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nsv437894

  • Variant Calls:301
  • Validation:Not tested
  • Clinical Assertions: No
  • Region Size:117,222

Links to Other Resources

Source: NCBI

Genome View

Select assembly:
Overlapping variant regions from other studies: 1786 SVs from 92 studies. See in: genome view    
Remapped(Score: Perfect):162,787,647-162,904,868Question Mark
Overlapping variant regions from other studies: 1786 SVs from 92 studies. See in: genome view    
Remapped(Score: Perfect):162,505,435-162,622,656Question Mark
Overlapping variant regions from other studies: 2 SVs from 1 studies. See in: genome view    
Submitted genomic163,826,348-163,943,569Question Mark

Variant Region Placement Information

Variant Region IDPlacement TypeScoreAssemblyAssembly UnitReciprocitySequence IDChrInner StartInner Stop
nsv437894RemappedPerfectGRCh38.p12Primary AssemblyFirst PassNC_000003.12Chr3162,787,647162,904,868
nsv437894RemappedPerfectGRCh37.p13Primary AssemblyFirst PassNC_000003.11Chr3162,505,435162,622,656
nsv437894Submitted genomicNCBI34 (hg16)Primary AssemblyNC_000003.8Chr3163,826,348163,943,569

Variant Call Information

Variant Call IDTypeSample IDMethodAnalysisOther Calls in this Sample and Study
nssv467861copy number lossSNP arraySNP genotyping analysis
nssv467843copy number lossNA07000SNP arraySNP genotyping analysis20
nssv467844copy number lossNA07029SNP arraySNP genotyping analysis25
nssv467859copy number lossSNP arraySNP genotyping analysis
nssv471497copy number lossNA18505SNP arraySNP genotyping analysis23
nssv471498copy number lossNA18860SNP arraySNP genotyping analysis18
nssv471499copy number lossNA18857SNP arraySNP genotyping analysis12
nssv471500copy number lossNA18855SNP arraySNP genotyping analysis10
nssv471502copy number lossNA18863SNP arraySNP genotyping analysis16
nssv471503copy number lossNA18861SNP arraySNP genotyping analysis9
nssv471504copy number lossNA19103SNP arraySNP genotyping analysis19
nssv471505copy number lossNA19101SNP arraySNP genotyping analysis9
nssv471506copy number lossNA19139SNP arraySNP genotyping analysis15
nssv471507copy number lossNA19138SNP arraySNP genotyping analysis14
nssv471508copy number lossNA19200SNP arraySNP genotyping analysis15
nssv471509copy number lossNA19204SNP arraySNP genotyping analysis11
nssv471510copy number lossNA19211SNP arraySNP genotyping analysis15
nssv471511copy number lossNA19209SNP arraySNP genotyping analysis7
nssv471513copy number lossNA19208SNP arraySNP genotyping analysis22
nssv471514copy number lossNA19207SNP arraySNP genotyping analysis15
nssv471515copy number lossNA19161SNP arraySNP genotyping analysis27
nssv471516copy number lossNA19221SNP arraySNP genotyping analysis12
nssv471517copy number lossNA19222SNP arraySNP genotyping analysis10
nssv471518copy number lossNA19223SNP arraySNP genotyping analysis7
nssv471519copy number lossNA19116SNP arraySNP genotyping analysis17
nssv471520copy number lossNA19154SNP arraySNP genotyping analysis13
nssv471521copy number lossNA19152SNP arraySNP genotyping analysis9
nssv471522copy number lossNA19100SNP arraySNP genotyping analysis26
nssv471524copy number lossNA19098SNP arraySNP genotyping analysis17
nssv467777copy number lossNA19140SNP arraySNP genotyping analysis16
nssv467778copy number lossNA19142SNP arraySNP genotyping analysis19
nssv467779copy number lossNA19238SNP arraySNP genotyping analysis15
nssv467780copy number lossNA19240SNP arraySNP genotyping analysis21
nssv467774copy number lossNA07000SNP arraySNP genotyping analysis20
nssv467776copy number lossNA07029SNP arraySNP genotyping analysis25
nssv467862copy number lossSNP arraySNP genotyping analysis
nssv467863copy number lossSNP arraySNP genotyping analysis
nssv467781copy number lossNA12003SNP arraySNP genotyping analysis16
nssv467782copy number lossNA10838SNP arraySNP genotyping analysis19
nssv467783copy number lossNA07000SNP arraySNP genotyping analysis20
nssv467784copy number lossNA07029SNP arraySNP genotyping analysis25
nssv467785copy number lossNA07056SNP arraySNP genotyping analysis19
nssv467787copy number lossNA07019SNP arraySNP genotyping analysis21
nssv467788copy number lossNA12264SNP arraySNP genotyping analysis18
nssv467789copy number lossNA10863SNP arraySNP genotyping analysis24
nssv467790copy number lossNA12813SNP arraySNP genotyping analysis19
nssv467791copy number lossNA12801SNP arraySNP genotyping analysis32
nssv467792copy number lossNA12760SNP arraySNP genotyping analysis19
nssv467793copy number lossNA12752SNP arraySNP genotyping analysis20
nssv467794copy number lossNA12761SNP arraySNP genotyping analysis15
nssv467795copy number lossNA12752SNP arraySNP genotyping analysis20
nssv467743copy number lossNA18968SNP arraySNP genotyping analysis11
nssv467744copy number lossNA18959SNP arraySNP genotyping analysis10
nssv467745copy number lossNA18960SNP arraySNP genotyping analysis11
nssv467746copy number lossNA18972SNP arraySNP genotyping analysis22
nssv467747copy number lossNA18965SNP arraySNP genotyping analysis9
nssv467748copy number lossNA18956SNP arraySNP genotyping analysis11
nssv467749copy number lossNA18940SNP arraySNP genotyping analysis10
nssv467750copy number lossNA18951SNP arraySNP genotyping analysis6
nssv467751copy number lossNA18943SNP arraySNP genotyping analysis10
nssv467752copy number lossNA18944SNP arraySNP genotyping analysis15
nssv467754copy number lossNA18945SNP arraySNP genotyping analysis17
nssv467755copy number lossNA18949SNP arraySNP genotyping analysis12
nssv467756copy number lossNA18948SNP arraySNP genotyping analysis10
nssv467757copy number lossNA18991SNP arraySNP genotyping analysis11
nssv467758copy number lossNA18992SNP arraySNP genotyping analysis15
nssv467759copy number lossNA18997SNP arraySNP genotyping analysis9
nssv467760copy number lossNA18998SNP arraySNP genotyping analysis14
nssv467761copy number lossNA19005SNP arraySNP genotyping analysis6
nssv467762copy number lossNA19007SNP arraySNP genotyping analysis22
nssv467763copy number lossNA18990SNP arraySNP genotyping analysis13
nssv467765copy number lossNA18987SNP arraySNP genotyping analysis14
nssv467766copy number lossNA18967SNP arraySNP genotyping analysis9
nssv467767copy number lossNA18976SNP arraySNP genotyping analysis16
nssv467768copy number lossNA18978SNP arraySNP genotyping analysis10
nssv467769copy number lossNA18995SNP arraySNP genotyping analysis14
nssv467770copy number lossNA18981SNP arraySNP genotyping analysis10
nssv467771copy number lossNA18971SNP arraySNP genotyping analysis14
nssv467772copy number lossNA18974SNP arraySNP genotyping analysis7
nssv467773copy number lossNA19003SNP arraySNP genotyping analysis9
nssv471606copy number lossNA18524SNP arraySNP genotyping analysis10
nssv471607copy number lossNA18572SNP arraySNP genotyping analysis9
nssv471608copy number lossNA18547SNP arraySNP genotyping analysis14
nssv471609copy number lossNA18609SNP arraySNP genotyping analysis14
nssv471610copy number lossNA18550SNP arraySNP genotyping analysis12
nssv471611copy number lossNA18552SNP arraySNP genotyping analysis10
nssv471613copy number lossNA18555SNP arraySNP genotyping analysis5
nssv471614copy number lossNA18542SNP arraySNP genotyping analysis11
nssv471615copy number lossNA18532SNP arraySNP genotyping analysis13
nssv471616copy number lossNA18561SNP arraySNP genotyping analysis13
nssv471617copy number lossNA18603SNP arraySNP genotyping analysis8
nssv471618copy number lossNA18540SNP arraySNP genotyping analysis15
nssv471619copy number lossNA18605SNP arraySNP genotyping analysis8
nssv471620copy number lossNA18566SNP arraySNP genotyping analysis8
nssv471621copy number lossNA18563SNP arraySNP genotyping analysis9
nssv471622copy number lossNA18624SNP arraySNP genotyping analysis9
nssv471624copy number lossNA18579SNP arraySNP genotyping analysis19
nssv471625copy number lossNA18632SNP arraySNP genotyping analysis10
nssv471626copy number lossNA18582SNP arraySNP genotyping analysis10
nssv471627copy number lossNA18633SNP arraySNP genotyping analysis11
Showing 100 of 301

Variant Call Placement Information

Variant Call IDPlacement TypeScoreHGVSAssemblyReciprocitySequence IDChrInner StartInner Stop
nssv467861RemappedPerfectNC_000003.12:g.(?_
162787647)_(162901
998_?)del
GRCh38.p12First PassNC_000003.12Chr3162,787,647162,901,998
nssv467843RemappedPerfectNC_000003.12:g.(?_
162794895)_(162854
084_?)del
GRCh38.p12First PassNC_000003.12Chr3162,794,895162,854,084
nssv467844RemappedPerfectNC_000003.12:g.(?_
162794895)_(162854
084_?)del
GRCh38.p12First PassNC_000003.12Chr3162,794,895162,854,084
nssv467859RemappedPerfectNC_000003.12:g.(?_
162794895)_(162904
868_?)del
GRCh38.p12First PassNC_000003.12Chr3162,794,895162,904,868
nssv471497RemappedPerfectNC_000003.12:g.(?_
162794895)_(162904
868_?)del
GRCh38.p12First PassNC_000003.12Chr3162,794,895162,904,868
nssv471498RemappedPerfectNC_000003.12:g.(?_
162794895)_(162904
868_?)del
GRCh38.p12First PassNC_000003.12Chr3162,794,895162,904,868
nssv471499RemappedPerfectNC_000003.12:g.(?_
162794895)_(162904
868_?)del
GRCh38.p12First PassNC_000003.12Chr3162,794,895162,904,868
nssv471500RemappedPerfectNC_000003.12:g.(?_
162794895)_(162904
868_?)del
GRCh38.p12First PassNC_000003.12Chr3162,794,895162,904,868
nssv471502RemappedPerfectNC_000003.12:g.(?_
162794895)_(162904
868_?)del
GRCh38.p12First PassNC_000003.12Chr3162,794,895162,904,868
nssv471503RemappedPerfectNC_000003.12:g.(?_
162794895)_(162904
868_?)del
GRCh38.p12First PassNC_000003.12Chr3162,794,895162,904,868
nssv471504RemappedPerfectNC_000003.12:g.(?_
162794895)_(162904
868_?)del
GRCh38.p12First PassNC_000003.12Chr3162,794,895162,904,868
nssv471505RemappedPerfectNC_000003.12:g.(?_
162794895)_(162904
868_?)del
GRCh38.p12First PassNC_000003.12Chr3162,794,895162,904,868
nssv471506RemappedPerfectNC_000003.12:g.(?_
162794895)_(162904
868_?)del
GRCh38.p12First PassNC_000003.12Chr3162,794,895162,904,868
nssv471507RemappedPerfectNC_000003.12:g.(?_
162794895)_(162904
868_?)del
GRCh38.p12First PassNC_000003.12Chr3162,794,895162,904,868
nssv471508RemappedPerfectNC_000003.12:g.(?_
162794895)_(162904
868_?)del
GRCh38.p12First PassNC_000003.12Chr3162,794,895162,904,868
nssv471509RemappedPerfectNC_000003.12:g.(?_
162794895)_(162904
868_?)del
GRCh38.p12First PassNC_000003.12Chr3162,794,895162,904,868
nssv471510RemappedPerfectNC_000003.12:g.(?_
162794895)_(162904
868_?)del
GRCh38.p12First PassNC_000003.12Chr3162,794,895162,904,868
nssv471511RemappedPerfectNC_000003.12:g.(?_
162794895)_(162904
868_?)del
GRCh38.p12First PassNC_000003.12Chr3162,794,895162,904,868
nssv471513RemappedPerfectNC_000003.12:g.(?_
162794895)_(162904
868_?)del
GRCh38.p12First PassNC_000003.12Chr3162,794,895162,904,868
nssv471514RemappedPerfectNC_000003.12:g.(?_
162794895)_(162904
868_?)del
GRCh38.p12First PassNC_000003.12Chr3162,794,895162,904,868
nssv471515RemappedPerfectNC_000003.12:g.(?_
162794895)_(162904
868_?)del
GRCh38.p12First PassNC_000003.12Chr3162,794,895162,904,868
nssv471516RemappedPerfectNC_000003.12:g.(?_
162794895)_(162904
868_?)del
GRCh38.p12First PassNC_000003.12Chr3162,794,895162,904,868
nssv471517RemappedPerfectNC_000003.12:g.(?_
162794895)_(162904
868_?)del
GRCh38.p12First PassNC_000003.12Chr3162,794,895162,904,868
nssv471518RemappedPerfectNC_000003.12:g.(?_
162794895)_(162904
868_?)del
GRCh38.p12First PassNC_000003.12Chr3162,794,895162,904,868
nssv471519RemappedPerfectNC_000003.12:g.(?_
162794895)_(162904
868_?)del
GRCh38.p12First PassNC_000003.12Chr3162,794,895162,904,868
nssv471520RemappedPerfectNC_000003.12:g.(?_
162794895)_(162904
868_?)del
GRCh38.p12First PassNC_000003.12Chr3162,794,895162,904,868
nssv471521RemappedPerfectNC_000003.12:g.(?_
162794895)_(162904
868_?)del
GRCh38.p12First PassNC_000003.12Chr3162,794,895162,904,868
nssv471522RemappedPerfectNC_000003.12:g.(?_
162794895)_(162904
868_?)del
GRCh38.p12First PassNC_000003.12Chr3162,794,895162,904,868
nssv471524RemappedPerfectNC_000003.12:g.(?_
162794895)_(162904
868_?)del
GRCh38.p12First PassNC_000003.12Chr3162,794,895162,904,868
nssv467777RemappedPerfectNC_000003.12:g.(?_
162796443)_(162853
248_?)del
GRCh38.p12First PassNC_000003.12Chr3162,796,443162,853,248
nssv467778RemappedPerfectNC_000003.12:g.(?_
162796443)_(162853
248_?)del
GRCh38.p12First PassNC_000003.12Chr3162,796,443162,853,248
nssv467779RemappedPerfectNC_000003.12:g.(?_
162796443)_(162853
248_?)del
GRCh38.p12First PassNC_000003.12Chr3162,796,443162,853,248
nssv467780RemappedPerfectNC_000003.12:g.(?_
162796443)_(162853
248_?)del
GRCh38.p12First PassNC_000003.12Chr3162,796,443162,853,248
nssv467774RemappedPerfectNC_000003.12:g.(?_
162796443)_(162884
180_?)del
GRCh38.p12First PassNC_000003.12Chr3162,796,443162,884,180
nssv467776RemappedPerfectNC_000003.12:g.(?_
162796443)_(162884
180_?)del
GRCh38.p12First PassNC_000003.12Chr3162,796,443162,884,180
nssv467862RemappedPerfectNC_000003.12:g.(?_
162796443)_(162884
180_?)del
GRCh38.p12First PassNC_000003.12Chr3162,796,443162,884,180
nssv467863RemappedPerfectNC_000003.12:g.(?_
162796443)_(162884
180_?)del
GRCh38.p12First PassNC_000003.12Chr3162,796,443162,884,180
nssv467781RemappedPerfectNC_000003.12:g.(?_
162798484)_(162878
726_?)del
GRCh38.p12First PassNC_000003.12Chr3162,798,484162,878,726
nssv467782RemappedPerfectNC_000003.12:g.(?_
162798484)_(162878
726_?)del
GRCh38.p12First PassNC_000003.12Chr3162,798,484162,878,726
nssv467783RemappedPerfectNC_000003.12:g.(?_
162798484)_(162878
726_?)del
GRCh38.p12First PassNC_000003.12Chr3162,798,484162,878,726
nssv467784RemappedPerfectNC_000003.12:g.(?_
162798484)_(162878
726_?)del
GRCh38.p12First PassNC_000003.12Chr3162,798,484162,878,726
nssv467785RemappedPerfectNC_000003.12:g.(?_
162798484)_(162878
726_?)del
GRCh38.p12First PassNC_000003.12Chr3162,798,484162,878,726
nssv467787RemappedPerfectNC_000003.12:g.(?_
162798484)_(162878
726_?)del
GRCh38.p12First PassNC_000003.12Chr3162,798,484162,878,726
nssv467788RemappedPerfectNC_000003.12:g.(?_
162798484)_(162878
726_?)del
GRCh38.p12First PassNC_000003.12Chr3162,798,484162,878,726
nssv467789RemappedPerfectNC_000003.12:g.(?_
162798484)_(162878
726_?)del
GRCh38.p12First PassNC_000003.12Chr3162,798,484162,878,726
nssv467790RemappedPerfectNC_000003.12:g.(?_
162798484)_(162878
726_?)del
GRCh38.p12First PassNC_000003.12Chr3162,798,484162,878,726
nssv467791RemappedPerfectNC_000003.12:g.(?_
162798484)_(162878
726_?)del
GRCh38.p12First PassNC_000003.12Chr3162,798,484162,878,726
nssv467792RemappedPerfectNC_000003.12:g.(?_
162798484)_(162878
726_?)del
GRCh38.p12First PassNC_000003.12Chr3162,798,484162,878,726
nssv467793RemappedPerfectNC_000003.12:g.(?_
162798484)_(162878
726_?)del
GRCh38.p12First PassNC_000003.12Chr3162,798,484162,878,726
nssv467794RemappedPerfectNC_000003.12:g.(?_
162798484)_(162878
726_?)del
GRCh38.p12First PassNC_000003.12Chr3162,798,484162,878,726
nssv467795RemappedPerfectNC_000003.12:g.(?_
162798484)_(162878
726_?)del
GRCh38.p12First PassNC_000003.12Chr3162,798,484162,878,726
nssv467743RemappedPerfectNC_000003.12:g.(?_
162798484)_(162901
998_?)del
GRCh38.p12First PassNC_000003.12Chr3162,798,484162,901,998
nssv467744RemappedPerfectNC_000003.12:g.(?_
162798484)_(162901
998_?)del
GRCh38.p12First PassNC_000003.12Chr3162,798,484162,901,998
nssv467745RemappedPerfectNC_000003.12:g.(?_
162798484)_(162901
998_?)del
GRCh38.p12First PassNC_000003.12Chr3162,798,484162,901,998
nssv467746RemappedPerfectNC_000003.12:g.(?_
162798484)_(162901
998_?)del
GRCh38.p12First PassNC_000003.12Chr3162,798,484162,901,998
nssv467747RemappedPerfectNC_000003.12:g.(?_
162798484)_(162901
998_?)del
GRCh38.p12First PassNC_000003.12Chr3162,798,484162,901,998
nssv467748RemappedPerfectNC_000003.12:g.(?_
162798484)_(162901
998_?)del
GRCh38.p12First PassNC_000003.12Chr3162,798,484162,901,998
nssv467749RemappedPerfectNC_000003.12:g.(?_
162798484)_(162901
998_?)del
GRCh38.p12First PassNC_000003.12Chr3162,798,484162,901,998
nssv467750RemappedPerfectNC_000003.12:g.(?_
162798484)_(162901
998_?)del
GRCh38.p12First PassNC_000003.12Chr3162,798,484162,901,998
nssv467751RemappedPerfectNC_000003.12:g.(?_
162798484)_(162901
998_?)del
GRCh38.p12First PassNC_000003.12Chr3162,798,484162,901,998
nssv467752RemappedPerfectNC_000003.12:g.(?_
162798484)_(162901
998_?)del
GRCh38.p12First PassNC_000003.12Chr3162,798,484162,901,998
nssv467754RemappedPerfectNC_000003.12:g.(?_
162798484)_(162901
998_?)del
GRCh38.p12First PassNC_000003.12Chr3162,798,484162,901,998
nssv467755RemappedPerfectNC_000003.12:g.(?_
162798484)_(162901
998_?)del
GRCh38.p12First PassNC_000003.12Chr3162,798,484162,901,998
nssv467756RemappedPerfectNC_000003.12:g.(?_
162798484)_(162901
998_?)del
GRCh38.p12First PassNC_000003.12Chr3162,798,484162,901,998
nssv467757RemappedPerfectNC_000003.12:g.(?_
162798484)_(162901
998_?)del
GRCh38.p12First PassNC_000003.12Chr3162,798,484162,901,998
nssv467758RemappedPerfectNC_000003.12:g.(?_
162798484)_(162901
998_?)del
GRCh38.p12First PassNC_000003.12Chr3162,798,484162,901,998
nssv467759RemappedPerfectNC_000003.12:g.(?_
162798484)_(162901
998_?)del
GRCh38.p12First PassNC_000003.12Chr3162,798,484162,901,998
nssv467760RemappedPerfectNC_000003.12:g.(?_
162798484)_(162901
998_?)del
GRCh38.p12First PassNC_000003.12Chr3162,798,484162,901,998
nssv467761RemappedPerfectNC_000003.12:g.(?_
162798484)_(162901
998_?)del
GRCh38.p12First PassNC_000003.12Chr3162,798,484162,901,998
nssv467762RemappedPerfectNC_000003.12:g.(?_
162798484)_(162901
998_?)del
GRCh38.p12First PassNC_000003.12Chr3162,798,484162,901,998
nssv467763RemappedPerfectNC_000003.12:g.(?_
162798484)_(162901
998_?)del
GRCh38.p12First PassNC_000003.12Chr3162,798,484162,901,998
nssv467765RemappedPerfectNC_000003.12:g.(?_
162798484)_(162901
998_?)del
GRCh38.p12First PassNC_000003.12Chr3162,798,484162,901,998
nssv467766RemappedPerfectNC_000003.12:g.(?_
162798484)_(162901
998_?)del
GRCh38.p12First PassNC_000003.12Chr3162,798,484162,901,998
nssv467767RemappedPerfectNC_000003.12:g.(?_
162798484)_(162901
998_?)del
GRCh38.p12First PassNC_000003.12Chr3162,798,484162,901,998
nssv467768RemappedPerfectNC_000003.12:g.(?_
162798484)_(162901
998_?)del
GRCh38.p12First PassNC_000003.12Chr3162,798,484162,901,998
nssv467769RemappedPerfectNC_000003.12:g.(?_
162798484)_(162901
998_?)del
GRCh38.p12First PassNC_000003.12Chr3162,798,484162,901,998
nssv467770RemappedPerfectNC_000003.12:g.(?_
162798484)_(162901
998_?)del
GRCh38.p12First PassNC_000003.12Chr3162,798,484162,901,998
nssv467771RemappedPerfectNC_000003.12:g.(?_
162798484)_(162901
998_?)del
GRCh38.p12First PassNC_000003.12Chr3162,798,484162,901,998
nssv467772RemappedPerfectNC_000003.12:g.(?_
162798484)_(162901
998_?)del
GRCh38.p12First PassNC_000003.12Chr3162,798,484162,901,998
nssv467773RemappedPerfectNC_000003.12:g.(?_
162798484)_(162901
998_?)del
GRCh38.p12First PassNC_000003.12Chr3162,798,484162,901,998
nssv471606RemappedPerfectNC_000003.12:g.(?_
162798484)_(162901
998_?)del
GRCh38.p12First PassNC_000003.12Chr3162,798,484162,901,998
nssv471607RemappedPerfectNC_000003.12:g.(?_
162798484)_(162901
998_?)del
GRCh38.p12First PassNC_000003.12Chr3162,798,484162,901,998
nssv471608RemappedPerfectNC_000003.12:g.(?_
162798484)_(162901
998_?)del
GRCh38.p12First PassNC_000003.12Chr3162,798,484162,901,998
nssv471609RemappedPerfectNC_000003.12:g.(?_
162798484)_(162901
998_?)del
GRCh38.p12First PassNC_000003.12Chr3162,798,484162,901,998
nssv471610RemappedPerfectNC_000003.12:g.(?_
162798484)_(162901
998_?)del
GRCh38.p12First PassNC_000003.12Chr3162,798,484162,901,998
nssv471611RemappedPerfectNC_000003.12:g.(?_
162798484)_(162901
998_?)del
GRCh38.p12First PassNC_000003.12Chr3162,798,484162,901,998
nssv471613RemappedPerfectNC_000003.12:g.(?_
162798484)_(162901
998_?)del
GRCh38.p12First PassNC_000003.12Chr3162,798,484162,901,998
nssv471614RemappedPerfectNC_000003.12:g.(?_
162798484)_(162901
998_?)del
GRCh38.p12First PassNC_000003.12Chr3162,798,484162,901,998
nssv471615RemappedPerfectNC_000003.12:g.(?_
162798484)_(162901
998_?)del
GRCh38.p12First PassNC_000003.12Chr3162,798,484162,901,998
nssv471616RemappedPerfectNC_000003.12:g.(?_
162798484)_(162901
998_?)del
GRCh38.p12First PassNC_000003.12Chr3162,798,484162,901,998
nssv471617RemappedPerfectNC_000003.12:g.(?_
162798484)_(162901
998_?)del
GRCh38.p12First PassNC_000003.12Chr3162,798,484162,901,998
nssv471618RemappedPerfectNC_000003.12:g.(?_
162798484)_(162901
998_?)del
GRCh38.p12First PassNC_000003.12Chr3162,798,484162,901,998
nssv471619RemappedPerfectNC_000003.12:g.(?_
162798484)_(162901
998_?)del
GRCh38.p12First PassNC_000003.12Chr3162,798,484162,901,998
nssv471620RemappedPerfectNC_000003.12:g.(?_
162798484)_(162901
998_?)del
GRCh38.p12First PassNC_000003.12Chr3162,798,484162,901,998
nssv471621RemappedPerfectNC_000003.12:g.(?_
162798484)_(162901
998_?)del
GRCh38.p12First PassNC_000003.12Chr3162,798,484162,901,998
nssv471622RemappedPerfectNC_000003.12:g.(?_
162798484)_(162901
998_?)del
GRCh38.p12First PassNC_000003.12Chr3162,798,484162,901,998
nssv471624RemappedPerfectNC_000003.12:g.(?_
162798484)_(162901
998_?)del
GRCh38.p12First PassNC_000003.12Chr3162,798,484162,901,998
nssv471625RemappedPerfectNC_000003.12:g.(?_
162798484)_(162901
998_?)del
GRCh38.p12First PassNC_000003.12Chr3162,798,484162,901,998
nssv471626RemappedPerfectNC_000003.12:g.(?_
162798484)_(162901
998_?)del
GRCh38.p12First PassNC_000003.12Chr3162,798,484162,901,998
nssv471627RemappedPerfectNC_000003.12:g.(?_
162798484)_(162901
998_?)del
GRCh38.p12First PassNC_000003.12Chr3162,798,484162,901,998
Showing 100 of 903

No validation data were submitted for this variant

No clinical assertion data were submitted for this variant

No genotype data were submitted for this variant

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