doi:10.12116/j.issn.1004-5619.2023.531206

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URL: http://www.fyxzz.cn/EN/10.12116/j.issn.1004-5619.2023.531206

http://www.fyxzz.cn/EN/Y2024/V40/I6/624

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References 8

1	中华人民共和国司法部. 生物学全同胞关系鉴定技术规范： [S]. 2021.
	Ministry of Justice of the People’s Republic of China. Technical specification for identification of biological full sibling relationship： [S]. 2021.
2	中华人民共和国司法部. 生物学半同胞关系鉴定技术规范： [S]. 2023.
	Ministry of Justice of the People’s Republic of China. Technical specification for biological half sibling testing： [S]. 2023.
3	司法部公共法律服务管理局. 法医物证鉴定线粒体DNA检验规范： [S]. 2018.
	Public Legal Services Administration of the Ministry of Justice of the People’s Republic of China. Specification of mitochondrion DNA testing for forensic purpose： [S]. 2018.
4	李海霞，李建金，李燃，等. 两个已知全同胞参与的同胞鉴定分析[J].中国法医学杂志，2019，34（2）：159-164. doi：10.13618/j.issn.1001-5728.2019.02.0011 .
	LI H X， LI J J， LI R， et al. Analysis of sibling relationship with two known full-siblings[J]. Zhongguo Fayixue Zazhi，2019，34（2）：159-164.
5	李海霞，陈慧，李燃，等. 三个体组合半同胞关系鉴定分析[J].法医学杂志，2023，39（3）：254-261. doi：10.13618/j.issn.1001-5728.2019.02.0011 .
	LI H X， CHEN H， LI R， et al. Analysis of trio half sibling testing[J]. Fayixue Zazhi，2023，39（3）：254-261.
6	LEE J C I， LIN Y Y， TSAI L C， et al. A novel strategy for sibship determination in trio sibling model[J]. Croat Med J，2012，53（4）：336-342. doi：10.3325/cmj.2012.53.336 .
7	李燃，李成涛，赵书民，等. IBS评分法鉴定全同胞关系及其临界值查询表的构建[J].法医学杂志，2017，33（2）：136-140，147. doi：10.3969/j.issn.1004-5619.2017.02.006 .
	LI R， LI C T， ZHAO S M， et al. Full sibling identification by IBS scoring method and establishment of the query table of its critical value[J]. Fa-yixue Zazhi，2017，33（2）：136-140，147.
8	赵书民，张素华，阙庭志，等. 两个个体间常用亲缘关系指数的统一算法[J].法医学杂志，2011，27（5）：330-333. doi：10.3969/j.issn.1004-5619.2011.05.004 .
	ZHAO S M， ZHANG S H， QUE T Z， et al. Establishment of universal algorithms for commonly used kinship indices between two individuals[J]. Fayixue Zazhi，2011，27（5）：330-333.

基因座	个体S1	个体S2	个体S3	基因座	个体S1	个体S2	个体S3
D6S474	15/16	15/15	15/15	D14S608	6/10	6/6	6/9
D12ATA63	12/16	12/16	16/17	D17S1290	18/20	18/20	15/16
D22S1045	11/17	11/16	14/15	D3S1744	14/15	14/19	13/14
D10S1248	13/15	11/13	13/15	D18S535	9/14	9/14	9/13
D1S1677	13/14	13/14	14/15	D13S325	19/20	19/21	21/21
D11S4463	15/15	12/15	12/15	D7S1517	21/23	23/25	21/24
D1S1627	13/13	13/13	13/14	D11S2368	18/18	18/18	17/18
D3S4529	13/16	15/15	15/16	D19S253	7/12	7/13	7/13
D2S441	11.3/14	10/14	11.3/14	D1S1656	13/18.3	13/18.3	13/15
D6S1017	10/13	12/12	10/13	D7S3048	20/24	19/24	20/23
D4S2408	9/10	9/10	8/9	D5S818	9/13	12/13	7/13
D19S433	13/14	13.2/14	13/13.2	D2S1338	24/26	19/24	18/23
D17S1301	12/13	13/13	12/12	TPOX	11/11	11/11	11/11
D1GATA113	11/12	12/12	7/12	CSF1PO	11/12	11/11	12/12
D18S853	11/14	11/11	13/14	Penta D	11/13	9/11	13/13
D20S482	12/14	13/14	12/13	TH01	9/9	7/9	9/9
D14S1434	14/14	14/14	11/14	vWA	16/20	16/20	17/17
D9S1122	11/13	11/11	11/12	D7S820	11/12	8/8	10/11
D2S1776	9/12	9/12	10/13	D21S11	30/32.2	30/32.2	28/33.1
D10S1435	12/13	12/14	12/12	Penta E	11/18	11/12	5/18
D5S2500	14/14	14/14	14/14	D8S1179	9/15	9/15	9/12
D4S2366	9/9	9/9	9/11	D18S51	13/18	18/19	13/14
D6S477	11/16	11/16	11/16	D12S391	18/22	18/22	18/22
D22-GATA198B05	18/20	18/21	16/19	D6S1043	11/18	11/11	14/18
D15S659	17/18	12/18	12/18	D16S539	9/11	9/11	9/10
D8S1132	19/20	18/19	19/23	D13S317	8/11	8/8	8/11
D3S1358	16/17	14/17	15/17	FGA	20/24	20/21	22/26
D3S3045	13/14	9/9	9/15

基因座	个体S1	个体S2	个体S3	基因座	个体S1	个体S2	个体S3
D6S474	15/16	15/15	15/15	D14S608	6/10	6/6	6/9
D12ATA63	12/16	12/16	16/17	D17S1290	18/20	18/20	15/16
D22S1045	11/17	11/16	14/15	D3S1744	14/15	14/19	13/14
D10S1248	13/15	11/13	13/15	D18S535	9/14	9/14	9/13
D1S1677	13/14	13/14	14/15	D13S325	19/20	19/21	21/21
D11S4463	15/15	12/15	12/15	D7S1517	21/23	23/25	21/24
D1S1627	13/13	13/13	13/14	D11S2368	18/18	18/18	17/18
D3S4529	13/16	15/15	15/16	D19S253	7/12	7/13	7/13
D2S441	11.3/14	10/14	11.3/14	D1S1656	13/18.3	13/18.3	13/15
D6S1017	10/13	12/12	10/13	D7S3048	20/24	19/24	20/23
D4S2408	9/10	9/10	8/9	D5S818	9/13	12/13	7/13
D19S433	13/14	13.2/14	13/13.2	D2S1338	24/26	19/24	18/23
D17S1301	12/13	13/13	12/12	TPOX	11/11	11/11	11/11
D1GATA113	11/12	12/12	7/12	CSF1PO	11/12	11/11	12/12
D18S853	11/14	11/11	13/14	Penta D	11/13	9/11	13/13
D20S482	12/14	13/14	12/13	TH01	9/9	7/9	9/9
D14S1434	14/14	14/14	11/14	vWA	16/20	16/20	17/17
D9S1122	11/13	11/11	11/12	D7S820	11/12	8/8	10/11
D2S1776	9/12	9/12	10/13	D21S11	30/32.2	30/32.2	28/33.1
D10S1435	12/13	12/14	12/12	Penta E	11/18	11/12	5/18
D5S2500	14/14	14/14	14/14	D8S1179	9/15	9/15	9/12
D4S2366	9/9	9/9	9/11	D18S51	13/18	18/19	13/14
D6S477	11/16	11/16	11/16	D12S391	18/22	18/22	18/22
D22-GATA198B05	18/20	18/21	16/19	D6S1043	11/18	11/11	14/18
D15S659	17/18	12/18	12/18	D16S539	9/11	9/11	9/10
D8S1132	19/20	18/19	19/23	D13S317	8/11	8/8	8/11
D3S1358	16/17	14/17	15/17	FGA	20/24	20/21	22/26
D3S3045	13/14	9/9	9/15

个体	HV-Ⅰ多态性位点	HV-Ⅱ多态性位点
S1	16093C，16182C，16183C，16189C，16217C，16261T，16295T	73G，263G，315.1C
S2	16093C，16182C，16183C，16189C，16217C，16261T，16295T	73G，263G，315.1C
S3	16092C，16164G，16172C，16182T，16183C，16189C，16223T，16266T，16362C	73G，150T，263G，315.1C

个体	HV-Ⅰ多态性位点	HV-Ⅱ多态性位点
S1	16093C，16182C，16183C，16189C，16217C，16261T，16295T	73G，263G，315.1C
S2	16093C，16182C，16183C，16189C，16217C，16261T，16295T	73G，263G，315.1C
S3	16092C，16164G，16172C，16182T，16183C，16189C，16223T，16266T，16362C	73G，150T，263G，315.1C

基因座	个体S1	个体S3	基因座	个体S1	个体S3
DXS6795	11/11	11/11	DXS10162	19/19	17/19
DXS7132	12/15	12/15	DXS6809	32/34	29/34
DXS8378	10/11	10/20	DXS10159	24/27	24/29
DXS10101	31/33.2	31/32	GATA31E08	10/11	10/10
DXS10103	16/20	16/26	DXS6803	12/12.3	11/12.3
DXS10079	21/23	16/21	DXS10075	17/17	17/17
DXS10134	36/37	37/37	DXS6807	11/14	11/14
GATA165B12	10/10	9/10	DXS10164	10/12	9/10
GATA172D05	8/12	10/12	DXS6789	16/20	16/21
HPRTB	13/14	12/14	DXS10146	28/29	27/28
DXS6810	17/17	17/18	DXS7133	9/9	9/9
DXS10135	23/24	18/23	DXS6804	13/15	11/13
DXS6797	23/23	23/23	DXS981	13.3/15	13.3/13.3
DXS10074	16/18	18/18	DXS9895	13/14	14/14
DXS7424	15/16	14/15	DXS101	23/27	23/25
DXS9902	10/10	10/12	DXS6800	16/16	16/16
DXS7423	14/14	14/15	DXS9907	12/13	12/13
DXS10148	19/25.1	23.1/25.1	DXS8377	45/46	45/45

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