282000000003)	(65, 2.2026156)	(70, 2.3651286000000002)	(75, 2.5248556)	(80, 2.6828307999999996)	(85, 2.8404854)	(90, 2.9980285999999996)	(95, 3.1555738)	(100, 3.3131840000000006)	(105, 3.4711082000000006)	(110, 3.628844)	(115, 3.7873772000000003)	(120, 3.9445508000000005)	(125, 4.1011042)	(130, 4.257992799999999)	(135, 4.4152574)	(140, 4.509451)
LYa_BSr2_2 - polyg	(1, 0.03924)	(2, 0.039707)	(3, 0.039826)	(4, 0.040009)	(5, 0.04015)	(6, 0.040275)	(7, 0.040396)	(8, 0.040549)	(9, 0.040665)	(10, 0.041164)	(15, 0.041932199999999996)	(20, 0.0426536)	(25, 0.0434504)	(30, 0.0444368)	(35, 0.045591400000000004)	(40, 0.0468292)	(45, 0.048289799999999994)	(50, 0.0499682)	(55, 0.051834000000000005)	(60, 0.0538296)	(65, 0.05599540000000001)	(70, 0.058471800000000004)	(75, 0.1199384)	(80, 0.15776400000000002)	(85, 0.1643342)	(90, 0.16923739999999998)	(95, 0.17461580000000002)	(100, 0.181174)	(105, 0.188401)	(110, 0.19388039999999998)	(115, 0.199116)	(120, 0.204391)	(125, 0.2100054)	(130, 0.21617039999999998)	(135, 0.222837)	(140, 0.226998)
LYa_BSr3_1 - illumina_universal_adapter	(1, 0.077932)	(2, 0.079856)	(3, 0.093077)	(4, 0.093444)	(5, 0.094708)	(6, 0.095931)	(7, 0.0968)	(8, 0.09739)	(9, 0.097706)	(10, 0.09882379999999999)	(15, 0.1007566)	(20, 0.1030626)	(25, 0.106432)	(30, 0.1102992)	(35, 0.1130236)	(40, 0.11566080000000001)	(45, 0.11862779999999999)	(50, 0.1219486)	(55, 0.12560320000000003)	(60, 0.1296438)	(65, 0.13432840000000001)	(70, 0.139827)	(75, 0.146171)	(80, 0.15307079999999998)	(85, 0.16106020000000001)	(90, 0.17072020000000002)	(95, 0.18224780000000002)	(100, 0.1960794)	(105, 0.21287620000000002)	(110, 0.2341694)	(115, 0.26142459999999995)	(120, 0.29690300000000003)	(125, 0.34397459999999996)	(130, 0.407663)	(135, 0.4941206)	(140, 0.559402)
LYa_BSr3_1 - polya	(1, 0.024345)	(2, 0.03258)	(3, 0.039708)	(4, 0.048044)	(5, 0.056866)	(6, 0.066242)	(7, 0.076823)	(8, 0.08716)	(9, 0.097006)	(10, 0.12378)	(15, 0.1684444)	(20, 0.2125746)	(25, 0.2538242)	(30, 0.2942362)	(35, 0.3343004)	(40, 0.3737994)	(45, 0.41342180000000006)	(50, 0.45309119999999997)	(55, 0.49238680000000007)	(60, 0.5305791999999999)	(65, 0.5695418)	(70, 0.60784)	(75, 0.6441433999999999)	(80, 0.6807973999999999)	(85, 0.7156667999999999)	(90, 0.7494571999999999)	(95, 0.7830484)	(100, 0.8172094000000001)	(105, 0.8522015999999999)	(110, 0.886446)	(115, 0.9194424)	(120, 0.9526359999999998)	(125, 0.9865592)	(130, 1.02095)	(135, 1.0542904)	(140, 1.07454)
LYa_BSr3_1 - polyg	(1, 0.0)	(2, 0.0)	(3, 0.000439)	(4, 0.000832)	(5, 0.001204)	(6, 0.001587)	(7, 0.001956)	(8, 0.002339)	(9, 0.002684)	(10, 0.0038962)	(15, 0.006261600000000001)	(20, 0.0088026)	(25, 0.011167199999999999)	(30, 0.013621)	(35, 0.015954000000000003)	(40, 0.018406)	(45, 0.020891)	(50, 0.023321400000000003)	(55, 0.025767799999999997)	(60, 0.028437200000000003)	(65, 0.0318656)	(70, 0.10153920000000001)	(75, 0.1323162)	(80, 0.1382144)	(85, 0.1432572)	(90, 0.14912599999999998)	(95, 0.15624159999999998)	(100, 0.1639064)	(105, 0.17046360000000002)	(110, 0.17673299999999997)	(115, 0.1831358)	(120, 0.1899998)	(125, 0.1975728)	(130, 0.2057586)	(135, 0.21469560000000004)	(140, 0.220389)
LYa_BSr3_2 - illumina_universal_adapter	(1, 0.07311)	(2, 0.075129)	(3, 0.088663)	(4, 0.089066)	(5, 0.090427)	(6, 0.091795)	(7, 0.092825)	(8, 0.093516)	(9, 0.093943)	(10, 0.0961368)	(15, 0.101803)	(20, 0.10982580000000002)	(25, 0.1178468)	(30, 0.1220088)	(35, 0.1245434)	(40, 0.12707639999999998)	(45, 0.13003179999999998)	(50, 0.1332934)	(55, 0.1368994)	(60, 0.14087940000000002)	(65, 0.1454714)	(70, 0.1507866)	(75, 0.156823)	(80, 0.1635024)	(85, 0.1712268)	(90, 0.1804726)	(95, 0.19136820000000002)	(100, 0.20428980000000002)	(105, 0.21982780000000002)	(110, 0.2393118)	(115, 0.26381259999999995)	(120, 0.29508660000000003)	(125, 0.33559360000000005)	(130, 0.3896656)	(135, 0.46128660000000005)	(140, 0.514796)
LYa_BSr3_2 - polya	(1, 0.002615)	(2, 0.005417)	(3, 0.013648)	(4, 0.036571)	(5, 0.065669)	(6, 0.092392)	(7, 0.121279)	(8, 0.152857)	(9, 0.185714)	(10, 0.29672599999999993)	(15, 0.48905699999999996)	(20, 0.6724626)	(25, 0.848187)	(30, 1.022415)	(35, 1.1959300000000002)	(40, 1.3686706000000002)	(45, 1.5410674)	(50, 1.7131214)	(55, 1.8819222)	(60, 2.0497826)	(65, 2.2172714)	(70, 2.3826485999999996)	(75, 2.54545)	(80, 2.7070594000000003)	(85, 2.8678814000000004)	(90, 3.0278104)	(95, 3.1865696000000003)	(100, 3.3453446)	(105, 3.504403)	(110, 3.6622266000000003)	(115, 3.8190228)	(120, 3.9744944)	(125, 4.1291666000000005)	(130, 4.2842731999999994)	(135, 4.4375228)	(140, 4.528461)
LYa_BSr3_2 - polyg	(1, 0.039253)	(2, 0.039793)	(3, 0.039933)	(4, 0.040095)	(5, 0.040234)	(6, 0.040385)	(7, 0.040509)	(8, 0.040641)	(9, 0.040797)	(10, 0.041291600000000005)	(15, 0.0420508)	(20, 0.042812)	(25, 0.0437006)	(30, 0.044739)	(35, 0.0459656)	(40, 0.047274)	(45, 0.048742600000000004)	(50, 0.05027620000000001)	(55, 0.051922600000000006)	(60, 0.053717400000000005)	(65, 0.055759800000000005)	(70, 0.05802860000000001)	(75, 0.1168698)	(80, 0.15323479999999998)	(85, 0.1599688)	(90, 0.1651562)	(95, 0.171205)	(100, 0.1784664)	(105, 0.18625819999999998)	(110, 0.192476)	(115, 0.1986234)	(120, 0.20503900000000003)	(125, 0.2117402)	(130, 0.219076)	(135, 0.2269912)	(140, 0.232091)