Strains
Nonsynonymous ORF segregating mutations:
Base 968 (Chromosome 12, Position 405855)
Read alignment
- 3_481 : forward mutation snp from A to T at 99 percent of 91 reads.
- pool segregates T
at 100 percent of 110 reads.
- NGLNL ref_sequence_ACE2_ORF
- NGLNL yJHK459_ACE2_ORF
- NG--- 3_481_ACE2_ORF
Base 7657 (Chromosome 2, Position 518972)
Read alignment
- 3_481 : forward mutation snp from T to A at 100 percent of 75 reads.
- pool segregates A
at 96 percent of 75 reads.
- AHSWS ref_sequence_IRA1_ORF
- AHSWS yJHK459_IRA1_ORF
- AHCWS 3_481_IRA1_ORF
Base 1990 (Chromosome 2, Position 524639)
Read alignment
- 3_481 : forward mutation snp from A to T at 100 percent of 80 reads.
- pool segregates T
at 95 percent of 80 reads.
- GQFVS ref_sequence_IRA1_ORF
- GQFVS yJHK459_IRA1_ORF
- GQIVS 3_481_IRA1_ORF
Base 99 (Chromosome 14, Position 643842)
Read alignment
- 3_481 : forward mutation indel from A to -T at 94 percent of 101 reads.
- pool segregates -T
at 95 percent of 107 reads.
- EEFSS ref_sequence_CSE2_ORF
- EEFSS yJHK459_CSE2_ORF
- EEF-- 3_481_CSE2_ORF
Base 524 (Chromosome 7, Position 865230)
Read alignment
- 3_481 : forward mutation snp from C to T at 100 percent of 85 reads.
- pool segregates T
at 93 percent of 112 reads.
- GICDC ref_sequence_UBR1_ORF
- GICDC yJHK459_UBR1_ORF
- GIYDC 3_481_UBR1_ORF
Base 461 (Chromosome 4, Position 1015242)
Read alignment
- 3_481 : forward mutation indel from T to -G at 98 percent of 94 reads.
- pool segregates -G
at 93 percent of 100 reads.
- PNHKL ref_sequence_MTH1_ORF
- PNHKL yJHK459_MTH1_ORF
- PNTS- 3_481_MTH1_ORF
Synonymous ORF segregating mutations:
Other segregating mutations:
Non-segregating mutations:
Base 117 (Chromosome 12, Position 306616)
Read alignment
- 3_481 : forward mutation indel from G to -A at 85 percent of 27 reads.
- pool segregates -A
at 88 percent of 108 reads.
Base 166 (Chromosome 12, Position 306665)
Read alignment
- 3_481 : shares ancestor mutation snp from C to T at 100 percent of 93 reads.
- pool segregates T
at 100 percent of 95 reads.
Base 239 (Chromosome 12, Position 306616)
Read alignment
- 3_481 : forward mutation indel from G to -A at 85 percent of 27 reads.
- pool segregates -A
at 88 percent of 108 reads.
Base 190 (Chromosome 12, Position 306665)
Read alignment
- 3_481 : shares ancestor mutation snp from C to T at 100 percent of 93 reads.
- pool segregates T
at 100 percent of 95 reads.
Base 1157 (Chromosome 14, Position 698275)
Read alignment
- 3_481 : forward mutation snp from G to A at 100 percent of 82 reads.
- pool segregates A
at 83 percent of 128 reads.
Base -530 (Chromosome 2, Position 559548)
Read alignment
- 3_481 : forward mutation snp from C to T at 100 percent of 75 reads.
- pool segregates T
at 83 percent of 90 reads.
Base -211 (Chromosome 2, Position 559867)
Read alignment
- 3_481 : shares ancestor mutation snp from G to T at 100 percent of 85 reads.
- pool segregates T
at 100 percent of 100 reads.
Base 864 (Chromosome 2, Position 559548)
Read alignment
- 3_481 : forward mutation snp from C to T at 100 percent of 75 reads.
- pool segregates T
at 83 percent of 90 reads.
Base 408 (Chromosome 4, Position 743467)
Read alignment
- 3_481 : forward mutation indel from A to +T at 94 percent of 82 reads.
- pool segregates +T
at 82 percent of 91 reads.
Base 2381 (Chromosome 4, Position 1027669)
Read alignment
- 3_481 : forward mutation snp from C to A at 99 percent of 84 reads.
- pool segregates A
at 82 percent of 100 reads.
Base 184 (Chromosome 14, Position 693041)
Read alignment
- 3_481 : forward mutation snp from G to A at 99 percent of 79 reads.
- pool segregates A
at 78 percent of 87 reads.
Base 1007 (Chromosome 14, Position 693041)
Read alignment
- 3_481 : forward mutation snp from G to A at 99 percent of 79 reads.
- pool segregates A
at 78 percent of 87 reads.
Base -449 (Chromosome 12, Position 343410)
Read alignment
- 3_481 : forward mutation snp from G to A at 100 percent of 71 reads.
- pool segregates A
at 78 percent of 87 reads.
Base 111 (Chromosome 14, Position 694250)
Read alignment
- 3_481 : forward mutation snp from T to C at 100 percent of 63 reads.
- pool segregates C
at 78 percent of 87 reads.
Base -203 (Chromosome 14, Position 694250)
Read alignment
- 3_481 : forward mutation snp from T to C at 100 percent of 63 reads.
- pool segregates C
at 78 percent of 87 reads.
Base 358 (Chromosome 12, Position 343410)
Read alignment
- 3_481 : forward mutation snp from G to A at 100 percent of 71 reads.
- pool segregates A
at 78 percent of 87 reads.
Base 134 (Chromosome 4, Position 247435)
Read alignment
- 3_481 : forward mutation snp from A to G at 99 percent of 70 reads.
- pool segregates G
at 77 percent of 90 reads.
Base 178 (Chromosome 4, Position 247435)
Read alignment
- 3_481 : forward mutation snp from A to G at 99 percent of 70 reads.
- pool segregates G
at 77 percent of 90 reads.
Base 252 (Chromosome 7, Position 830766)
Read alignment
- 3_481 : shares ancestor mutation snp from A to C at 100 percent of 57 reads.
- pool segregates C
at 100 percent of 92 reads.
Base 257 (Chromosome 7, Position 830771)
Read alignment
- 3_481 : shares ancestor mutation snp from G to A at 100 percent of 53 reads.
- pool segregates A
at 100 percent of 93 reads.
Base 273 (Chromosome 7, Position 830787)
Read alignment
- 3_481 : shares ancestor mutation snp from C to T at 100 percent of 60 reads.
- pool segregates T
at 100 percent of 85 reads.
Base 407 (Chromosome 7, Position 830921)
Read alignment
- 3_481 : shares ancestor mutation snp from A to G at 100 percent of 55 reads.
- pool segregates G
at 92 percent of 68 reads.
Base 478 (Chromosome 7, Position 830992)
Read alignment
- 3_481 : shares ancestor mutation snp from G to A at 100 percent of 77 reads.
- pool segregates A
at 100 percent of 89 reads.
Base 527 (Chromosome 7, Position 831041)
Read alignment
- 3_481 : shares ancestor mutation snp from A to G at 100 percent of 78 reads.
- pool segregates G
at 100 percent of 109 reads.
Base 594 (Chromosome 7, Position 831108)
Read alignment
- 3_481 : shares ancestor mutation snp from G to A at 100 percent of 100 reads.
- pool segregates A
at 100 percent of 96 reads.
Base 727 (Chromosome 7, Position 831241)
Read alignment
- 3_481 : shares ancestor mutation snp from C to T at 100 percent of 75 reads.
- pool segregates T
at 100 percent of 96 reads.
Base 777 (Chromosome 7, Position 831291)
Read alignment
- 3_481 : shares ancestor mutation snp from G to A at 100 percent of 82 reads.
- pool segregates A
at 100 percent of 75 reads.
Base 816 (Chromosome 7, Position 831330)
Read alignment
- 3_481 : shares ancestor mutation snp from C to T at 100 percent of 79 reads.
- pool segregates T
at 100 percent of 102 reads.
Base 1014 (Chromosome 7, Position 831528)
Read alignment
- 3_481 : forward mutation snp from A to T at 100 percent of 83 reads.
- pool segregates T
at 75 percent of 113 reads.
Base 1083 (Chromosome 7, Position 831597)
Read alignment
- 3_481 : shares ancestor mutation snp from C to T at 100 percent of 99 reads.
- pool segregates T
at 100 percent of 74 reads.
Base 1432 (Chromosome 7, Position 831946)
Read alignment
- 3_481 : shares ancestor mutation snp from A to C at 100 percent of 31 reads.
- pool segregates C
at 100 percent of 46 reads.
Base 1559 (Chromosome 7, Position 832073)
Read alignment
- 3_481 : shares ancestor mutation snp from C to T at 100 percent of 91 reads.
- pool segregates T
at 100 percent of 89 reads.
Base 1563 (Chromosome 7, Position 832077)
Read alignment
- 3_481 : shares ancestor mutation snp from T to C at 100 percent of 87 reads.
- pool segregates C
at 98 percent of 95 reads.
Base 4474 (Chromosome 3, Position 100754)
Read alignment
- 3_481 : forward mutation snp from A to G at 100 percent of 101 reads.
- pool segregates G
at 70 percent of 98 reads.
Base 580 (Chromosome 2, Position 422462)
Read alignment
- 3_481 : forward mutation snp from T to C at 100 percent of 61 reads.
- pool segregates C
at 68 percent of 88 reads.
Base 1738 (Chromosome 14, Position 536174)
Read alignment
- 3_481 : forward mutation snp from G to T at 100 percent of 106 reads.
- pool segregates T
at 67 percent of 93 reads.
Base 601 (Chromosome 12, Position 499670)
Read alignment
- 3_481 : forward mutation snp from C to T at 100 percent of 75 reads.
- pool segregates T
at 67 percent of 104 reads.
Base -665 (Chromosome 12, Position 499670)
Read alignment
- 3_481 : forward mutation snp from C to T at 100 percent of 75 reads.
- pool segregates T
at 67 percent of 104 reads.
Base 1035 (Chromosome 8, Position 343383)
Read alignment
- 3_481 : forward mutation snp from C to A at 97 percent of 100 reads.
- pool segregates A
at 67 percent of 79 reads.
Base 912 (Chromosome 15, Position 593968)
Read alignment
- 3_481 : forward mutation snp from A to T at 99 percent of 75 reads.
- pool segregates T
at 66 percent of 99 reads.
Base 483 (Chromosome 2, Position 569334)
Read alignment
- 3_481 : forward mutation snp from C to T at 100 percent of 99 reads.
- pool segregates T
at 66 percent of 84 reads.
Base 2857 (Chromosome 4, Position 279728)
Read alignment
- 3_481 : forward mutation snp from G to A at 100 percent of 87 reads.
- pool segregates A
at 66 percent of 101 reads.
Base 188 (Chromosome 6, Position 223786)
Read alignment
- 3_481 : forward mutation snp from G to A at 99 percent of 76 reads.
- pool segregates A
at 64 percent of 113 reads.
Base -349 (Chromosome 6, Position 223786)
Read alignment
- 3_481 : forward mutation snp from G to A at 99 percent of 76 reads.
- pool segregates A
at 64 percent of 113 reads.
Base 794 (Chromosome 16, Position 898874)
Read alignment
- 3_481 : forward mutation snp from G to C at 98 percent of 87 reads.
- pool segregates C
at 64 percent of 93 reads.
Base 740 (Chromosome 12, Position 516931)
Read alignment
- 3_481 : forward mutation snp from G to A at 97 percent of 76 reads.
- pool segregates A
at 63 percent of 80 reads.
Base 52 (Chromosome 9, Position 129633)
Read alignment
- 3_481 : forward mutation indel from A to -CC at 97 percent of 118 reads.
- pool segregates -CC
at 63 percent of 118 reads.
Base 143 (Chromosome 3, Position 229452)
Read alignment
- 3_481 : forward mutation snp from C to T at 92 percent of 77 reads.
- pool segregates T
at 61 percent of 89 reads.
Base 869 (Chromosome 8, Position 301066)
Read alignment
- 3_481 : forward mutation snp from T to C at 100 percent of 72 reads.
- pool segregates C
at 61 percent of 122 reads.
Base 734 (Chromosome 2, Position 411787)
Read alignment
- 3_481 : forward mutation snp from G to A at 100 percent of 93 reads.
- pool segregates A
at 61 percent of 126 reads.
Base 503 (Chromosome 13, Position 157756)
Read alignment
- 3_481 : forward mutation snp from A to G at 100 percent of 66 reads.
- pool segregates G
at 60 percent of 94 reads.
Base -627 (Chromosome 15, Position 801358)
Read alignment
- 3_481 : forward mutation snp from T to C at 100 percent of 119 reads.
- pool segregates C
at 60 percent of 91 reads.
Base 950 (Chromosome 15, Position 801358)
Read alignment
- 3_481 : forward mutation snp from T to C at 100 percent of 119 reads.
- pool segregates C
at 60 percent of 91 reads.
Base 165 (Chromosome 4, Position 630770)
Read alignment
- 3_481 : forward mutation snp from A to G at 100 percent of 60 reads.
- pool segregates G
at 60 percent of 78 reads.
Base -512 (Chromosome 4, Position 630770)
Read alignment
- 3_481 : forward mutation snp from A to G at 100 percent of 60 reads.
- pool segregates G
at 60 percent of 78 reads.
Base -122 (Chromosome 4, Position 631160)
Read alignment
- 3_481 : shares ancestor mutation indel from T to -A at 89 percent of 70 reads.
- pool segregates -A
at 95 percent of 83 reads.
Base -407 (Chromosome 8, Position 227548)
Read alignment
- 3_481 : forward mutation snp from T to C at 100 percent of 66 reads.
- pool segregates C
at 60 percent of 103 reads.
Base -493 (Chromosome 8, Position 227634)
Read alignment
- 3_481 : shares ancestor mutation snp from A to G at 100 percent of 90 reads.
- pool segregates G
at 100 percent of 110 reads.
Base 1490 (Chromosome 8, Position 227548)
Read alignment
- 3_481 : forward mutation snp from T to C at 100 percent of 66 reads.
- pool segregates C
at 60 percent of 103 reads.
Base 1404 (Chromosome 8, Position 227634)
Read alignment
- 3_481 : shares ancestor mutation snp from A to G at 100 percent of 90 reads.
- pool segregates G
at 100 percent of 110 reads.
Base 184 (Chromosome 8, Position 358628)
Read alignment
- 3_481 : forward mutation snp from G to C at 100 percent of 85 reads.
- pool segregates C
at 59 percent of 111 reads.
Base -230 (Chromosome 8, Position 358628)
Read alignment
- 3_481 : forward mutation snp from G to C at 100 percent of 85 reads.
- pool segregates C
at 59 percent of 111 reads.
Base -342 (Chromosome 14, Position 515277)
Read alignment
- 3_481 : forward mutation snp from A to T at 100 percent of 95 reads.
- pool segregates T
at 59 percent of 91 reads.
Base 7589 (Chromosome 8, Position 310349)
Read alignment
- 3_481 : forward mutation snp from T to G at 99 percent of 90 reads.
- pool segregates G
at 59 percent of 103 reads.
Base -602 (Chromosome 10, Position 79553)
Read alignment
- 3_481 : shares ancestor mutation indel from G to -A at 90 percent of 92 reads.
- pool segregates -A
at 89 percent of 126 reads.
Base -302 (Chromosome 10, Position 79853)
Read alignment
- 3_481 : forward mutation snp from G to A at 100 percent of 103 reads.
- pool segregates A
at 58 percent of 111 reads.
Base -291 (Chromosome 10, Position 79553)
Read alignment
- 3_481 : shares ancestor mutation indel from G to -A at 90 percent of 92 reads.
- pool segregates -A
at 89 percent of 126 reads.
Base -591 (Chromosome 10, Position 79853)
Read alignment
- 3_481 : forward mutation snp from G to A at 100 percent of 103 reads.
- pool segregates A
at 58 percent of 111 reads.
Base -657 (Chromosome 11, Position 518870)
Read alignment
- 3_481 : forward mutation snp from C to T at 98 percent of 61 reads.
- pool segregates T
at 58 percent of 77 reads.
Base 24 (Chromosome 11, Position 518221)
Read alignment
- 3_481 : shares ancestor mutation snp from C to T at 100 percent of 56 reads.
- pool segregates T
at 100 percent of 85 reads.
Base 436 (Chromosome 11, Position 518633)
Read alignment
- 3_481 : shares ancestor mutation snp from T to A at 100 percent of 70 reads.
- pool segregates A
at 98 percent of 84 reads.
Base 673 (Chromosome 11, Position 518870)
Read alignment
- 3_481 : forward mutation snp from C to T at 98 percent of 61 reads.
- pool segregates T
at 58 percent of 77 reads.
Base -67 (Chromosome 11, Position 518633)
Read alignment
- 3_481 : shares ancestor mutation snp from T to A at 100 percent of 70 reads.
- pool segregates A
at 98 percent of 84 reads.
Base -304 (Chromosome 11, Position 518870)
Read alignment
- 3_481 : forward mutation snp from C to T at 98 percent of 61 reads.
- pool segregates T
at 58 percent of 77 reads.
Base -343 (Chromosome 7, Position 915081)
Read alignment
- 3_481 : forward mutation snp from A to T at 67 percent of 6 reads.
- pool segregates T
at 58 percent of 24 reads.
Base -160 (Chromosome 7, Position 915081)
Read alignment
- 3_481 : forward mutation snp from A to T at 67 percent of 6 reads.
- pool segregates T
at 58 percent of 24 reads.
Base 2857 (Chromosome 15, Position 49932)
Read alignment
- 3_481 : forward mutation snp from C to T at 100 percent of 78 reads.
- pool segregates T
at 57 percent of 121 reads.
Base 2779 (Chromosome 15, Position 50010)
Read alignment
- 3_481 : shares ancestor mutation snp from A to T at 100 percent of 58 reads.
- pool segregates T
at 100 percent of 71 reads.
Base 2777 (Chromosome 15, Position 50012)
Read alignment
- 3_481 : shares ancestor mutation snp from C to T at 100 percent of 28 reads.
- pool segregates T
at 100 percent of 50 reads.
Base 2715 (Chromosome 15, Position 50074)
Read alignment
- 3_481 : shares ancestor mutation snp from T to C at 100 percent of 80 reads.
- pool segregates C
at 100 percent of 116 reads.
Base 2568 (Chromosome 15, Position 50221)
Read alignment
- 3_481 : shares ancestor mutation snp from A to G at 100 percent of 98 reads.
- pool segregates G
at 99 percent of 126 reads.
Base 1635 (Chromosome 15, Position 51154)
Read alignment
- 3_481 : shares ancestor mutation snp from G to A at 100 percent of 108 reads.
- pool segregates A
at 100 percent of 99 reads.
Base 1410 (Chromosome 15, Position 51379)
Read alignment
- 3_481 : shares ancestor mutation snp from C to T at 100 percent of 94 reads.
- pool segregates T
at 100 percent of 125 reads.
Base 976 (Chromosome 15, Position 51813)
Read alignment
- 3_481 : shares ancestor mutation snp from A to T at 100 percent of 98 reads.
- pool segregates T
at 100 percent of 123 reads.
Base -746 (Chromosome 1, Position 207621)
Read alignment
- 3_481 : shares ancestor mutation snp from G to A at 97 percent of 32 reads.
- pool segregates A
at 100 percent of 62 reads.
Base -725 (Chromosome 1, Position 207642)
Read alignment
- 3_481 : shares ancestor mutation snp from T to G at 100 percent of 53 reads.
- pool segregates G
at 100 percent of 65 reads.
Base -697 (Chromosome 1, Position 207670)
Read alignment
- 3_481 : shares ancestor mutation snp from T to G at 100 percent of 18 reads.
- pool segregates G
at 100 percent of 52 reads.
Base -582 (Chromosome 1, Position 207785)
Read alignment
- 3_481 : forward mutation snp from T to C at 97 percent of 34 reads.
- pool segregates C
at 56 percent of 67 reads.
Base -246 (Chromosome 1, Position 208121)
Read alignment
- 3_481 : shares ancestor mutation snp from A to G at 100 percent of 6 reads.
- pool segregates G
at 87 percent of 8 reads.
Base 56 (Chromosome 1, Position 203458)
Read alignment
- 3_481 : shares ancestor mutation snp from C to T at 100 percent of 37 reads.
- pool segregates T
at 100 percent of 85 reads.
Base 59 (Chromosome 1, Position 203461)
Read alignment
- 3_481 : shares ancestor mutation snp from G to A at 100 percent of 34 reads.
- pool segregates A
at 100 percent of 78 reads.
Base 510 (Chromosome 1, Position 203912)
Read alignment
- 3_481 : shares ancestor mutation snp from A to T at 100 percent of 79 reads.
- pool segregates T
at 100 percent of 66 reads.
Base 520 (Chromosome 1, Position 203922)
Read alignment
- 3_481 : shares ancestor mutation snp from A to G at 100 percent of 80 reads.
- pool segregates G
at 100 percent of 58 reads.
Base 555 (Chromosome 1, Position 203957)
Read alignment
- 3_481 : shares ancestor mutation snp from A to G at 100 percent of 87 reads.
- pool segregates G
at 100 percent of 41 reads.
Base 571 (Chromosome 1, Position 203973)
Read alignment
- 3_481 : shares ancestor mutation snp from G to A at 100 percent of 66 reads.
- pool segregates A
at 100 percent of 29 reads.
Base 582 (Chromosome 1, Position 203984)
Read alignment
- 3_481 : shares ancestor mutation snp from G to A at 100 percent of 47 reads.
- pool segregates A
at 100 percent of 26 reads.
Base 669 (Chromosome 1, Position 204071)
Read alignment
- 3_481 : shares ancestor mutation snp from G to A at 92 percent of 13 reads.
- pool segregates A
at 100 percent of 27 reads.
Base 672 (Chromosome 1, Position 204074)
Read alignment
- 3_481 : shares ancestor mutation snp from C to T at 100 percent of 15 reads.
- pool segregates T
at 100 percent of 28 reads.
Base 2484 (Chromosome 1, Position 205886)
Read alignment
- 3_481 : shares ancestor mutation snp from T to C at 100 percent of 91 reads.
- pool segregates C
at 100 percent of 50 reads.
Base 2499 (Chromosome 1, Position 205901)
Read alignment
- 3_481 : shares ancestor mutation snp from A to G at 67 percent of 12 reads.
- pool segregates G
at 70 percent of 24 reads.
Base 2658 (Chromosome 1, Position 206060)
Read alignment
- 3_481 : shares ancestor mutation snp from T to C at 73 percent of 78 reads.
- pool segregates C
at 57 percent of 103 reads.
Base 2876 (Chromosome 1, Position 206278)
Read alignment
- 3_481 : shares ancestor mutation snp from C to A at 93 percent of 270 reads.
- pool segregates A
at 63 percent of 486 reads.
Base 2973 (Chromosome 1, Position 206375)
Read alignment
- 3_481 : shares ancestor mutation snp from C to T at 77 percent of 160 reads.
- pool segregates T
at 73 percent of 763 reads.
Base 3397 (Chromosome 1, Position 206799)
Read alignment
- 3_481 : shares ancestor mutation snp from T to G at 100 percent of 34 reads.
- pool segregates G
at 100 percent of 113 reads.
Base 3405 (Chromosome 1, Position 206807)
Read alignment
- 3_481 : shares ancestor mutation snp from T to A at 100 percent of 18 reads.
- pool segregates A
at 62 percent of 110 reads.
Base 3637 (Chromosome 1, Position 207039)
Read alignment
- 3_481 : shares ancestor mutation snp from A to G at 100 percent of 23 reads.
- pool segregates G
at 95 percent of 21 reads.
Base 3831 (Chromosome 1, Position 207233)
Read alignment
- 3_481 : shares ancestor mutation snp from T to C at 100 percent of 24 reads.
- pool segregates C
at 100 percent of 71 reads.
Base 4219 (Chromosome 1, Position 207621)
Read alignment
- 3_481 : shares ancestor mutation snp from G to A at 97 percent of 32 reads.
- pool segregates A
at 100 percent of 62 reads.
Base 4240 (Chromosome 1, Position 207642)
Read alignment
- 3_481 : shares ancestor mutation snp from T to G at 100 percent of 53 reads.
- pool segregates G
at 100 percent of 65 reads.
Base 4268 (Chromosome 1, Position 207670)
Read alignment
- 3_481 : shares ancestor mutation snp from T to G at 100 percent of 18 reads.
- pool segregates G
at 100 percent of 52 reads.
Base 4383 (Chromosome 1, Position 207785)
Read alignment
- 3_481 : forward mutation snp from T to C at 97 percent of 34 reads.
- pool segregates C
at 56 percent of 67 reads.
Base -253 (Chromosome 11, Position 356495)
Read alignment
- 3_481 : forward mutation snp from C to T at 100 percent of 77 reads.
- pool segregates T
at 56 percent of 85 reads.
Base 174 (Chromosome 11, Position 356495)
Read alignment
- 3_481 : forward mutation snp from C to T at 100 percent of 77 reads.
- pool segregates T
at 56 percent of 85 reads.
Base -723 (Chromosome 10, Position 127051)
Read alignment
- 3_481 : forward mutation snp from A to G at 100 percent of 81 reads.
- pool segregates G
at 56 percent of 96 reads.
Base 1902 (Chromosome 10, Position 127051)
Read alignment
- 3_481 : forward mutation snp from A to G at 100 percent of 81 reads.
- pool segregates G
at 56 percent of 96 reads.
Base 226 (Chromosome 10, Position 127051)
Read alignment
- 3_481 : forward mutation snp from A to G at 100 percent of 81 reads.
- pool segregates G
at 56 percent of 96 reads.
Base -273 (Chromosome 11, Position 247955)
Read alignment
- 3_481 : forward mutation indel from A to -T at 91 percent of 100 reads.
- pool segregates -T
at 55 percent of 99 reads.
Base 107 (Chromosome 11, Position 247955)
Read alignment
- 3_481 : forward mutation indel from A to -T at 91 percent of 100 reads.
- pool segregates -T
at 55 percent of 99 reads.
Base -3 (Chromosome 4, Position 1455869)
Read alignment
- 3_481 : forward mutation snp from T to A at 100 percent of 93 reads.
- pool segregates A
at 55 percent of 123 reads.
Base 1599 (Chromosome 16, Position 605714)
Read alignment
- 3_481 : forward mutation snp from A to G at 100 percent of 73 reads.
- pool segregates G
at 55 percent of 109 reads.
Base 2680 (Chromosome 16, Position 111331)
Read alignment
- 3_481 : forward mutation snp from C to T at 100 percent of 98 reads.
- pool segregates T
at 54 percent of 162 reads.
Base 808 (Chromosome 11, Position 223648)
Read alignment
- 3_481 : forward mutation snp from G to A at 100 percent of 74 reads.
- pool segregates A
at 54 percent of 96 reads.
Base -363 (Chromosome 11, Position 223648)
Read alignment
- 3_481 : forward mutation snp from G to A at 100 percent of 74 reads.
- pool segregates A
at 54 percent of 96 reads.
Base -748 (Chromosome 11, Position 223648)
Read alignment
- 3_481 : forward mutation snp from G to A at 100 percent of 74 reads.
- pool segregates A
at 54 percent of 96 reads.
Base 2213 (Chromosome 6, Position 53276)
Read alignment
- 3_481 : forward mutation snp from T to C at 100 percent of 76 reads.
- pool segregates C
at 53 percent of 108 reads.
Base -208 (Chromosome 12, Position 931963)
Read alignment
- 3_481 : forward mutation snp from T to A at 99 percent of 71 reads.
- pool segregates A
at 53 percent of 79 reads.
Base 243 (Chromosome 12, Position 931963)
Read alignment
- 3_481 : forward mutation snp from T to A at 99 percent of 71 reads.
- pool segregates A
at 53 percent of 79 reads.
Base 224 (Chromosome 16, Position 593580)
Read alignment
- 3_481 : forward mutation snp from C to A at 100 percent of 87 reads.
- pool segregates A
at 52 percent of 91 reads.
Base -511 (Chromosome 16, Position 593580)
Read alignment
- 3_481 : forward mutation snp from C to A at 100 percent of 87 reads.
- pool segregates A
at 52 percent of 91 reads.
Base 338 (Chromosome 16, Position 593580)
Read alignment
- 3_481 : forward mutation snp from C to A at 100 percent of 87 reads.
- pool segregates A
at 52 percent of 91 reads.
Base 658 (Chromosome 10, Position 155470)
Read alignment
- 3_481 : forward mutation snp from G to T at 100 percent of 85 reads.
- pool segregates T
at 52 percent of 112 reads.
Base -699 (Chromosome 10, Position 155470)
Read alignment
- 3_481 : forward mutation snp from G to T at 100 percent of 85 reads.
- pool segregates T
at 52 percent of 112 reads.
Base 15 (Chromosome 8, Position 470924)
Read alignment
- 3_481 : forward mutation indel from G to +A at 88 percent of 76 reads.
- pool segregates +A
at 52 percent of 101 reads.
Base -36 (Chromosome 8, Position 470924)
Read alignment
- 3_481 : forward mutation indel from G to +A at 88 percent of 76 reads.
- pool segregates +A
at 52 percent of 101 reads.
Base -674 (Chromosome 12, Position 289538)
Read alignment
- 3_481 : shares ancestor mutation snp from G to A at 100 percent of 79 reads.
- pool segregates A
at 100 percent of 96 reads.
Base -585 (Chromosome 12, Position 289627)
Read alignment
- 3_481 : shares ancestor mutation snp from C to T at 100 percent of 86 reads.
- pool segregates T
at 100 percent of 86 reads.
Base -566 (Chromosome 12, Position 289646)
Read alignment
- 3_481 : shares ancestor mutation snp from G to A at 100 percent of 63 reads.
- pool segregates A
at 100 percent of 83 reads.
Base -552 (Chromosome 12, Position 289660)
Read alignment
- 3_481 : shares ancestor mutation snp from C to G at 100 percent of 54 reads.
- pool segregates G
at 100 percent of 90 reads.
Base -543 (Chromosome 12, Position 289669)
Read alignment
- 3_481 : shares ancestor mutation snp from C to T at 100 percent of 65 reads.
- pool segregates T
at 100 percent of 90 reads.
Base -512 (Chromosome 12, Position 289700)
Read alignment
- 3_481 : shares ancestor mutation snp from A to G at 100 percent of 42 reads.
- pool segregates G
at 100 percent of 46 reads.
Base -465 (Chromosome 12, Position 289747)
Read alignment
- 3_481 : forward mutation snp from T to C at 100 percent of 84 reads.
- pool segregates C
at 52 percent of 67 reads.
Base -304 (Chromosome 12, Position 289908)
Read alignment
- 3_481 : shares ancestor mutation snp from T to G at 100 percent of 84 reads.
- pool segregates G
at 100 percent of 75 reads.
Base -215 (Chromosome 12, Position 289997)
Read alignment
- 3_481 : shares ancestor mutation snp from A to G at 100 percent of 109 reads.
- pool segregates G
at 100 percent of 113 reads.
Base -22 (Chromosome 12, Position 290190)
Read alignment
- 3_481 : shares ancestor mutation indel from T to -A at 85 percent of 117 reads.
- pool segregates -A
at 81 percent of 94 reads.
Base -474 (Chromosome 6, Position 162014)
Read alignment
- 3_481 : forward mutation snp from A to T at 96 percent of 47 reads.
- pool segregates T
at 52 percent of 117 reads.
Base 39 (Chromosome 16, Position 40116)
Read alignment
- 3_481 : forward mutation snp from A to G at 100 percent of 66 reads.
- pool segregates G
at 51 percent of 122 reads.
Base 199 (Chromosome 4, Position 1462060)
Read alignment
- 3_481 : forward mutation snp from T to G at 100 percent of 70 reads.
- pool segregates G
at 51 percent of 128 reads.
Base -506 (Chromosome 4, Position 1462060)
Read alignment
- 3_481 : forward mutation snp from T to G at 100 percent of 70 reads.
- pool segregates G
at 51 percent of 128 reads.
Base -705 (Chromosome 15, Position 1026277)
Read alignment
- 3_481 : forward mutation snp from G to T at 100 percent of 77 reads.
- pool segregates T
at 51 percent of 130 reads.
Base -566 (Chromosome 15, Position 1026277)
Read alignment
- 3_481 : forward mutation snp from G to T at 100 percent of 77 reads.
- pool segregates T
at 51 percent of 130 reads.
Base 271 (Chromosome 15, Position 1026277)
Read alignment
- 3_481 : forward mutation snp from G to T at 100 percent of 77 reads.
- pool segregates T
at 51 percent of 130 reads.
Base 511 (Chromosome 4, Position 90686)
Read alignment
- 3_481 : forward mutation snp from G to A at 100 percent of 108 reads.
- pool segregates A
at 51 percent of 99 reads.
Base 1257 (Chromosome 5, Position 329733)
Read alignment
- 3_481 : forward mutation snp from T to A at 99 percent of 79 reads.
- pool segregates A
at 51 percent of 111 reads.
Base 751 (Chromosome 11, Position 584403)
Read alignment
- 3_481 : forward mutation snp from C to A at 100 percent of 83 reads.
- pool segregates A
at 50 percent of 73 reads.
Base 973 (Chromosome 11, Position 584625)
Read alignment
- 3_481 : shares ancestor mutation snp from C to A at 100 percent of 93 reads.
- pool segregates A
at 100 percent of 100 reads.
Base -549 (Chromosome 11, Position 584403)
Read alignment
- 3_481 : forward mutation snp from C to A at 100 percent of 83 reads.
- pool segregates A
at 50 percent of 73 reads.
Base -327 (Chromosome 11, Position 584625)
Read alignment
- 3_481 : shares ancestor mutation snp from C to A at 100 percent of 93 reads.
- pool segregates A
at 100 percent of 100 reads.
Base -183 (Chromosome 11, Position 584769)
Read alignment
- 3_481 : shares ancestor mutation snp from A to T at 100 percent of 64 reads.
- pool segregates T
at 100 percent of 99 reads.
Base -134 (Chromosome 11, Position 584818)
Read alignment
- 3_481 : shares ancestor mutation snp from T to C at 100 percent of 92 reads.
- pool segregates C
at 100 percent of 87 reads.
Base 627 (Chromosome 16, Position 568370)
Read alignment
- 3_481 : forward mutation snp from C to T at 100 percent of 73 reads.
- pool segregates T
at 50 percent of 79 reads.
Base 6765 (Chromosome 16, Position 766789)
Read alignment
- 3_481 : forward mutation snp from A to T at 100 percent of 87 reads.
- pool segregates T
at 50 percent of 83 reads.
Base 1022 (Chromosome 2, Position 803454)
Read alignment
- 3_481 : forward mutation snp from T to A at 100 percent of 94 reads.
- pool segregates A
at 50 percent of 105 reads.
Base 609 (Chromosome 15, Position 645174)
Read alignment
- 3_481 : forward mutation snp from G to T at 100 percent of 79 reads.
- pool segregates T
at 50 percent of 76 reads.
Base -312 (Chromosome 7, Position 472543)
Read alignment
- 3_481 : forward mutation snp from G to T at 100 percent of 83 reads.
- pool segregates T
at 49 percent of 103 reads.
Base -245 (Chromosome 7, Position 472543)
Read alignment
- 3_481 : forward mutation snp from G to T at 100 percent of 83 reads.
- pool segregates T
at 49 percent of 103 reads.
Base -182 (Chromosome 8, Position 78754)
Read alignment
- 3_481 : forward mutation indel from T to -A at 89 percent of 94 reads.
- pool segregates -A
at 49 percent of 101 reads.
Base -401 (Chromosome 8, Position 78754)
Read alignment
- 3_481 : forward mutation indel from T to -A at 89 percent of 94 reads.
- pool segregates -A
at 49 percent of 101 reads.
Base 469 (Chromosome 16, Position 310678)
Read alignment
- 3_481 : forward mutation snp from T to G at 100 percent of 80 reads.
- pool segregates G
at 49 percent of 85 reads.
Base -68 (Chromosome 14, Position 40397)
Read alignment
- 3_481 : shares ancestor mutation snp from A to G at 100 percent of 92 reads.
- pool segregates G
at 100 percent of 130 reads.
Base -101 (Chromosome 14, Position 40430)
Read alignment
- 3_481 : shares ancestor mutation snp from T to C at 100 percent of 100 reads.
- pool segregates C
at 100 percent of 143 reads.
Base -330 (Chromosome 14, Position 40659)
Read alignment
- 3_481 : forward mutation snp from A to G at 100 percent of 73 reads.
- pool segregates G
at 48 percent of 138 reads.
Base 41 (Chromosome 14, Position 40659)
Read alignment
- 3_481 : forward mutation snp from A to G at 100 percent of 73 reads.
- pool segregates G
at 48 percent of 138 reads.
Base 528 (Chromosome 14, Position 41146)
Read alignment
- 3_481 : shares ancestor mutation snp from C to T at 100 percent of 78 reads.
- pool segregates T
at 100 percent of 108 reads.
Base 570 (Chromosome 14, Position 41188)
Read alignment
- 3_481 : shares ancestor mutation snp from G to A at 100 percent of 86 reads.
- pool segregates A
at 100 percent of 121 reads.
Base 600 (Chromosome 14, Position 41218)
Read alignment
- 3_481 : shares ancestor mutation snp from C to T at 100 percent of 91 reads.
- pool segregates T
at 100 percent of 118 reads.
Base 892 (Chromosome 14, Position 41510)
Read alignment
- 3_481 : shares ancestor mutation snp from C to T at 100 percent of 96 reads.
- pool segregates T
at 100 percent of 93 reads.
Base 1062 (Chromosome 14, Position 41680)
Read alignment
- 3_481 : shares ancestor mutation snp from C to T at 100 percent of 102 reads.
- pool segregates T
at 100 percent of 107 reads.
Base 1282 (Chromosome 14, Position 41900)
Read alignment
- 3_481 : shares ancestor mutation snp from C to T at 100 percent of 72 reads.
- pool segregates T
at 100 percent of 115 reads.
Base 263 (Chromosome 4, Position 1476214)
Read alignment
- 3_481 : forward mutation snp from C to A at 100 percent of 69 reads.
- pool segregates A
at 47 percent of 98 reads.
Base 68 (Chromosome 10, Position 649843)
Read alignment
- 3_481 : forward mutation snp from C to T at 100 percent of 68 reads.
- pool segregates T
at 47 percent of 105 reads.
Base -595 (Chromosome 5, Position 320835)
Read alignment
- 3_481 : forward mutation snp from A to T at 100 percent of 89 reads.
- pool segregates T
at 47 percent of 103 reads.
Base 873 (Chromosome 5, Position 320835)
Read alignment
- 3_481 : forward mutation snp from A to T at 100 percent of 89 reads.
- pool segregates T
at 47 percent of 103 reads.
Base 1725 (Chromosome 11, Position 189718)
Read alignment
- 3_481 : shares ancestor mutation snp from G to A at 100 percent of 87 reads.
- pool segregates A
at 100 percent of 102 reads.
Base 601 (Chromosome 11, Position 190842)
Read alignment
- 3_481 : forward mutation snp from A to G at 100 percent of 61 reads.
- pool segregates G
at 47 percent of 122 reads.
Base 186 (Chromosome 11, Position 191257)
Read alignment
- 3_481 : shares ancestor mutation snp from A to C at 100 percent of 120 reads.
- pool segregates C
at 96 percent of 81 reads.
Base 53 (Chromosome 11, Position 191390)
Read alignment
- 3_481 : shares ancestor mutation snp from G to A at 100 percent of 51 reads.
- pool segregates A
at 100 percent of 64 reads.
Base 3776 (Chromosome 15, Position 929496)
Read alignment
- 3_481 : forward mutation snp from A to G at 100 percent of 78 reads.
- pool segregates G
at 47 percent of 93 reads.
Base 393 (Chromosome 11, Position 127867)
Read alignment
- 3_481 : shares ancestor mutation snp from G to A at 100 percent of 51 reads.
- pool segregates A
at 100 percent of 96 reads.
Base 690 (Chromosome 11, Position 128164)
Read alignment
- 3_481 : shares ancestor mutation snp from T to C at 100 percent of 51 reads.
- pool segregates C
at 100 percent of 94 reads.
Base 711 (Chromosome 11, Position 128185)
Read alignment
- 3_481 : shares ancestor mutation snp from A to G at 100 percent of 66 reads.
- pool segregates G
at 100 percent of 88 reads.
Base 721 (Chromosome 11, Position 128195)
Read alignment
- 3_481 : shares ancestor mutation snp from A to C at 100 percent of 79 reads.
- pool segregates C
at 97 percent of 82 reads.
Base 1172 (Chromosome 11, Position 128646)
Read alignment
- 3_481 : shares ancestor mutation snp from C to T at 100 percent of 98 reads.
- pool segregates T
at 100 percent of 100 reads.
Base 1548 (Chromosome 11, Position 129022)
Read alignment
- 3_481 : shares ancestor mutation snp from T to C at 100 percent of 90 reads.
- pool segregates C
at 100 percent of 102 reads.
Base 1724 (Chromosome 11, Position 129198)
Read alignment
- 3_481 : shares ancestor mutation snp from C to G at 100 percent of 94 reads.
- pool segregates G
at 100 percent of 118 reads.
Base 2037 (Chromosome 11, Position 129511)
Read alignment
- 3_481 : shares ancestor mutation snp from A to G at 100 percent of 92 reads.
- pool segregates G
at 100 percent of 100 reads.
Base 2055 (Chromosome 11, Position 129529)
Read alignment
- 3_481 : forward mutation snp from C to T at 98 percent of 90 reads.
- pool segregates T
at 47 percent of 110 reads.
Base 2149 (Chromosome 11, Position 129623)
Read alignment
- 3_481 : shares ancestor mutation snp from C to A at 100 percent of 57 reads.
- pool segregates A
at 100 percent of 92 reads.
Base 2370 (Chromosome 11, Position 129844)
Read alignment
- 3_481 : shares ancestor mutation snp from A to G at 100 percent of 82 reads.
- pool segregates G
at 100 percent of 82 reads.
Base 2388 (Chromosome 11, Position 129862)
Read alignment
- 3_481 : shares ancestor mutation snp from G to A at 100 percent of 87 reads.
- pool segregates A
at 100 percent of 83 reads.
Base 2752 (Chromosome 11, Position 130226)
Read alignment
- 3_481 : shares ancestor mutation snp from C to T at 100 percent of 84 reads.
- pool segregates T
at 98 percent of 94 reads.
Base -24 (Chromosome 16, Position 672447)
Read alignment
- 3_481 : forward mutation snp from A to G at 100 percent of 86 reads.
- pool segregates G
at 47 percent of 91 reads.
Base 3936 (Chromosome 15, Position 61415)
Read alignment
- 3_481 : shares ancestor mutation snp from G to A at 100 percent of 69 reads.
- pool segregates A
at 100 percent of 107 reads.
Base 3657 (Chromosome 15, Position 61694)
Read alignment
- 3_481 : shares ancestor mutation snp from A to G at 100 percent of 97 reads.
- pool segregates G
at 100 percent of 114 reads.
Base 3603 (Chromosome 15, Position 61748)
Read alignment
- 3_481 : shares ancestor mutation snp from C to T at 100 percent of 51 reads.
- pool segregates T
at 100 percent of 53 reads.
Base 3585 (Chromosome 15, Position 61766)
Read alignment
- 3_481 : shares ancestor mutation snp from T to C at 100 percent of 94 reads.
- pool segregates C
at 100 percent of 101 reads.
Base 3289 (Chromosome 15, Position 62062)
Read alignment
- 3_481 : shares ancestor mutation snp from G to A at 100 percent of 84 reads.
- pool segregates A
at 100 percent of 90 reads.
Base 3243 (Chromosome 15, Position 62108)
Read alignment
- 3_481 : shares ancestor mutation snp from A to G at 100 percent of 85 reads.
- pool segregates G
at 96 percent of 97 reads.
Base 2666 (Chromosome 15, Position 62685)
Read alignment
- 3_481 : shares ancestor mutation snp from G to A at 100 percent of 90 reads.
- pool segregates A
at 100 percent of 129 reads.
Base 2607 (Chromosome 15, Position 62744)
Read alignment
- 3_481 : shares ancestor mutation snp from G to A at 100 percent of 98 reads.
- pool segregates A
at 100 percent of 125 reads.
Base 2496 (Chromosome 15, Position 62855)
Read alignment
- 3_481 : shares ancestor mutation snp from G to C at 100 percent of 102 reads.
- pool segregates C
at 100 percent of 124 reads.
Base 2437 (Chromosome 15, Position 62914)
Read alignment
- 3_481 : shares ancestor mutation snp from T to C at 100 percent of 86 reads.
- pool segregates C
at 100 percent of 100 reads.
Base 2415 (Chromosome 15, Position 62936)
Read alignment
- 3_481 : shares ancestor mutation snp from C to T at 100 percent of 6 reads.
- pool segregates T
at 100 percent of 12 reads.
Base 2412 (Chromosome 15, Position 62939)
Read alignment
- 3_481 : shares ancestor mutation snp from C to A at 100 percent of 4 reads.
- pool segregates A
at 100 percent of 10 reads.
Base 2267 (Chromosome 15, Position 63084)
Read alignment
- 3_481 : shares ancestor mutation snp from T to C at 100 percent of 29 reads.
- pool segregates C
at 100 percent of 17 reads.
Base 2242 (Chromosome 15, Position 63109)
Read alignment
- 3_481 : shares ancestor mutation snp from T to C at 100 percent of 70 reads.
- pool segregates C
at 100 percent of 96 reads.
Base 2112 (Chromosome 15, Position 63239)
Read alignment
- 3_481 : shares ancestor mutation snp from C to G at 100 percent of 97 reads.
- pool segregates G
at 100 percent of 96 reads.
Base 1827 (Chromosome 15, Position 63524)
Read alignment
- 3_481 : shares ancestor mutation snp from C to T at 99 percent of 84 reads.
- pool segregates T
at 100 percent of 101 reads.
Base 1386 (Chromosome 15, Position 63965)
Read alignment
- 3_481 : shares ancestor mutation snp from T to A at 100 percent of 113 reads.
- pool segregates A
at 98 percent of 101 reads.
Base 1353 (Chromosome 15, Position 63998)
Read alignment
- 3_481 : shares ancestor mutation snp from A to G at 100 percent of 100 reads.
- pool segregates G
at 98 percent of 93 reads.
Base 1308 (Chromosome 15, Position 64043)
Read alignment
- 3_481 : shares ancestor mutation snp from T to G at 100 percent of 63 reads.
- pool segregates G
at 100 percent of 90 reads.
Base 1051 (Chromosome 15, Position 64300)
Read alignment
- 3_481 : shares ancestor mutation snp from G to A at 100 percent of 74 reads.
- pool segregates A
at 100 percent of 88 reads.
Base 954 (Chromosome 15, Position 64397)
Read alignment
- 3_481 : shares ancestor mutation snp from A to G at 100 percent of 93 reads.
- pool segregates G
at 100 percent of 116 reads.
Base 870 (Chromosome 15, Position 64481)
Read alignment
- 3_481 : shares ancestor mutation snp from G to A at 100 percent of 101 reads.
- pool segregates A
at 100 percent of 110 reads.
Base 774 (Chromosome 15, Position 64577)
Read alignment
- 3_481 : shares ancestor mutation snp from A to G at 100 percent of 86 reads.
- pool segregates G
at 100 percent of 117 reads.
Base 30 (Chromosome 15, Position 65321)
Read alignment
- 3_481 : forward mutation snp from A to T at 100 percent of 75 reads.
- pool segregates T
at 46 percent of 104 reads.
Base -300 (Chromosome 15, Position 65321)
Read alignment
- 3_481 : forward mutation snp from A to T at 100 percent of 75 reads.
- pool segregates T
at 46 percent of 104 reads.
Base 1035 (Chromosome 12, Position 913858)
Read alignment
- 3_481 : forward mutation snp from G to A at 100 percent of 99 reads.
- pool segregates A
at 45 percent of 74 reads.
Base -32 (Chromosome 13, Position 540088)
Read alignment
- 3_481 : shares ancestor mutation snp from C to A at 100 percent of 95 reads.
- pool segregates A
at 100 percent of 84 reads.
Base -49 (Chromosome 13, Position 540105)
Read alignment
- 3_481 : shares ancestor mutation snp from T to C at 100 percent of 88 reads.
- pool segregates C
at 100 percent of 88 reads.
Base -251 (Chromosome 13, Position 540307)
Read alignment
- 3_481 : shares ancestor mutation snp from T to C at 100 percent of 71 reads.
- pool segregates C
at 96 percent of 61 reads.
Base -367 (Chromosome 13, Position 540423)
Read alignment
- 3_481 : shares ancestor mutation snp from G to C at 100 percent of 84 reads.
- pool segregates C
at 100 percent of 64 reads.
Base -390 (Chromosome 13, Position 540446)
Read alignment
- 3_481 : shares ancestor mutation snp from A to T at 100 percent of 86 reads.
- pool segregates T
at 100 percent of 68 reads.
Base -453 (Chromosome 13, Position 540509)
Read alignment
- 3_481 : shares ancestor mutation indel from G to -C at 98 percent of 44 reads.
- pool segregates -C
at 100 percent of 72 reads.
Base -470 (Chromosome 13, Position 540526)
Read alignment
- 3_481 : shares ancestor mutation snp from C to T at 100 percent of 46 reads.
- pool segregates T
at 100 percent of 73 reads.
Base -586 (Chromosome 13, Position 540642)
Read alignment
- 3_481 : forward mutation snp from G to C at 100 percent of 58 reads.
- pool segregates C
at 45 percent of 72 reads.
Base 2 (Chromosome 13, Position 540446)
Read alignment
- 3_481 : shares ancestor mutation snp from A to T at 100 percent of 86 reads.
- pool segregates T
at 100 percent of 68 reads.
Base 65 (Chromosome 13, Position 540509)
Read alignment
- 3_481 : shares ancestor mutation indel from G to -C at 98 percent of 44 reads.
- pool segregates -C
at 100 percent of 72 reads.
Base 82 (Chromosome 13, Position 540526)
Read alignment
- 3_481 : shares ancestor mutation snp from C to T at 100 percent of 46 reads.
- pool segregates T
at 100 percent of 73 reads.
Base 198 (Chromosome 13, Position 540642)
Read alignment
- 3_481 : forward mutation snp from G to C at 100 percent of 58 reads.
- pool segregates C
at 45 percent of 72 reads.
Base -690 (Chromosome 13, Position 540509)
Read alignment
- 3_481 : shares ancestor mutation indel from G to -C at 98 percent of 44 reads.
- pool segregates -C
at 100 percent of 72 reads.
Base -673 (Chromosome 13, Position 540526)
Read alignment
- 3_481 : shares ancestor mutation snp from C to T at 100 percent of 46 reads.
- pool segregates T
at 100 percent of 73 reads.
Base -557 (Chromosome 13, Position 540642)
Read alignment
- 3_481 : forward mutation snp from G to C at 100 percent of 58 reads.
- pool segregates C
at 45 percent of 72 reads.
Base -252 (Chromosome 13, Position 540947)
Read alignment
- 3_481 : shares ancestor mutation indel from T to +A at 88 percent of 100 reads.
- pool segregates +A
at 95 percent of 103 reads.
Base -158 (Chromosome 13, Position 541041)
Read alignment
- 3_481 : shares ancestor mutation snp from C to T at 100 percent of 68 reads.
- pool segregates T
at 100 percent of 99 reads.
Base -104 (Chromosome 13, Position 541095)
Read alignment
- 3_481 : shares ancestor mutation snp from T to A at 100 percent of 84 reads.
- pool segregates A
at 100 percent of 95 reads.
Base 1179 (Chromosome 7, Position 1054002)
Read alignment
- 3_481 : forward mutation snp from A to T at 100 percent of 112 reads.
- pool segregates T
at 45 percent of 118 reads.
Base -301 (Chromosome 5, Position 16054)
Read alignment
- 3_481 : forward mutation snp from C to G at 100 percent of 97 reads.
- pool segregates G
at 45 percent of 101 reads.
Base 676 (Chromosome 14, Position 430762)
Read alignment
- 3_481 : forward mutation snp from T to C at 100 percent of 60 reads.
- pool segregates C
at 45 percent of 108 reads.
Base 3700 (Chromosome 14, Position 433786)
Read alignment
- 3_481 : shares ancestor mutation snp from G to T at 100 percent of 66 reads.
- pool segregates T
at 100 percent of 93 reads.
Base 1062 (Chromosome 15, Position 465832)
Read alignment
- 3_481 : forward mutation snp from A to C at 100 percent of 91 reads.
- pool segregates C
at 45 percent of 102 reads.
Base -599 (Chromosome 12, Position 522611)
Read alignment
- 3_481 : forward mutation snp from T to G at 100 percent of 47 reads.
- pool segregates G
at 44 percent of 58 reads.
Base 158 (Chromosome 12, Position 522611)
Read alignment
- 3_481 : forward mutation snp from T to G at 100 percent of 47 reads.
- pool segregates G
at 44 percent of 58 reads.
Base -52 (Chromosome 12, Position 522611)
Read alignment
- 3_481 : forward mutation snp from T to G at 100 percent of 47 reads.
- pool segregates G
at 44 percent of 58 reads.
Base 258 (Chromosome 11, Position 88529)
Read alignment
- 3_481 : forward mutation snp from T to A at 100 percent of 89 reads.
- pool segregates A
at 44 percent of 101 reads.
Base 2856 (Chromosome 6, Position 71572)
Read alignment
- 3_481 : forward mutation snp from T to C at 100 percent of 85 reads.
- pool segregates C
at 44 percent of 126 reads.
Base 2644 (Chromosome 9, Position 402420)
Read alignment
- 3_481 : forward mutation snp from C to T at 100 percent of 98 reads.
- pool segregates T
at 43 percent of 110 reads.
Base 287 (Chromosome 9, Position 402420)
Read alignment
- 3_481 : forward mutation snp from C to T at 100 percent of 98 reads.
- pool segregates T
at 43 percent of 110 reads.
Base 168 (Chromosome 14, Position 368427)
Read alignment
- 3_481 : forward mutation indel from C to -T at 88 percent of 111 reads.
- pool segregates -T
at 43 percent of 95 reads.
Base 106 (Chromosome 14, Position 368427)
Read alignment
- 3_481 : forward mutation indel from C to -T at 88 percent of 111 reads.
- pool segregates -T
at 43 percent of 95 reads.
Base 260 (Chromosome 8, Position 49022)
Read alignment
- 3_481 : forward mutation snp from G to T at 100 percent of 52 reads.
- pool segregates T
at 42 percent of 98 reads.
Base 4442 (Chromosome 2, Position 187142)
Read alignment
- 3_481 : shares ancestor mutation snp from C to T at 100 percent of 85 reads.
- pool segregates T
at 100 percent of 83 reads.
Base 4431 (Chromosome 2, Position 187153)
Read alignment
- 3_481 : shares ancestor mutation snp from G to A at 100 percent of 80 reads.
- pool segregates A
at 100 percent of 80 reads.
Base 4032 (Chromosome 2, Position 187552)
Read alignment
- 3_481 : shares ancestor mutation snp from T to A at 100 percent of 67 reads.
- pool segregates A
at 100 percent of 90 reads.
Base 3870 (Chromosome 2, Position 187714)
Read alignment
- 3_481 : shares ancestor mutation snp from C to T at 100 percent of 31 reads.
- pool segregates T
at 100 percent of 58 reads.
Base 3840 (Chromosome 2, Position 187744)
Read alignment
- 3_481 : shares ancestor mutation snp from T to C at 100 percent of 71 reads.
- pool segregates C
at 100 percent of 111 reads.
Base 3711 (Chromosome 2, Position 187873)
Read alignment
- 3_481 : shares ancestor mutation snp from T to C at 100 percent of 70 reads.
- pool segregates C
at 98 percent of 93 reads.
Base 3627 (Chromosome 2, Position 187957)
Read alignment
- 3_481 : shares ancestor mutation snp from G to A at 100 percent of 69 reads.
- pool segregates A
at 100 percent of 92 reads.
Base 3552 (Chromosome 2, Position 188032)
Read alignment
- 3_481 : shares ancestor mutation snp from G to A at 100 percent of 68 reads.
- pool segregates A
at 100 percent of 96 reads.
Base 3147 (Chromosome 2, Position 188437)
Read alignment
- 3_481 : forward mutation snp from A to C at 100 percent of 68 reads.
- pool segregates C
at 42 percent of 106 reads.
Base 2471 (Chromosome 2, Position 189113)
Read alignment
- 3_481 : shares ancestor mutation snp from C to A at 100 percent of 112 reads.
- pool segregates A
at 100 percent of 103 reads.
Base 2375 (Chromosome 2, Position 189209)
Read alignment
- 3_481 : shares ancestor mutation snp from T to A at 100 percent of 78 reads.
- pool segregates A
at 100 percent of 103 reads.
Base 2361 (Chromosome 2, Position 189223)
Read alignment
- 3_481 : shares ancestor mutation snp from C to T at 99 percent of 89 reads.
- pool segregates T
at 100 percent of 97 reads.
Base 1923 (Chromosome 2, Position 189661)
Read alignment
- 3_481 : shares ancestor mutation snp from T to C at 100 percent of 82 reads.
- pool segregates C
at 100 percent of 99 reads.
Base 1911 (Chromosome 2, Position 189673)
Read alignment
- 3_481 : shares ancestor mutation snp from A to G at 100 percent of 74 reads.
- pool segregates G
at 100 percent of 101 reads.
Base 1552 (Chromosome 2, Position 190032)
Read alignment
- 3_481 : shares ancestor mutation snp from T to C at 100 percent of 97 reads.
- pool segregates C
at 98 percent of 99 reads.
Base 1456 (Chromosome 2, Position 190128)
Read alignment
- 3_481 : shares ancestor mutation snp from T to A at 100 percent of 90 reads.
- pool segregates A
at 98 percent of 91 reads.
Base 1338 (Chromosome 2, Position 190246)
Read alignment
- 3_481 : shares ancestor mutation snp from C to T at 100 percent of 84 reads.
- pool segregates T
at 100 percent of 80 reads.
Base 1132 (Chromosome 2, Position 190452)
Read alignment
- 3_481 : shares ancestor mutation snp from A to G at 100 percent of 74 reads.
- pool segregates G
at 99 percent of 100 reads.
Base 1001 (Chromosome 2, Position 190583)
Read alignment
- 3_481 : shares ancestor mutation snp from G to A at 100 percent of 83 reads.
- pool segregates A
at 100 percent of 100 reads.
Base 964 (Chromosome 2, Position 190620)
Read alignment
- 3_481 : shares ancestor mutation snp from C to G at 100 percent of 108 reads.
- pool segregates G
at 100 percent of 110 reads.
Base 943 (Chromosome 2, Position 190641)
Read alignment
- 3_481 : shares ancestor mutation snp from A to G at 100 percent of 129 reads.
- pool segregates G
at 100 percent of 117 reads.
Base 914 (Chromosome 2, Position 190670)
Read alignment
- 3_481 : shares ancestor mutation snp from T to C at 100 percent of 105 reads.
- pool segregates C
at 100 percent of 126 reads.
Base 703 (Chromosome 2, Position 190881)
Read alignment
- 3_481 : shares ancestor mutation snp from G to A at 100 percent of 111 reads.
- pool segregates A
at 100 percent of 93 reads.
Base 377 (Chromosome 2, Position 191207)
Read alignment
- 3_481 : shares ancestor mutation snp from T to C at 100 percent of 86 reads.
- pool segregates C
at 100 percent of 85 reads.
Base 352 (Chromosome 2, Position 191232)
Read alignment
- 3_481 : shares ancestor mutation snp from A to G at 100 percent of 68 reads.
- pool segregates G
at 100 percent of 81 reads.
Base 342 (Chromosome 2, Position 191242)
Read alignment
- 3_481 : shares ancestor mutation snp from C to A at 100 percent of 84 reads.
- pool segregates A
at 100 percent of 83 reads.
Base 114 (Chromosome 2, Position 191470)
Read alignment
- 3_481 : shares ancestor mutation snp from A to T at 100 percent of 81 reads.
- pool segregates T
at 100 percent of 97 reads.
Base 56 (Chromosome 2, Position 191528)
Read alignment
- 3_481 : shares ancestor mutation snp from G to A at 100 percent of 79 reads.
- pool segregates A
at 100 percent of 99 reads.
Base 21 (Chromosome 2, Position 191563)
Read alignment
- 3_481 : shares ancestor mutation snp from G to T at 100 percent of 85 reads.
- pool segregates T
at 100 percent of 87 reads.
Base 1127 (Chromosome 5, Position 521543)
Read alignment
- 3_481 : forward mutation snp from T to A at 100 percent of 84 reads.
- pool segregates A
at 41 percent of 102 reads.
Base 1823 (Chromosome 12, Position 900838)
Read alignment
- 3_481 : forward mutation snp from T to A at 100 percent of 98 reads.
- pool segregates A
at 40 percent of 103 reads.
Base 191 (Chromosome 13, Position 307679)
Read alignment
- 3_481 : forward mutation snp from A to T at 99 percent of 85 reads.
- pool segregates T
at 40 percent of 59 reads.
Base -515 (Chromosome 7, Position 419108)
Read alignment
- 3_481 : forward mutation snp from G to C at 100 percent of 106 reads.
- pool segregates C
at 40 percent of 106 reads.
Base -222 (Chromosome 7, Position 419108)
Read alignment
- 3_481 : forward mutation snp from G to C at 100 percent of 106 reads.
- pool segregates C
at 40 percent of 106 reads.
Base 284 (Chromosome 7, Position 419108)
Read alignment
- 3_481 : forward mutation snp from G to C at 100 percent of 106 reads.
- pool segregates C
at 40 percent of 106 reads.
Base 118 (Chromosome 7, Position 419108)
Read alignment
- 3_481 : forward mutation snp from G to C at 100 percent of 106 reads.
- pool segregates C
at 40 percent of 106 reads.
Base 151 (Chromosome 14, Position 338327)
Read alignment
- 3_481 : forward mutation snp from T to C at 100 percent of 73 reads.
- pool segregates C
at 40 percent of 107 reads.
Base -404 (Chromosome 12, Position 1035689)
Read alignment
- 3_481 : forward mutation indel from T to +A at 93 percent of 71 reads.
- pool segregates +A
at 38 percent of 86 reads.
Base 3063 (Chromosome 12, Position 1035689)
Read alignment
- 3_481 : forward mutation indel from T to +A at 93 percent of 71 reads.
- pool segregates +A
at 38 percent of 86 reads.
Base 1255 (Chromosome 16, Position 154958)
Read alignment
- 3_481 : forward mutation snp from A to G at 100 percent of 98 reads.
- pool segregates G
at 38 percent of 68 reads.
Base 232 (Chromosome 2, Position 203576)
Read alignment
- 3_481 : forward mutation snp from C to T at 100 percent of 70 reads.
- pool segregates T
at 37 percent of 88 reads.
Base 39 (Chromosome 2, Position 203576)
Read alignment
- 3_481 : forward mutation snp from C to T at 100 percent of 70 reads.
- pool segregates T
at 37 percent of 88 reads.
Base 81 (Chromosome 5, Position 487274)
Read alignment
- 3_481 : forward mutation indel from T to +A at 79 percent of 99 reads.
- pool segregates +A
at 37 percent of 118 reads.
Base 162 (Chromosome 12, Position 993595)
Read alignment
- 3_481 : forward mutation snp from A to G at 98 percent of 91 reads.
- pool segregates G
at 36 percent of 107 reads.
Base 367 (Chromosome 10, Position 707526)
Read alignment
- 3_481 : forward mutation snp from C to G at 100 percent of 101 reads.
- pool segregates G
at 36 percent of 135 reads.
Base 3737 (Chromosome 11, Position 42559)
Read alignment
- 3_481 : forward mutation snp from T to C at 100 percent of 100 reads.
- pool segregates C
at 36 percent of 116 reads.
Base 1210 (Chromosome 5, Position 233670)
Read alignment
- 3_481 : forward mutation snp from G to A at 100 percent of 114 reads.
- pool segregates A
at 34 percent of 86 reads.
Base 125 (Chromosome 5, Position 372450)
Read alignment
- 3_481 : forward mutation snp from A to C at 100 percent of 81 reads.
- pool segregates C
at 34 percent of 98 reads.
Base -437 (Chromosome 5, Position 372450)
Read alignment
- 3_481 : forward mutation snp from A to C at 100 percent of 81 reads.
- pool segregates C
at 34 percent of 98 reads.
Base 290 (Chromosome 5, Position 226178)
Read alignment
- 3_481 : forward mutation snp from T to A at 98 percent of 63 reads.
- pool segregates A
at 33 percent of 86 reads.
Base -720 (Chromosome 1, Position 31)
Read alignment
- 3_481 : forward mutation snp from A to C at 90 percent of 83 reads.
- pool segregates C
at 25 percent of 12 reads.
- pool segregates C
at 30 percent of 10 reads.
Base -720 (Chromosome 1, Position 31)
Read alignment
- 3_481 : forward mutation snp from A to C at 90 percent of 83 reads.
- pool segregates C
at 25 percent of 12 reads.
- pool segregates C
at 30 percent of 10 reads.
Base 1492 (Chromosome 10, Position 70829)
Read alignment
- 3_481 : forward mutation snp from T to A at 100 percent of 17 reads.
- pool segregates A
at 25 percent of 75 reads.
Base -537 (Chromosome 10, Position 70829)
Read alignment
- 3_481 : forward mutation snp from T to A at 100 percent of 17 reads.
- pool segregates A
at 25 percent of 75 reads.
Base 2172 (Chromosome 10, Position 506107)
Read alignment
- 3_481 : forward mutation snp from A to T at 100 percent of 14 reads.
- pool segregates T
at 21 percent of 60 reads.
Base 461 (Chromosome 5, Position 78513)
Read alignment
- 3_481 : forward mutation snp from T to C at 100 percent of 101 reads.
- pool segregates C
at 20 percent of 109 reads.
Base -81 (Chromosome 12, Position 198166)
Read alignment
- 3_481 : shares ancestor mutation snp from C to T at 100 percent of 103 reads.
- pool segregates T
at 100 percent of 78 reads.
Base -575 (Chromosome 12, Position 198660)
Read alignment
- 3_481 : forward mutation snp from A to T at 67 percent of 3 reads.
- pool segregates T
at 15 percent of 44 reads.
Base 36 (Chromosome 7, Position 985721)
Read alignment
- 3_481 : forward mutation indel from A to +AT at 84 percent of 51 reads.
Base 112 (Chromosome 7, Position 985797)
Read alignment
- 3_481 : shares ancestor mutation snp from C to T at 100 percent of 58 reads.
- pool segregates T
at 100 percent of 83 reads.
Base 132 (Chromosome 7, Position 985817)
Read alignment
- 3_481 : shares ancestor mutation snp from G to A at 100 percent of 54 reads.
- pool segregates A
at 100 percent of 88 reads.
Base 149 (Chromosome 7, Position 985834)
Read alignment
- 3_481 : shares ancestor mutation snp from T to A at 100 percent of 36 reads.
- pool segregates A
at 97 percent of 43 reads.
Base 213 (Chromosome 7, Position 985898)
Read alignment
- 3_481 : shares ancestor mutation snp from A to G at 100 percent of 65 reads.
- pool segregates G
at 98 percent of 93 reads.
Base -560 (Chromosome 7, Position 985412)
Read alignment
- 3_481 : shares ancestor mutation snp from T to G at 100 percent of 88 reads.
- pool segregates G
at 100 percent of 78 reads.
Base -251 (Chromosome 7, Position 985721)
Read alignment
- 3_481 : forward mutation indel from A to +AT at 84 percent of 51 reads.
Base -175 (Chromosome 7, Position 985797)
Read alignment
- 3_481 : shares ancestor mutation snp from C to T at 100 percent of 58 reads.
- pool segregates T
at 100 percent of 83 reads.
Base -155 (Chromosome 7, Position 985817)
Read alignment
- 3_481 : shares ancestor mutation snp from G to A at 100 percent of 54 reads.
- pool segregates A
at 100 percent of 88 reads.
Base -138 (Chromosome 7, Position 985834)
Read alignment
- 3_481 : shares ancestor mutation snp from T to A at 100 percent of 36 reads.
- pool segregates A
at 97 percent of 43 reads.
Base -74 (Chromosome 7, Position 985898)
Read alignment
- 3_481 : shares ancestor mutation snp from A to G at 100 percent of 65 reads.
- pool segregates G
at 98 percent of 93 reads.


---
layout: post
title: 1000 posts
date: '2016-09-01T02:18:33+02:00'
categories:
- Shoutout
picture_url: https://film-Storyboards.tumblr.com/post/149784257071/this-is-the-thousandth-post-thank-you-to-everyone
---
This is the thousandth post. Thank you to everyone who liked the drawers leftover Sketches so far.
You can always browse by categories if you are looking for some specific style or subject in the archyves:
Aljubarrota Battle Storyboards


Pick & Drag Interactive Edit of a segment or primitive.
: (colon) SegEdit Make a segment a dynamic mobile.
This feature provides for dynamic pick and drag of a single segment.
; (semicolon) PrimEdit Make a primitive a dynamic mobile.
This feature provides for dynamic pick and drag of a single primitive, even if it is compressed in a segment. Primitive elements remain compressed in segments.
Move the cursor to the segment and press : .
The segment will blink once indicating it is mobile.
To drag the segment, use any GIN cursor method.
The segment can be dragged using any cursor control and can be edited using a special set of operations.
An operation menu is displayed on the toolbar:
0Options (Edit)
2Rotate Counter-clockwise.
3Rotate clockwise.
5Copy and drag the copy.
6Flip about Mirror axis.
7Reduce.
8Enlarge.
9Modify Attributes to current values.
Press Enter to fix the element and return the crosshair.
Press Esc to abort the pick and return to original status.


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AIMS AND OBJECTIVES
AKB Global School
The primary aim of St. Anthony's Sr. Sec. School is to realize the Education Vision of the Institute by imparting integral formation (religious, moral, social, cultural and physical) based on principles of Christian faith, to the members of the Christian Community.
It also imparts integral education (spiritual, mental, moral, cultural and physical) to all other girls admitted to this institution irrespective of caste or race.
INFRASTRUCTURE
AKB Global School is one of the leading schools in Delhi. The school provides state of the art infrastructure and amenities. The building accommodates spacious and well ventilated classrooms, seminar halls, activity halls, a huge library with collection of books, medical room, and state of the art fully equipped latest separate physics, chemistry, biology, computer, English rooms.
Class Rooms –
The classrooms are IT enabled and equipped with audio visual aids like smart boards, projectors etc that make learning interactive and enjoyable.
School Library –
The School Library has over 13,000 books and about 15-20 periodicals that come on a regular basis.The library remains open from 7:50 a.m. to 1:00 p.m. for students and staff use. A fully automated centre with a catalogue, wide range of resources, computers, CD Roms and cassettes along with a book covering a wide range of subjects.
School Labs-
We have state-of-art-of-education keeping pace with the global trends in the field of education with well-equipped Physics, Chemistry, Biology and Computer labs to encourage learning by doing.
Sports-
The school has facilities for all games and extra-curricular activities with inter-class and inter-house contests to encourage healthy competition and to broaden horizons and build character. The school has excellent sports equipment and gymnasium facilities which includes a basketball court, badminton–court, play fields, table tennis room etc.


Return values of code evaluation will appear here.
Call the functions display and newline to add content here.
display
newline
The Clear ... buttons only affect the display. The Scheme interpreter's values are not cleared.


{% extends "info_base.html" %} {% block title %}Puzzlehunt CMU{% endblock title %} {% block includes %} {% endblock includes %} {% block content %}
Email the HALP?! LINE<EMAIL_ADDRESS>with "Puzzle Hunt" somewhere in the subject line.
Visit us on our Facebook Page. You can also find us on The Bridge.


Week 5 was relatively uneventful. More planning of the DB2 server was done from both Jordan and I.
At the end of week 5, we had a short meeting with Ange from ISS to discuss the build of the DB2 server, any potential networking issues, anything ISS needed to organise and any potential security risks. Given that the DB2 server was going to be managed by its own network security group and open ports will be kept to a minimal, there wasn't much risk to the machine and no risk to any other VM running in Azure.
After this meeting, Rob expressed his happiness in the work we had achieved so far.
At the start of week 6, we had our planning signed off by Rob and permission to start the build process of the DB2 server.
The build began by deploying the appropriate sized VM. This was the first hands-on experience I had with Azure for building a server. We didn't want to give this VM a public IP address at this stage due to potential security risks, and I undertook the task of exploring Bastion to connect to the VM. This was a relatively easy process, although slightly confusing at times, but we managed to connect successfully with Bastion.
Week 7 we began setting up the server for its purpose of hosting MariaDB. Jordan installed MariaDB and while I planned how to configure it and what needed to be done with it, Jordan set up Apache2 and phpmyAdmin.
The first task I needed to do was find what SQL databases currently exist on the existing DB2 server, where they are located and who needs access to them. I did find it a challenge to locate the SQL databases but reading through the existing labs and from my own experience, I knew Sakila existed, as well as a weather database.
With limited access to the database, I was unable to locate the .SQL database files to transfer to our new machine. I was able to find a fresh copy of Sakila online, and I needed to go through and compare the contents of the new database with the existing database. This was simple, simply load the database and check which tables existed and select data from each table. Each table was the same, as well as the contents so I loaded this into the new DB2 server, accessed it and made sure all data was there.
Week 8 was finishing off the import of data into the database. I could not locate the weather database that existed on the current DB2 server and needed to ask Rob if he could find it so it could be transferred over to the new server. This was done and weather was loaded onto the new server.
At the end of week 8, I located all the scripts to load users onto the database, create local MySQL databases and grant permissions. These were located on Teams as I had done the DB2 load the previous semester and had done a lot of work with the scripts.
Due to an increased workload outside of the Polytechnic as well as some personal things I needed to deal with, I left it at that for week 8. By this stage, Jordan had taken on leadership of the build, especially as he had more experience with PhpmyAdmin and the networking side of the build. There was a lot I didn't understand in regards to assigning DNS entries, SSL certificates, how to authenticate these. Jordan did these tasks while I watched and asked questions. I was able to offer some help as there was previous documentation regarding SSL certificates which I showed to Jordan and he was able to successfully upload and authenticate these.


title = "Общение" url = "/community" layout = "octaskin" is_hidden = 0 child_of = "mey_no_parent" hide_crumb = 0 remove_crumb_trail = 0 crumb_disabled = 0 [forumChannels] memberPage = "community" channelPage = "channel" topicPage = "community" == {% partial "pages-about/header" %} {% component 'forumChannels' %}


Amazing place to learn, having good experience. Lucky to have such creative team people around, BEST TEACHERS BEST COLLEGE.
Pragati Sharma 1 year Diploma CoursePainting is my passion and i have always been painting at amateur level but DCA you made me a painter in real sense of world Thank You.
Sunanda Khanna 1 year Diploma CourseIt's great to be with DCA, under the learned and caring guidance of skilled and experienced faculty, it can be the experience for a lifetime.
Ankit Tyagi 1 year Diploma CourseAmazing place to learn, having good experience. Lucky to have such creative team people around, BEST TEACHERS BEST COLLEGE.
Pragati Sharma 1 year Diploma CoursePainting is my passion and i have always been painting at amateur level but DCA you made me a painter in real sense of world Thank You.
Sunanda Khanna 1 year Diploma CourseIt's great to be with DCA, under the learned and caring guidance of skilled and experienced faculty, it can be the experience for a lifetime.
Ankit Tyagi 1 year Diploma CourseAmazing place to learn, having good experience. Lucky to have such creative team people around, BEST TEACHERS BEST COLLEGE.
Pragati Sharma 1 year Diploma CoursePainting is my passion and i have always been painting at amateur level but DCA you made me a painter in real sense of world Thank You.
Sunanda Khanna 1 year Diploma CourseIt's great to be with DCA, under the learned and caring guidance of skilled and experienced faculty, it can be the experience for a lifetime.
Ankit Tyagi 1 year Diploma Course


Distance between A/B: {{dist}} miles
Latitude: {{save.geometry.location.A}}
Longitude: {{save.geometry.location.F}}


Use a global exception handler to catch unhandled exceptions and prevent them from being propagated to the client.
You can handle the unhandled exceptions in a WCF service by subscribing to the Faulted event of a service host object. By subscribing to this event you can determine the cause of a failure, and then perform the necessary actions to abort or restart the service.
The following code snippet shows how to subscribe to the Faulted event.
// hosting a WCF service
ServiceHost customerServiceHost;
customerServiceHost = new ServiceHost(…);
…
// Subscribe to the Faulted event of the customerServiceHost object
customerServiceHost.Faulted += new EventHandler(faultHandler);
…
// FaultHandler method - invoked when customerServiceHost enters the Faulted state
void faultHandler(object sender, EventArgs e)
{ // log the reasons for the fault…
}
Adapted from Microsoft patterns & practices guidance.


Officials: NYCHA tenants put up unit for rent on Airbnb
by Eyewitness NewsCHELSEA, Manhattan (WABC) -- It was a NYCHA no-no in Chelsea.
There is evidence that tenants of a public housing apartment put their unit up for rent on Airbnb.
The apartment is in the NYCHA complex that stretches from 25th to 28th Streets between 9th and 10th Avenues.
A mother and daughter booked a unit for $90 a night. They wound up reporting the official tenant.
Boston resident Rachel Valerio told The New York Times that the apartment was highly rated on Airbnb but it smelled like gas and there was a roach trap next to the bed.
Now there is talk of city council hearings on the matter.
Airbnb says it was unaware of the situation, and it supports a ban on rentals in affordable housing.
NYCHA released a statement:
"Illegal subletting of NYCHA apartments on Airbnb is prohibited by HUD regulations and by our lease agreements. We are investigating the matter."


{% extends "base.html" %} {% block title %}Islandr - Getting Started{% endblock%} {% block page_content %}
Islandr platform has three main functions:
1. For students to explore and find activities they like
conveniently.
2. For organizers to create and publicize their
activities.
3. For The Event Committee to manage and supervise all
activities.
Please read the following instructions to learn how to use Islandr platform.
To create your own account, click `log in` button on home page and then click `Click Here` to register
You can use any username you like, but please use your UWC email address to register.
After registration, a confirmation email will be sent to you. Due to some unknown problems, the email will likely be in your trash can. Please click the confirmation links in that email and your account will be confirmed.
After confirmation, you are ready to use Islandr platform
Many information about your account is not completed when you just register. In order for other user to know you better and contact you more conveniently, you can edit your account in My Account page.
Here is an example of how to fill in the form.
This section is for all the users to be familiarized with the main functions of Islandr
In order for you to find the event that you are interested in, we categorized all the events into five tags --- Creativity, Activity, Service, Social and Others.
When you click on an icon, you will go to the page
where the events
filtered by the tag you choose. For example, if
you click
On the top right corner, a search bar is designed to search for any event, user or teams.
If you enter a keyword and press 'enter', you will be directed to a search page.
By choosing different options, you can search for different things.
In the home page below the ‘tag system’, there is a Calendar for the current week. You can click the weekdays on the bar to check the events at that day.
Also, if you click the View All button on the top right corner, you will see all the events on the website.
All registered users will receive a weekly bulletin email in the morning on Sunday. This email will inform you about all the events that will happen next week from Monday to Sunday. You can click the ‘learn more’ button to visit Islandr for details.
After you find the event you like, you can click the ‘attend’ button at the bottom-right corner on the event page to become one of the attendants
You can also view all the attendants for this event by clicking the profile picture next to the ‘Attend’ button.
You can see all the events you have attended in ‘my account’ page
After attending one event on Islandr, we will send you a reminder email a day before that event happens so that you won’t forget to go to the event.
Except from showing events, demonstrating teams is another main function of Islandr platform. Teams with different scales can present their ideas, organize their own events and recruit student that they need. As a normal student, you can also search for teams that you are interested in. On the home page, different teams will be pushed to you in three distinct ways --- latest, popular and random.
If you can’t find any interesting teams, you can also click ‘View All’ to see all the teams.
After you find a team that fits you, you can hit the ‘join’ button to apply to the team.
The team leader will decide whether to accept you or not. If accepted, you will become one of the official members in that team.
You can see all of your messages by clicking the ‘Message’ button.
To visit the moment page, you can click ‘Moments’ on the navigate bar.
In the moment page, you will see the moments posted by the Teams. Click the profile photo to visit the Team profile.
Also, you can visit the event by click the name of the envent.
Moreover, if you think an event is good, you can click the like button at the down right corner of a moment to like an event.
To create a team, click the Team button on the navigate bar and click Create Team.
And you will see the Create Team page. Click ‘Download: Team Proposal Template’ to download the template, complete it and click ‘select file’ button to upload the proposal.
Remember to fill in all the blank. After you finished, click ‘submit’ to create a team
The below picture is an example Team profile. Also, you can click ‘Edit Profit’ to change any information.
Note that only team leader can post the event. To create an event, first go to the Team profile page, then click New Event on the down right corner of the profile part.
Here, you need to fill out all the information to create an event. In the post, to up load the picture, you should click ‘Upload Local Image’ at the bottom. When you click the bottom, you will go to a website.
Then, choose the image you want to upload
After you up load an image, you need to click the link to go to your picture.
Then, right click the image and click ‘copy image link’.
Then, go back to Islandr.xyz, Click ‘insert’ and then click ‘image’.
Finally, paste the link of the picture in Source, fill the blank and click ‘Save’. (you can leave width and height blank)
The final presentation:
Only a leader of a group can post moments and each moment has to related to an event that this group organized.
Go to your team and click New Moment to post a moment.
Group leaders can upload up to eight pictures to record the best moment in their events and attract other students.


bool pcntl_signal ( int $signo , callback $handler [, bool $restart_syscalls = true ] )
The pcntl_signal() function installs a new signal handler for the signal indicated by signo.
Returns TRUE on success or FALSE on failure.


solos::Tec
Home
(current)
Configuration
System
Devices
Gateway
Meter
LoRa
Upload
Download
Status
Sessions
Targets
Connections
Monitoring
System
Messages
Time Series
LoRa Uplink
Tasks
CSV
connection state
Meter Management
0%
UUID
Ident
Meter ID
Meter Code
Manufacturer
TOM
Firmware
Parameterization
Factory Nr.
Item
Metrol. Class
Server ID
Gateway Key
⮔
Configuration
Gateway
Ident
Meter
Metering Code
Manufacturer
Firmware
Parameterization
Factory Number
Item
Metrological Class
Time of Manufactoring (TOM)
Update
Commit Changes
Delete
Remove
Meter
Gateway
Server ID
Gateway Key
OBIS
Value
Unit
Time
Server
Query last record
Meter


17-313: Foundations of Software Engineering
Homework 4: Microservices
The key learning goals of this homework are that you are able to:
-
Design, implement, and test a microservice.
-
Decide whether and when to use microservices, understanding benefits and limitations.
-
Write an effective design document.
-
Assess and describe choices between alternative architectural designs.
-
Engage meaningfully with questions of engineering ethics.
Project context
You and your team are hard at work on the new graduate admissions system for CMU. During your most recent sprint planning meeting, your CMU technical contact bursts into the room, shouting, “Machine learning! Microservices!” When pressed, your newly buzzword-enamored boss explains: the population of applicants is too large, and increasing annually. Admissions is taking too much time and effort. Fortunately, CMU has been collecting student performance data. They continue: “Can’t your team make use of all that fancy new machine learning to help predict which applicants are more likely to succeed, helping the admissions process along? And since we’re checking off buzzwords, can’t you implement it as a microservice?”
You are correctly skeptical about the effort required to pivot the product in this new direction, but fortunately the somewhat disconnected microservice demand gives you a way to explore the idea without requiring a major up front change in the existing codebase. Instead, you’ll (1) develop this potential feature in isolation by training a machine learning model that predicts potential applicant success and deploying it as a microservice, and then (2) reason about, document, and choose between alternative designs that would allow you to integrate it into the existing codebase. Finally, you will (3) individually consider the ethical implications of the feature, and what questions you truly need to ask in QA to satisfy possible ethical concerns.
Starter code, data, and repository
Create a new team repository using this repository as a template.
The starter code includes:
- an example Flask-based app in the
app/
directory. Use this as a template to build and deploy the microservice. You may wish to use this article and this repository as resources on building and saving a scikit-learn model, and then deploying it using Flask. MAKE SURE to read theREADME.MD
of the repository to learn about and use Pipenv, as it will allow for hassle-free collaboration. - a default model under
app/
, which can be explored with the Jupyter notebook (model_build.ipnyb
). You will need to create a better-performing model as a part of this homework.
We provide you with a (synthetic) historical dataset (as a CSV file) of student performance (this is an augmented version of the dataset found here), and a (bad) model trained over it. Start by exploring the data, to understand what information is available. Student performance is described by their grades (G1, G2, and G3), where G3 is the final year grade, the target performance metric. Grades are on a scale of 0-20; 20 is the best. CMU considers a high-quality student one with a G3 grade of 15 or higher.
The existing model in the repository is very simple. Once you have familiarized yourself with the dataset, explore this model using whatever means you think are appropriate and determine in which ways you don’t believe it to be suitable. Based on what you learn in this exploratory step, you should train a new model and build a deployable microservice.
You should evaluate your new model, and should explain how this model (overall) performs better than the baseline model, and any ways in which your model performs worse than the baseline model.
Plan some testing, perform that testing on your microservice endpoints, and document it. You should create a test suite using, for example, pytest, and update your GitHub Actions workflow to run the test suite.
This starter code uses arguments from the query string (specifically age, health, and absences) to query the model. This can/should be expanded or replaced as a part of your implementation (note that the API also accepts JSON requests).
Note that the default Flask service in the starter code should be run, and is accessible, on port 80. Feel free to change as needed.
Deadlines and deliverables
This homework has three (3) deadlines and four (4) deliverables. The first deadline (Tuesday, November 1st) is a checkpoint to make sure you and your team are succeeding at building your microservice-based ML model. The second deadline (Tuesday, Nov 8th) is for the complete trained model deployable as a microservice, and a design document explaining how you would integrate the new feature into your existing codebase. The third deadline (Thursday, Nov 10th) is for one (1) individual document making an ethical argument about the feature.
(1) API Design, Documentation, and Testing (due Tuesday, Nov 1st 11:59 PM) – 50 points
For this checkpoint, you and your team should make sure that all of you are working on the same versions of Python and Python packages. You should use Swagger to define and document the REST API for your microservice, and write a set of API tests that encode the expected functionality of your API (via pytest). Note that, for this deadline, the API does not need to be functional; it is only required that you create placeholder REST API endpoints that you can use to write your tests. NOTE: We expect your tests to be failing at this point. The implementation that allows the tests to pass will be written later.
The deliverable for this checkpoints are:
- a PDF and YAML version of your Swagger documentation. Note that you can create a PDF of your Swagger documentation via the Print Preview function of your browser.
- a set of API tests within your GitHub repository. Consider both expected behavior and edge cases.
(2) Implementation (due Tuesday, Nov 8th, 23:59) – 30 points
The deliverable for this task is a documented technical artifact; submit a link of your GitHub repository to the Gradescope assignment. This should include:
-
a complete implementation that includes the API endpoints that you previously defined, and returns a prediction using your trained model.
-
an updated README that clearly and concisely describes features used to training your model, and how your retrained the model performs better than the baseline model.
(3) Architectural Design Document (due Tuesday, Nov 8th, 23:59) – 50 points
Once you have demoed this feature, and shown that it can provide value, you are now faced with a decision about how to implement a long term solution here. You have at least several options including but not limited to:
-
Rewrite the feature in Java and incorporate it into the monolith
- Keep python demo microservice implementation, and deploy as a seperate service, integrating with your existing monolith via REST API
- Refactor part or all of the existing monolith into a microservices based architecture
Your deliverable for this part is a design document describing the feature and how it should be integrated into the system as a microservice. Submit this to the assignment on Gradescope. (NOTE: you will not have to actually implement this decision, for this or any subsequent homework in this class. You might consider implementation effort as part of your tradeoff analysis, but you should not let speculation about your workload in this class influence your decision.)
The design document must (1) concisely describe the feature, (2) make and justify a decision on how the implementation should be done, including considered alternatives and tradeoffs, and using/referencing suitable diagrams where relevant to support your argument:
-
Feature description. This should be concise (< 0.5 pages).
-
Decision and architectural justification for how to integrate the feature into the system. This must include at least:
-
A concise, prioritized list of the overall quality requirements you considered in arguing for the integration of the feature into the system (<0.5 pages, soft limit). You may consider and reference the requirements you elicited during HW3 as appropriate. Rank them in decreasing order of importance. This allows readers to quickly understand what requirements you were designing for.
-
A design decision with a textual justification of your design. (~2 pages, soft limit, including alternatives and tradeoffs, below) Outline and argue for a particular implementation choice as to how the feature should be integrated into the overall system architecturally. Justify your design decisions, including why your design is adequate for the quality attributes important to this system, and what assumptions you made in your design.
-
Considered alternatives and tradeoffs. The design decision and justification must include description of considered alternatives, the tradeoffs they present, and why they were rejected. Tradeoffs must involve (but are not limited to) quality attributes that will be affected by the alternative. Justify such arguments with reference to appropriate diagrams (this provides traceability) and concrete examples, as appropriate.
-
On diagrams. The design document must include both diagrams and text. Diagrams should involve suitable architectural views; must include a legend; and should involve appropriate levels of abstraction for the components in the diagram. If necessary, use color/shape/text to differentiate between types of components and connectors. You may find it appropriate to merge more than one view into a single diagram. If you do this, you must be explicit about what views you are merging, and why. Otherwise, diagrams should clearly represent legitimate architectural views. Make sure that multiple views of the architecture are consistent with each other and the links are clear; if necessary provide a mapping in additional text.
Documenting Software Architectures: Views and Beyond, Second Edition is a useful book on creating architecture documentation. It is available (for free) as an e-book from the CMU library web site. If you use it, treat it as reference material; do not plan to read major parts of it.
Drawing diagrams is easier with the right software. Consider tools like draw.io (free, online, and collaborative), Dia, OmniGraffle, MS Visio, or even just the drawing editor of Google Docs. Google Slides will also likely work for this purpose. Pictures of whiteboard drawings are also acceptable, if clearly readable.
Additional Hints:
-
The design document task is easy to underestimate both in terms of time needed and in terms of difficulty designing meaningful and useful descriptions. While it is easy to create a superficial solution, a good solution will likely require significant thinking, discussion, and iteration. Feel free to seek feedback from the course staff on your solution before submission.
-
It may take several iterations to get your architectural views right. Appoint someone to track the accuracy and completeness of architectural representations throughout this assignment. Do not just divide up the views among your team members and assume they show everything needed. You only need to submit the final designs/documents, not intermediate steps on the process of getting there.
-
As additional reference material, Software Architecture in Practice, Third Edition is a book on software architecture that is available (for free) as an e-book from the CMU library web site. You may wish to review appropriate sections within Part Two to help find appropriate tactics, techniques you can use in your design to promote particular quality attributes. Note that the book is not a reading assignment and you should not try to read it thoroughly. Instead, use it as reference material and select particular bits of advice that are relevant to your situation.
(4) Ethical Discussion (due Thursday, Nov 10th, 23:59) – 30 points
This is an individual component.
Note: this is not an open-ended reflection document like those we have requested in previous assignments. You must engage with the ethical questions at hand.
For this deliverable, we will ask you to think about potential ethical concerns with the technology that you are proposing to implement. You should consider the ethical implications from the perspective of all potential stakeholders. You might find it helpful to consider the questions we considered in class:
-
Does the software respect the humanity of the users?
-
Does my software amplify positive behavior, or negative behavior for both users and society at large
-
Could the software’s quality impact the humanity of others?
You should generate a list of potential ethical concerns for this system you are considering implementing.
For each concern, you should assess the risk of that concern (Remember risk is how likely it is to happen, and how bad would the outcomes be).
After assessing the risk, you should consider ways to address the ethical concern. For each concern, you should consider potential actions that could help address this concern, and safeguard against potential problems.
The deliverable for this task is a document (soft limit 3 pages), submitted to Gradescope that:
-
Reasons about ethical concerns when implementing an ML feature to help decide which students to accept to CMU.
-
An assessment of the risk for each ethical concern
-
A discussion of how to address each ethical concern.
-
A criteria that can be used to evaluate if the intervention described in part (c) is successful.
Grading
You will be graded as a team, with an individual component. This homework is worth 160 points. We will grade you based on the learning goals listed above.
To receive full credit for the checkpoint, we expect:
-
That you have written Swagger Docs with reasonable API endpoints.
-
That you have automated, runnable tests that exercise your API endpoints according to your Swagger Docs. Remember, they don’t need to pass at the checkpoint, but they should pass by the end.
To receive full credit for the technical artifacts, we expect:
-
A working artifact that outperforms the baseline model
-
A discussion of how the new model was evaluated, and some evidence that it outperforms the baseline model
-
The checkpoint tests now passing with a correct implementation
To receive full credit on the design document, we expect:
-
A concise, accurate feature description.
-
A list of the quality requirements you considered, ranked in decreasing order of importance.
-
Appropriate use of at least two diagrams to support your design argument.
-
A clear decision with an accurate description of how you think the feature should be integrated into the current system (diagrams and text). Someone else should be able to read this description and understand where to start, implementation-wise. Do not say only “If X, then I’d choose design #1; otherwise, I’d choose design #2.” In the real world, decisions must be made on the basis of incomplete information, with an understanding that sometimes the wrong decision gets made. You can say what information you wish you had in order to better-inform your decision.
-
A good, substantive argument in favor of the design choice you made. This must include explicit description and consideration of alternatives, the substantiated (connected to quality attributes and other concerns) tradeoffs they afford, and reasons that you decided to reject them. These should be supported with technical arguments.
-
A thorough discussion of the tradeoffs among the options. If there are any situations in which your choice was the wrong one, what would those situations look like, and how would you know (after the fact) that this was the case?
To receive full credit on the individual ethical reflection, we expect:
-
A discussion of ethical concerns that considers a wide variety of stakeholders
-
That you can reason about potential ethical concerns before the emerge
-
Thoughtful consideration of what it would take to address these concerns
Troubleshooting and FAQ
Cannot install pipenv
Your python or pip installer might be outdated.
- Reinstall a specific version of python via homebrew. You would need homebrew. We recommend using homebrew.
brew install<EMAIL_ADDRESS>- Reinstall/update pip3
python -m pip3 install --upgrade pip
OR
pip3 install --upgrade pip
Installed pipenv, but cannot install packages from pipenv
It might be that some packages are not installed. We have updated the starter code’s pipfile here (as of 10/31/2022), so that it explicilty indicates which version of which packages you need (otherwise pip would just used the version currently installed on your machine).
You can just copy and paste the new Pipfile into your own, and pipenv install
again
Installed packages, but doesn’t show up on jupyter notebook?
It’s probably that jupyter’s python path isn’t set properly in the kernel config file. The kernel needs to be created within the pipenv shell to pick up the right path.
Troubleshooting
- Make sure
ipykernel
package is installed within your pipenv. If not, run
pipenv install ipykernel
- Enter the virtual shell via:
pipenv shell
- In the shell, create a new kernel via:
python -m ipykernel install --user --name=my-virtualenv-name
where my-virtualenv-name
can be the name of
your kernel/venv name.
- Now, launch the jupyter notebook
jupyter notebook
- Finally, in your notebook, Kernel -> Change Kernel. Your kernel should now be an option.
I ran the flask app, but 404 errors constantly show up
- Make sure you’re starting your flask app within the
app
directory. - At the return statement of your
/predict
endpoint,np.asscalar
is actually outdated and does not work. This is a mistake on our part. You can get the same result usingnp.ndarray.item
.
How can I test endpoints if I need URLs to call them? Will GH actions work with the localhost URL and endpoints?
You don’t need the url. You can search on google “pytest flask api post request” and get these results.
Feel free to use any, but this resource (first from the search result) seems to be helpful.
You can also use the starter code for reference to see how the existing made a call to the client!


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