title: Mother KQ 019

description:
Mather  kq_019
In this array, each tag of allele was spotted reduplicate. We take the mean single of the two spots as the single of allele.The AF was calculated by the formula: AF=allele B/allele A + allele B. While the AF values >0.6, genotypes were allele B homozygote; AF values <0.4, genotypes were allele A homozygote; AF values were between 0.4 and 0.6, genotypes were heterozygote.


title: Mother KQ 011

status: Public on Apr 09 2013

type: genomic

city: shenyang

first: lu

last: yongping

address: huanggu strict puhe street

country: China

institute: key lab of liaoning province family planning research institution

description:
Mather  kq_011
In this array, each tag of allele was spotted reduplicate. We take the mean single of the two spots as the single of allele.The AF was calculated by the formula: AF=allele B/allele A + allele B. While the AF values >0.6, genotypes were allele B homozygote; AF values <0.4, genotypes were allele A homozygote; AF values were between 0.4 and 0.6, genotypes were heterozygote.

hyb_protocol: To prepare Cy3 labeled single strand products, 10μL allele-specific extension products were added 10μL mix containing 1.33×SSC, 0.067% SSC, 0.033mg/ml salmon sperm DNA, and 50nM Cy3-labeled com-tag. The mix was denatured at 94°C for 10 min and cooled 5 min on ice. Hybridization was then performed using this hybridization solution in a hybridization chamber at 60°C for 2 hours. Hybridization was followed by two washes in 2×SSC/0.1%SDS (preheated to 50°C) for 5min, proceeded by washing in 0.2×SSC/0.1%SDS for 1 min, then rinsed in dH2O and dried by centrifugation 3 min at 500 r.p.m.

scan_protocol: Microarrays were scanned at 100-μm resolution, using GenePix 4000B scanner (Axon instruments, USA), the TIFF images were imported into GenePix 6.0 software (Axon Instruments, USA).

data_processing:
The sample data table contains the mean single value of the spot subtracted the mean single of background as the spot's single (F532 Mean - B532), used for AF (allele B/allele A + allele B) calculation.
For example, for mother kq_001,  The single of allele T= (27709+27469)/2=27589, The single of allele C= (22835+32770)/2=27802.5, thus, the AF of rs3771494=27589/27859+27802.5=0.498, which is between 0.4 and 0.6, so the genotype was heterozygote.For mother kq_002, the single of allele T=(27709+32380)/2=30044.5, the single of allele C=(305+545)/2=425. The AF of rs3771494=30044.5/30044.5+425=0.985, which was >0.6, so the genotype was T homozygote.

molecule: genomic DNA

organism: Homo sapiens

label_protocol: Multiplex PCR was amplified with the Multiplex PCR Assay Kit (Takara) in 20μL [Multiplex PCR mix2 10μL, Multiplex PCR mix1 0.2μL, 0.2μM primers, 50ng DNA]. Thermocycling was performed with an initial 60 second denaturation at 94°C followed by 35 cycles of: 30 seconds at 94°C, 90 seconds at 57°C and 90 seconds at 72°C, and final extension at 72°C for 10 minutes. The PCR product was used as a template for Multiplex allele-specific primer extension. In order to remove excess dNTPs and primers, a mix was added into 10μL PCR product, containing 2 units of shrimp alkaline phosphatase (Takara) and 4 units EXO I(Takara) with incubation at 37°C for 30 min followed by 96°C for 10 min. 10μL of treated PCR products was added to 5μL ASPE mix containing 1×Thermopol reaction buffer, 80μM of each dATP, dGTP, dTTP (Takara), 40μM Cy3-dCTP (GE), 0.2 unit of a vent exo- DNA polymerase(New England Biolabs), 25nM allele-specific primers. The extension conditions were as follows: an initial 3min at 94°C, 35 cycles of 94°C for 30 second, 60°C for 30 second 72°C for 1 min, and final extension at 72°C for 5minutes.

extract_protocol: DNA was obtained from the blood samples using TIANamp Blood DNA kit (TianGen).

tag: sample group

value: mothers

tag: clinical type

value: non cleft

tag: tissue

value: blood


title: Mother KQ 010

description:
Mather  kq_010
In this array, each tag of allele was spotted reduplicate. We take the mean single of the two spots as the single of allele.The AF was calculated by the formula: AF=allele B/allele A + allele B. While the AF values >0.6, genotypes were allele B homozygote; AF values <0.4, genotypes were allele A homozygote; AF values were between 0.4 and 0.6, genotypes were heterozygote.


title: Mother KQ 012

description:
Mather  kq_012
In this array, each tag of allele was spotted reduplicate. We take the mean single of the two spots as the single of allele.The AF was calculated by the formula: AF=allele B/allele A + allele B. While the AF values >0.6, genotypes were allele B homozygote; AF values <0.4, genotypes were allele A homozygote; AF values were between 0.4 and 0.6, genotypes were heterozygote.


title: Muscle - Low post-mortem interval - SM-2D43X

type: RNA

city: Cambridge

first: Kristin

last: Ardlie

state: MA

address: 7 Cambridge Center

country: USA

institute: The Broad Institute of MIT and Harvard

hyb_protocol: Affymetrix protocol

scan_protocol: Affymetrix protocol

data_processing:
Probe level data were summarized using custom probeset definitions provided by the BrainArrray resource (http://brainarray.mbni.med.umich.edu/Brainarray/Database/CustomCDF/genomic_curated_CDF.asp). RMA normalization was using Ensembl gene definitions.
probe group file: HuGene11stv1_Hs_ENSG.cdf

label: biotin

molecule: total RNA

source_name: Muscle - Skeletal - Low post-mortem interval

label_protocol: Affymetrix protocol

extract_protocol: Affymetrix protocol

tag: gender

value: Female

tag: age

value: 30-39 years

tag: rin

value: Muscle

value: Muscle - Skeletal

value: 0-3 hours


title: C3H_mucosa_7

city: Nuthetal

first: Gunnar

last: Loh

address: Arthur-Scheunert-Allee 114-116

department: Gastrointestinal Microbiology

country: Germany

institute: German Institute of Human Nutrition

hyb_protocol: 12.5 to 20 µg cRNA were used for further fragmentation and finally 10 µg for hybridization, washing and staining (Affymetrix fluidics Station 400)

scan_protocol: Absolute values of expression were calculated from the scanned array using the Affymetrix Command Console v1 software. Affymetrix arrays were scanned using the Affymetrix 3000G scanner.

data_processing: nugomm1a520177 affymetrix arrays were analyzed with nugomm1a520177mmentrezg custom cdf) and  quality checked and evaluated in R (version 2.15.2) with Bioconductor (version 2.11) tools.Data was quality checked with affy/affyplm and normalised with Robust Multichip Average (RMA).

organism: Mus musculus

source_name: colon mucusa

label_protocol: The Affymetrix Eukaryotic One-Cycle Target Labeling and Control Reagents (#900493) were used to synthesize cDNA. 2µg RNA from each sample were used.

extract_protocol: Extraction of total RNA with the NucleoSpin RNA II Kit (Machery-Nagel, Duren, Germany) was performed according to the manufacturer's instructions

value: colon mucusa

tag: strain


title: C3H_mucosa_8


title: Mother KQ 009

description:
Mather  kq_009
In this array, each tag of allele was spotted reduplicate. We take the mean single of the two spots as the single of allele.The AF was calculated by the formula: AF=allele B/allele A + allele B. While the AF values >0.6, genotypes were allele B homozygote; AF values <0.4, genotypes were allele A homozygote; AF values were between 0.4 and 0.6, genotypes were heterozygote.


title: Lung - Low post-mortem interval - SM-2M49R

source_name: Lung - Low post-mortem interval

value: Lung


title: C3H_mucosa_6


title: Adipose Tissue - Low post-mortem interval - SM-2M479

source_name: Adipose - Subcutaneous - Low post-mortem interval

value: Adipose Tissue

value: Adipose - Subcutaneous


title: C3H_mucosa_5


title: Heart - Low post-mortem interval - SM-2D43Z

source_name: Heart - Left Ventricle - Low post-mortem interval

value: Heart

value: Heart - Left Ventricle


title: C3H_mucosa_9


title: Mother KQ 007

description:
Mather  kq_007
In this array, each tag of allele was spotted reduplicate. We take the mean single of the two spots as the single of allele.The AF was calculated by the formula: AF=allele B/allele A + allele B. While the AF values >0.6, genotypes were allele B homozygote; AF values <0.4, genotypes were allele A homozygote; AF values were between 0.4 and 0.6, genotypes were heterozygote.


title: Mother KQ 005

description:
Mather  kq_005
In this array, each tag of allele was spotted reduplicate. We take the mean single of the two spots as the single of allele.The AF was calculated by the formula: AF=allele B/allele A + allele B. While the AF values >0.6, genotypes were allele B homozygote; AF values <0.4, genotypes were allele A homozygote; AF values were between 0.4 and 0.6, genotypes were heterozygote.


title: Mother KQ 004

description:
Mather  kq_004
In this array, each tag of allele was spotted reduplicate. We take the mean single of the two spots as the single of allele.The AF was calculated by the formula: AF=allele B/allele A + allele B. While the AF values >0.6, genotypes were allele B homozygote; AF values <0.4, genotypes were allele A homozygote; AF values were between 0.4 and 0.6, genotypes were heterozygote.


title: Mother KQ 003

description:
Mather  kq_003
In this array, each tag of allele was spotted reduplicate. We take the mean single of the two spots as the single of allele.The AF was calculated by the formula: AF=allele B/allele A + allele B. While the AF values >0.6, genotypes were allele B homozygote; AF values <0.4, genotypes were allele A homozygote; AF values were between 0.4 and 0.6, genotypes were heterozygote.


title: Mother KQ 001

description:
Mather  kq_001
In this array, each tag of allele was spotted reduplicate. We take the mean single of the two spots as the single of allele.The AF was calculated by the formula: AF=allele B/allele A + allele B. While the AF values >0.6, genotypes were allele B homozygote; AF values <0.4, genotypes were allele A homozygote; AF values were between 0.4 and 0.6, genotypes were heterozygote.


title: C3H_mucosa_4


title: Mother KQ 002

description:
Mather  kq_002
In this array, each tag of allele was spotted reduplicate. We take the mean single of the two spots as the single of allele.The AF was calculated by the formula: AF=allele B/allele A + allele B. While the AF values >0.6, genotypes were allele B homozygote; AF values <0.4, genotypes were allele A homozygote; AF values were between 0.4 and 0.6, genotypes were heterozygote.


title: Mother KQ 006

description:
Mather  kq_006
In this array, each tag of allele was spotted reduplicate. We take the mean single of the two spots as the single of allele.The AF was calculated by the formula: AF=allele B/allele A + allele B. While the AF values >0.6, genotypes were allele B homozygote; AF values <0.4, genotypes were allele A homozygote; AF values were between 0.4 and 0.6, genotypes were heterozygote.


title: Blood - Pre-mortem blood draw - SM-2D45V

source_name: Whole Blood - Pre-mortem blood draw

value: Blood

value: Whole Blood


title: Skin - Low post-mortem interval - SM-2D442

source_name: Skin - Sun Exposed (Lower leg) - Low post-mortem interval

value: Skin

value: Skin - Sun Exposed (Lower leg)


title: Adipose Tissue - Low post-mortem interval - SM-2M477

value: Male

value: 60-69 years


title: C3H_mucosa_3


title: Mother KQ 008

description:
Mather  kq_008
In this array, each tag of allele was spotted reduplicate. We take the mean single of the two spots as the single of allele.The AF was calculated by the formula: AF=allele B/allele A + allele B. While the AF values >0.6, genotypes were allele B homozygote; AF values <0.4, genotypes were allele A homozygote; AF values were between 0.4 and 0.6, genotypes were heterozygote.

value: mothers

value: non cleft

value: blood


title: Father KQ 154

description:
Father  kq_154
In this array, each tag of allele was spotted reduplicate. We take the mean single of the two spots as the single of allele.The AF was calculated by the formula: AF=allele B/allele A + allele B. While the AF values >0.6, genotypes were allele B homozygote; AF values <0.4, genotypes were allele A homozygote; AF values were between 0.4 and 0.6, genotypes were heterozygote.

value: fathers


title: Father KQ 152

description:
Father  kq_152
In this array, each tag of allele was spotted reduplicate. We take the mean single of the two spots as the single of allele.The AF was calculated by the formula: AF=allele B/allele A + allele B. While the AF values >0.6, genotypes were allele B homozygote; AF values <0.4, genotypes were allele A homozygote; AF values were between 0.4 and 0.6, genotypes were heterozygote.


title: Pituitary - Low post-mortem interval - SM-2XV61

source_name: Pituitary - Low post-mortem interval

value: 40-49 years

value: Pituitary

value: 8-11 hours


title: Brain - Low post-mortem interval - SM-2XV73

source_name: Brain - Cerebellum - Low post-mortem interval

value: Brain

value: Brain - Cerebellum


title: Father KQ 153

description:
Father  kq_153
In this array, each tag of allele was spotted reduplicate. We take the mean single of the two spots as the single of allele.The AF was calculated by the formula: AF=allele B/allele A + allele B. While the AF values >0.6, genotypes were allele B homozygote; AF values <0.4, genotypes were allele A homozygote; AF values were between 0.4 and 0.6, genotypes were heterozygote.


title: C3H_mucosa_1

value: colon mucusa


title: Father KQ 151

description:
Father  kq_151
In this array, each tag of allele was spotted reduplicate. We take the mean single of the two spots as the single of allele.The AF was calculated by the formula: AF=allele B/allele A + allele B. While the AF values >0.6, genotypes were allele B homozygote; AF values <0.4, genotypes were allele A homozygote; AF values were between 0.4 and 0.6, genotypes were heterozygote.


title: Father KQ 150

description:
Father  kq_150
In this array, each tag of allele was spotted reduplicate. We take the mean single of the two spots as the single of allele.The AF was calculated by the formula: AF=allele B/allele A + allele B. While the AF values >0.6, genotypes were allele B homozygote; AF values <0.4, genotypes were allele A homozygote; AF values were between 0.4 and 0.6, genotypes were heterozygote.


title: Father KQ 149

description:
Father  kq_149
In this array, each tag of allele was spotted reduplicate. We take the mean single of the two spots as the single of allele.The AF was calculated by the formula: AF=allele B/allele A + allele B. While the AF values >0.6, genotypes were allele B homozygote; AF values <0.4, genotypes were allele A homozygote; AF values were between 0.4 and 0.6, genotypes were heterozygote.


title: Blood Vessel - Low post-mortem interval - SM-2XV4S

source_name: Artery - Tibial - Low post-mortem interval

value: Blood Vessel

value: Artery - Tibial


title: Nerve - Low post-mortem interval - SM-2XV4U

source_name: Nerve - Tibial - Low post-mortem interval

value: Nerve

value: Nerve - Tibial


title: Father KQ 147

description:
Father  kq_147
In this array, each tag of allele was spotted reduplicate. We take the mean single of the two spots as the single of allele.The AF was calculated by the formula: AF=allele B/allele A + allele B. While the AF values >0.6, genotypes were allele B homozygote; AF values <0.4, genotypes were allele A homozygote; AF values were between 0.4 and 0.6, genotypes were heterozygote.


title: Father KQ 146

description:
Father  kq_146
In this array, each tag of allele was spotted reduplicate. We take the mean single of the two spots as the single of allele.The AF was calculated by the formula: AF=allele B/allele A + allele B. While the AF values >0.6, genotypes were allele B homozygote; AF values <0.4, genotypes were allele A homozygote; AF values were between 0.4 and 0.6, genotypes were heterozygote.


title: Father KQ 144

description:
Father  kq_144
In this array, each tag of allele was spotted reduplicate. We take the mean single of the two spots as the single of allele.The AF was calculated by the formula: AF=allele B/allele A + allele B. While the AF values >0.6, genotypes were allele B homozygote; AF values <0.4, genotypes were allele A homozygote; AF values were between 0.4 and 0.6, genotypes were heterozygote.


title: Father KQ 143

description:
Father  kq_143
In this array, each tag of allele was spotted reduplicate. We take the mean single of the two spots as the single of allele.The AF was calculated by the formula: AF=allele B/allele A + allele B. While the AF values >0.6, genotypes were allele B homozygote; AF values <0.4, genotypes were allele A homozygote; AF values were between 0.4 and 0.6, genotypes were heterozygote.


title: C3H_mucosa_2


title: Father KQ 142

description:
Father  kq_142
In this array, each tag of allele was spotted reduplicate. We take the mean single of the two spots as the single of allele.The AF was calculated by the formula: AF=allele B/allele A + allele B. While the AF values >0.6, genotypes were allele B homozygote; AF values <0.4, genotypes were allele A homozygote; AF values were between 0.4 and 0.6, genotypes were heterozygote.


title: Father KQ 141

description:
Father  kq_141
In this array, each tag of allele was spotted reduplicate. We take the mean single of the two spots as the single of allele.The AF was calculated by the formula: AF=allele B/allele A + allele B. While the AF values >0.6, genotypes were allele B homozygote; AF values <0.4, genotypes were allele A homozygote; AF values were between 0.4 and 0.6, genotypes were heterozygote.


title: Father KQ 139

description:
Father  kq_139
In this array, each tag of allele was spotted reduplicate. We take the mean single of the two spots as the single of allele.The AF was calculated by the formula: AF=allele B/allele A + allele B. While the AF values >0.6, genotypes were allele B homozygote; AF values <0.4, genotypes were allele A homozygote; AF values were between 0.4 and 0.6, genotypes were heterozygote.


title: Father KQ 138

description:
Father  kq_138
In this array, each tag of allele was spotted reduplicate. We take the mean single of the two spots as the single of allele.The AF was calculated by the formula: AF=allele B/allele A + allele B. While the AF values >0.6, genotypes were allele B homozygote; AF values <0.4, genotypes were allele A homozygote; AF values were between 0.4 and 0.6, genotypes were heterozygote.


title: Father KQ 140

description:
Father  kq_140
In this array, each tag of allele was spotted reduplicate. We take the mean single of the two spots as the single of allele.The AF was calculated by the formula: AF=allele B/allele A + allele B. While the AF values >0.6, genotypes were allele B homozygote; AF values <0.4, genotypes were allele A homozygote; AF values were between 0.4 and 0.6, genotypes were heterozygote.


title: Father KQ 137

description:
Father  kq_137
In this array, each tag of allele was spotted reduplicate. We take the mean single of the two spots as the single of allele.The AF was calculated by the formula: AF=allele B/allele A + allele B. While the AF values >0.6, genotypes were allele B homozygote; AF values <0.4, genotypes were allele A homozygote; AF values were between 0.4 and 0.6, genotypes were heterozygote.


title: Skin - Low post-mortem interval - SM-2XV67

value: Skin

value: Skin - Sun Exposed (Lower leg)

value: 4-7 hours


title: Adipose Tissue - Low post-mortem interval - SM-2XV4H

value: Male

value: Adipose Tissue

value: Adipose - Subcutaneous


title: Brain - Low post-mortem interval - SM-2XV5S

source_name: Brain - Nucleus accumbens (basal ganglia) - Low post-mortem interval

value: Not Available


title: Father KQ 148

description:
Father  kq_148
In this array, each tag of allele was spotted reduplicate. We take the mean single of the two spots as the single of allele.The AF was calculated by the formula: AF=allele B/allele A + allele B. While the AF values >0.6, genotypes were allele B homozygote; AF values <0.4, genotypes were allele A homozygote; AF values were between 0.4 and 0.6, genotypes were heterozygote.

value: fathers

value: non cleft

value: blood


title: Father KQ 133

description:
Father  kq_133
In this array, each tag of allele was spotted reduplicate. We take the mean single of the two spots as the single of allele.The AF was calculated by the formula: AF=allele B/allele A + allele B. While the AF values >0.6, genotypes were allele B homozygote; AF values <0.4, genotypes were allele A homozygote; AF values were between 0.4 and 0.6, genotypes were heterozygote.


title: Father KQ 134

description:
Father  kq_134
In this array, each tag of allele was spotted reduplicate. We take the mean single of the two spots as the single of allele.The AF was calculated by the formula: AF=allele B/allele A + allele B. While the AF values >0.6, genotypes were allele B homozygote; AF values <0.4, genotypes were allele A homozygote; AF values were between 0.4 and 0.6, genotypes were heterozygote.


title: Brain - Low post-mortem interval - SM-2XV5U

source_name: Brain - Hypothalamus - Low post-mortem interval

value: 40-49 years

value: Brain

value: Brain - Hypothalamus


title: Brain - Low post-mortem interval - SM-2XV6B

source_name: Brain - Caudate (basal ganglia) - Low post-mortem interval

value: Brain - Caudate (basal ganglia)


title: Muscle - Low post-mortem interval - SM-2XV5L

value: Muscle

value: Muscle - Skeletal

value: 8-11 hours


title: Father KQ 145

description:
Father  kq_145
In this array, each tag of allele was spotted reduplicate. We take the mean single of the two spots as the single of allele.The AF was calculated by the formula: AF=allele B/allele A + allele B. While the AF values >0.6, genotypes were allele B homozygote; AF values <0.4, genotypes were allele A homozygote; AF values were between 0.4 and 0.6, genotypes were heterozygote.


title: Brain - Low post-mortem interval - SM-2XV64

source_name: Brain - Amygdala - Low post-mortem interval

value: Brain - Amygdala


title: Brain - Low post-mortem interval - SM-2XV5Z

source_name: Brain - Hippocampus - Low post-mortem interval

value: Brain - Hippocampus


title: Brain - Low post-mortem interval - SM-2XV6J

source_name: Brain - Anterior cingulate cortex (BA24) - Low post-mortem interval


title: Father KQ 130

description:
Father  kq_130
In this array, each tag of allele was spotted reduplicate. We take the mean single of the two spots as the single of allele.The AF was calculated by the formula: AF=allele B/allele A + allele B. While the AF values >0.6, genotypes were allele B homozygote; AF values <0.4, genotypes were allele A homozygote; AF values were between 0.4 and 0.6, genotypes were heterozygote.


title: Father KQ 128

description:
Father  kq_128
In this array, each tag of allele was spotted reduplicate. We take the mean single of the two spots as the single of allele.The AF was calculated by the formula: AF=allele B/allele A + allele B. While the AF values >0.6, genotypes were allele B homozygote; AF values <0.4, genotypes were allele A homozygote; AF values were between 0.4 and 0.6, genotypes were heterozygote.


title: Father KQ 131

description:
Father  kq_131
In this array, each tag of allele was spotted reduplicate. We take the mean single of the two spots as the single of allele.The AF was calculated by the formula: AF=allele B/allele A + allele B. While the AF values >0.6, genotypes were allele B homozygote; AF values <0.4, genotypes were allele A homozygote; AF values were between 0.4 and 0.6, genotypes were heterozygote.


title: Brain - Low post-mortem interval - SM-2XV6S

source_name: Brain - Cerebellar Hemisphere - Low post-mortem interval

value: Brain - Cerebellar Hemisphere


title: Father KQ 136

description:
Father  kq_136
In this array, each tag of allele was spotted reduplicate. We take the mean single of the two spots as the single of allele.The AF was calculated by the formula: AF=allele B/allele A + allele B. While the AF values >0.6, genotypes were allele B homozygote; AF values <0.4, genotypes were allele A homozygote; AF values were between 0.4 and 0.6, genotypes were heterozygote.


title: Father KQ 125

description:
Father  kq_125
In this array, each tag of allele was spotted reduplicate. We take the mean single of the two spots as the single of allele.The AF was calculated by the formula: AF=allele B/allele A + allele B. While the AF values >0.6, genotypes were allele B homozygote; AF values <0.4, genotypes were allele A homozygote; AF values were between 0.4 and 0.6, genotypes were heterozygote.


title: Father KQ 126

description:
Father  kq_126
In this array, each tag of allele was spotted reduplicate. We take the mean single of the two spots as the single of allele.The AF was calculated by the formula: AF=allele B/allele A + allele B. While the AF values >0.6, genotypes were allele B homozygote; AF values <0.4, genotypes were allele A homozygote; AF values were between 0.4 and 0.6, genotypes were heterozygote.


title: Father KQ 127

description:
Father  kq_127
In this array, each tag of allele was spotted reduplicate. We take the mean single of the two spots as the single of allele.The AF was calculated by the formula: AF=allele B/allele A + allele B. While the AF values >0.6, genotypes were allele B homozygote; AF values <0.4, genotypes were allele A homozygote; AF values were between 0.4 and 0.6, genotypes were heterozygote.


title: Father KQ 132

description:
Father  kq_132
In this array, each tag of allele was spotted reduplicate. We take the mean single of the two spots as the single of allele.The AF was calculated by the formula: AF=allele B/allele A + allele B. While the AF values >0.6, genotypes were allele B homozygote; AF values <0.4, genotypes were allele A homozygote; AF values were between 0.4 and 0.6, genotypes were heterozygote.


title: Father KQ 124

description:
Father  kq_124
In this array, each tag of allele was spotted reduplicate. We take the mean single of the two spots as the single of allele.The AF was calculated by the formula: AF=allele B/allele A + allele B. While the AF values >0.6, genotypes were allele B homozygote; AF values <0.4, genotypes were allele A homozygote; AF values were between 0.4 and 0.6, genotypes were heterozygote.


title: Father KQ 123

description:
Father  kq_123
In this array, each tag of allele was spotted reduplicate. We take the mean single of the two spots as the single of allele.The AF was calculated by the formula: AF=allele B/allele A + allele B. While the AF values >0.6, genotypes were allele B homozygote; AF values <0.4, genotypes were allele A homozygote; AF values were between 0.4 and 0.6, genotypes were heterozygote.


title: Father KQ 122

description:
Father  kq_122
In this array, each tag of allele was spotted reduplicate. We take the mean single of the two spots as the single of allele.The AF was calculated by the formula: AF=allele B/allele A + allele B. While the AF values >0.6, genotypes were allele B homozygote; AF values <0.4, genotypes were allele A homozygote; AF values were between 0.4 and 0.6, genotypes were heterozygote.


title: Father KQ 135

description:
Father  kq_135
In this array, each tag of allele was spotted reduplicate. We take the mean single of the two spots as the single of allele.The AF was calculated by the formula: AF=allele B/allele A + allele B. While the AF values >0.6, genotypes were allele B homozygote; AF values <0.4, genotypes were allele A homozygote; AF values were between 0.4 and 0.6, genotypes were heterozygote.


title: Blood - Low post-mortem interval - SM-2XV4L

source_name: Whole Blood - Low post-mortem interval

value: Male

value: Blood

value: Whole Blood

value: 4-7 hours


title: Father KQ 121

description:
Father  kq_121
In this array, each tag of allele was spotted reduplicate. We take the mean single of the two spots as the single of allele.The AF was calculated by the formula: AF=allele B/allele A + allele B. While the AF values >0.6, genotypes were allele B homozygote; AF values <0.4, genotypes were allele A homozygote; AF values were between 0.4 and 0.6, genotypes were heterozygote.

value: fathers


title: Father KQ 120

description:
Father  kq_120
In this array, each tag of allele was spotted reduplicate. We take the mean single of the two spots as the single of allele.The AF was calculated by the formula: AF=allele B/allele A + allele B. While the AF values >0.6, genotypes were allele B homozygote; AF values <0.4, genotypes were allele A homozygote; AF values were between 0.4 and 0.6, genotypes were heterozygote.

value: non cleft


title: Father KQ 129

description:
Father  kq_129
In this array, each tag of allele was spotted reduplicate. We take the mean single of the two spots as the single of allele.The AF was calculated by the formula: AF=allele B/allele A + allele B. While the AF values >0.6, genotypes were allele B homozygote; AF values <0.4, genotypes were allele A homozygote; AF values were between 0.4 and 0.6, genotypes were heterozygote.

value: blood


title: Father KQ 118

description:
Father  kq_118
In this array, each tag of allele was spotted reduplicate. We take the mean single of the two spots as the single of allele.The AF was calculated by the formula: AF=allele B/allele A + allele B. While the AF values >0.6, genotypes were allele B homozygote; AF values <0.4, genotypes were allele A homozygote; AF values were between 0.4 and 0.6, genotypes were heterozygote.


title: Father KQ 119

description:
Father  kq_119
In this array, each tag of allele was spotted reduplicate. We take the mean single of the two spots as the single of allele.The AF was calculated by the formula: AF=allele B/allele A + allele B. While the AF values >0.6, genotypes were allele B homozygote; AF values <0.4, genotypes were allele A homozygote; AF values were between 0.4 and 0.6, genotypes were heterozygote.


title: Brain - Low post-mortem interval - SM-2XV6E

source_name: Brain - Frontal Cortex (BA9) - Low post-mortem interval

value: 40-49 years

value: Brain - Frontal Cortex (BA9)

value: Not Available


title: Father KQ 116

description:
Father  kq_116
In this array, each tag of allele was spotted reduplicate. We take the mean single of the two spots as the single of allele.The AF was calculated by the formula: AF=allele B/allele A + allele B. While the AF values >0.6, genotypes were allele B homozygote; AF values <0.4, genotypes were allele A homozygote; AF values were between 0.4 and 0.6, genotypes were heterozygote.


title: Brain - Low post-mortem interval - SM-2D44E

source_name: Brain - Cortex - Low post-mortem interval

value: 30-39 years

value: Brain

value: Brain - Cortex

value: 12-15 hours


title: Brain - Low post-mortem interval - SM-2D44S

value: Brain - Cerebellum


title: Adipose Tissue - Low post-mortem interval - SM-2XV5B

source_name: Adipose - Subcutaneous - Low post-mortem interval

value: Adipose Tissue

value: Adipose - Subcutaneous


title: Thyroid - Low post-mortem interval - SM-2D44I

source_name: Thyroid - Low post-mortem interval

value: Male

value: Thyroid

value: 8-11 hours


title: Father KQ 114

description:
Father  kq_114
In this array, each tag of allele was spotted reduplicate. We take the mean single of the two spots as the single of allele.The AF was calculated by the formula: AF=allele B/allele A + allele B. While the AF values >0.6, genotypes were allele B homozygote; AF values <0.4, genotypes were allele A homozygote; AF values were between 0.4 and 0.6, genotypes were heterozygote.


title: Father KQ 112

description:
Father  kq_112
In this array, each tag of allele was spotted reduplicate. We take the mean single of the two spots as the single of allele.The AF was calculated by the formula: AF=allele B/allele A + allele B. While the AF values >0.6, genotypes were allele B homozygote; AF values <0.4, genotypes were allele A homozygote; AF values were between 0.4 and 0.6, genotypes were heterozygote.


title: Father KQ 113

description:
Father  kq_113
In this array, each tag of allele was spotted reduplicate. We take the mean single of the two spots as the single of allele.The AF was calculated by the formula: AF=allele B/allele A + allele B. While the AF values >0.6, genotypes were allele B homozygote; AF values <0.4, genotypes were allele A homozygote; AF values were between 0.4 and 0.6, genotypes were heterozygote.


title: Muscle - Low post-mortem interval - SM-2D44L

source_name: Muscle - Skeletal - Low post-mortem interval

value: Muscle

value: Muscle - Skeletal


title: Father KQ 110

description:
Father  kq_110
In this array, each tag of allele was spotted reduplicate. We take the mean single of the two spots as the single of allele.The AF was calculated by the formula: AF=allele B/allele A + allele B. While the AF values >0.6, genotypes were allele B homozygote; AF values <0.4, genotypes were allele A homozygote; AF values were between 0.4 and 0.6, genotypes were heterozygote.

value: fathers

value: non cleft


title: Father KQ 109

description:
Father  kq_109
In this array, each tag of allele was spotted reduplicate. We take the mean single of the two spots as the single of allele.The AF was calculated by the formula: AF=allele B/allele A + allele B. While the AF values >0.6, genotypes were allele B homozygote; AF values <0.4, genotypes were allele A homozygote; AF values were between 0.4 and 0.6, genotypes were heterozygote.

value: blood


title: Skin - Low post-mortem interval - SM-2D44P

source_name: Skin - Sun Exposed (Lower leg) - Low post-mortem interval

value: Skin

value: Skin - Sun Exposed (Lower leg)


title: Father KQ 117

description:
Father  kq_117
In this array, each tag of allele was spotted reduplicate. We take the mean single of the two spots as the single of allele.The AF was calculated by the formula: AF=allele B/allele A + allele B. While the AF values >0.6, genotypes were allele B homozygote; AF values <0.4, genotypes were allele A homozygote; AF values were between 0.4 and 0.6, genotypes were heterozygote.


title: Father KQ 111

description:
Father  kq_111
In this array, each tag of allele was spotted reduplicate. We take the mean single of the two spots as the single of allele.The AF was calculated by the formula: AF=allele B/allele A + allele B. While the AF values >0.6, genotypes were allele B homozygote; AF values <0.4, genotypes were allele A homozygote; AF values were between 0.4 and 0.6, genotypes were heterozygote.


title: Father KQ 107

description:
Father  kq_107
In this array, each tag of allele was spotted reduplicate. We take the mean single of the two spots as the single of allele.The AF was calculated by the formula: AF=allele B/allele A + allele B. While the AF values >0.6, genotypes were allele B homozygote; AF values <0.4, genotypes were allele A homozygote; AF values were between 0.4 and 0.6, genotypes were heterozygote.


title: Father KQ 105

description:
Father  kq_105
In this array, each tag of allele was spotted reduplicate. We take the mean single of the two spots as the single of allele.The AF was calculated by the formula: AF=allele B/allele A + allele B. While the AF values >0.6, genotypes were allele B homozygote; AF values <0.4, genotypes were allele A homozygote; AF values were between 0.4 and 0.6, genotypes were heterozygote.


title: Father KQ 104

description:
Father  kq_104
In this array, each tag of allele was spotted reduplicate. We take the mean single of the two spots as the single of allele.The AF was calculated by the formula: AF=allele B/allele A + allele B. While the AF values >0.6, genotypes were allele B homozygote; AF values <0.4, genotypes were allele A homozygote; AF values were between 0.4 and 0.6, genotypes were heterozygote.


title: Father KQ 106

description:
Father  kq_106
In this array, each tag of allele was spotted reduplicate. We take the mean single of the two spots as the single of allele.The AF was calculated by the formula: AF=allele B/allele A + allele B. While the AF values >0.6, genotypes were allele B homozygote; AF values <0.4, genotypes were allele A homozygote; AF values were between 0.4 and 0.6, genotypes were heterozygote.


title: Father KQ 103

description:
Father  kq_103
In this array, each tag of allele was spotted reduplicate. We take the mean single of the two spots as the single of allele.The AF was calculated by the formula: AF=allele B/allele A + allele B. While the AF values >0.6, genotypes were allele B homozygote; AF values <0.4, genotypes were allele A homozygote; AF values were between 0.4 and 0.6, genotypes were heterozygote.


title: Father KQ 102

description:
Father  kq_102
In this array, each tag of allele was spotted reduplicate. We take the mean single of the two spots as the single of allele.The AF was calculated by the formula: AF=allele B/allele A + allele B. While the AF values >0.6, genotypes were allele B homozygote; AF values <0.4, genotypes were allele A homozygote; AF values were between 0.4 and 0.6, genotypes were heterozygote.


title: Father KQ 108

description:
Father  kq_108
In this array, each tag of allele was spotted reduplicate. We take the mean single of the two spots as the single of allele.The AF was calculated by the formula: AF=allele B/allele A + allele B. While the AF values >0.6, genotypes were allele B homozygote; AF values <0.4, genotypes were allele A homozygote; AF values were between 0.4 and 0.6, genotypes were heterozygote.


title: Brain - Low post-mortem interval - SM-2XV5M

value: 30-39 years

value: Brain - Nucleus accumbens (basal ganglia)

value: Not Available


title: Father KQ 115

description:
Father  kq_115
In this array, each tag of allele was spotted reduplicate. We take the mean single of the two spots as the single of allele.The AF was calculated by the formula: AF=allele B/allele A + allele B. While the AF values >0.6, genotypes were allele B homozygote; AF values <0.4, genotypes were allele A homozygote; AF values were between 0.4 and 0.6, genotypes were heterozygote.


title: Father KQ 100

description:
Father  kq_100
In this array, each tag of allele was spotted reduplicate. We take the mean single of the two spots as the single of allele.The AF was calculated by the formula: AF=allele B/allele A + allele B. While the AF values >0.6, genotypes were allele B homozygote; AF values <0.4, genotypes were allele A homozygote; AF values were between 0.4 and 0.6, genotypes were heterozygote.


title: Heart - Low post-mortem interval - SM-2D44D

source_name: Heart - Left Ventricle - Low post-mortem interval

value: Heart

value: Heart - Left Ventricle


title: Brain - Low post-mortem interval - SM-2D45M

value: Brain

value: Brain - Caudate (basal ganglia)


title: Father KQ 101

description:
Father  kq_101
In this array, each tag of allele was spotted reduplicate. We take the mean single of the two spots as the single of allele.The AF was calculated by the formula: AF=allele B/allele A + allele B. While the AF values >0.6, genotypes were allele B homozygote; AF values <0.4, genotypes were allele A homozygote; AF values were between 0.4 and 0.6, genotypes were heterozygote.


title: Brain - Low post-mortem interval - SM-2D45K

source_name: Brain - Putamen (basal ganglia) - Low post-mortem interval

value: Male

value: Brain - Putamen (basal ganglia)


title: Brain - Low post-mortem interval - SM-2D45O

value: Brain - Amygdala


title: Father KQ 098

description:
Father  kq_098
In this array, each tag of allele was spotted reduplicate. We take the mean single of the two spots as the single of allele.The AF was calculated by the formula: AF=allele B/allele A + allele B. While the AF values >0.6, genotypes were allele B homozygote; AF values <0.4, genotypes were allele A homozygote; AF values were between 0.4 and 0.6, genotypes were heterozygote.


title: Brain - Low post-mortem interval - SM-2D45S

value: Brain - Hippocampus


title: Father KQ 099

description:
Father  kq_099
In this array, each tag of allele was spotted reduplicate. We take the mean single of the two spots as the single of allele.The AF was calculated by the formula: AF=allele B/allele A + allele B. While the AF values >0.6, genotypes were allele B homozygote; AF values <0.4, genotypes were allele A homozygote; AF values were between 0.4 and 0.6, genotypes were heterozygote.


title: Brain - Low post-mortem interval - SM-2XV51

source_name: Brain - Substantia nigra - Low post-mortem interval

value: Brain - Substantia nigra


title: Father KQ 097

description:
Father  kq_097
In this array, each tag of allele was spotted reduplicate. We take the mean single of the two spots as the single of allele.The AF was calculated by the formula: AF=allele B/allele A + allele B. While the AF values >0.6, genotypes were allele B homozygote; AF values <0.4, genotypes were allele A homozygote; AF values were between 0.4 and 0.6, genotypes were heterozygote.

value: fathers


title: Father KQ 094

description:
Father  kq_094
In this array, each tag of allele was spotted reduplicate. We take the mean single of the two spots as the single of allele.The AF was calculated by the formula: AF=allele B/allele A + allele B. While the AF values >0.6, genotypes were allele B homozygote; AF values <0.4, genotypes were allele A homozygote; AF values were between 0.4 and 0.6, genotypes were heterozygote.

value: non cleft


title: Father KQ 096

description:
Father  kq_096
In this array, each tag of allele was spotted reduplicate. We take the mean single of the two spots as the single of allele.The AF was calculated by the formula: AF=allele B/allele A + allele B. While the AF values >0.6, genotypes were allele B homozygote; AF values <0.4, genotypes were allele A homozygote; AF values were between 0.4 and 0.6, genotypes were heterozygote.

value: blood


title: Brain - Low post-mortem interval - SM-2D45R

value: Brain - Cerebellar Hemisphere


title: Father KQ 090

description:
Father  kq_090
In this array, each tag of allele was spotted reduplicate. We take the mean single of the two spots as the single of allele.The AF was calculated by the formula: AF=allele B/allele A + allele B. While the AF values >0.6, genotypes were allele B homozygote; AF values <0.4, genotypes were allele A homozygote; AF values were between 0.4 and 0.6, genotypes were heterozygote.


title: Father KQ 093

description:
Father  kq_093
In this array, each tag of allele was spotted reduplicate. We take the mean single of the two spots as the single of allele.The AF was calculated by the formula: AF=allele B/allele A + allele B. While the AF values >0.6, genotypes were allele B homozygote; AF values <0.4, genotypes were allele A homozygote; AF values were between 0.4 and 0.6, genotypes were heterozygote.


title: Father KQ 091

description:
Father  kq_091
In this array, each tag of allele was spotted reduplicate. We take the mean single of the two spots as the single of allele.The AF was calculated by the formula: AF=allele B/allele A + allele B. While the AF values >0.6, genotypes were allele B homozygote; AF values <0.4, genotypes were allele A homozygote; AF values were between 0.4 and 0.6, genotypes were heterozygote.


title: Father KQ 092

description:
Father  kq_092
In this array, each tag of allele was spotted reduplicate. We take the mean single of the two spots as the single of allele.The AF was calculated by the formula: AF=allele B/allele A + allele B. While the AF values >0.6, genotypes were allele B homozygote; AF values <0.4, genotypes were allele A homozygote; AF values were between 0.4 and 0.6, genotypes were heterozygote.


title: Father KQ 087

description:
Father  kq_087
In this array, each tag of allele was spotted reduplicate. We take the mean single of the two spots as the single of allele.The AF was calculated by the formula: AF=allele B/allele A + allele B. While the AF values >0.6, genotypes were allele B homozygote; AF values <0.4, genotypes were allele A homozygote; AF values were between 0.4 and 0.6, genotypes were heterozygote.


title: Father KQ 089

description:
Father  kq_089
In this array, each tag of allele was spotted reduplicate. We take the mean single of the two spots as the single of allele.The AF was calculated by the formula: AF=allele B/allele A + allele B. While the AF values >0.6, genotypes were allele B homozygote; AF values <0.4, genotypes were allele A homozygote; AF values were between 0.4 and 0.6, genotypes were heterozygote.


title: Father KQ 088

description:
Father  kq_088
In this array, each tag of allele was spotted reduplicate. We take the mean single of the two spots as the single of allele.The AF was calculated by the formula: AF=allele B/allele A + allele B. While the AF values >0.6, genotypes were allele B homozygote; AF values <0.4, genotypes were allele A homozygote; AF values were between 0.4 and 0.6, genotypes were heterozygote.


title: Nerve - Low post-mortem interval - SM-2M47A

source_name: Nerve - Tibial - Low post-mortem interval

value: Female

value: 60-69 years

value: Nerve

value: Nerve - Tibial

value: 16-19 hours


title: Father KQ 085

description:
Father  kq_085
In this array, each tag of allele was spotted reduplicate. We take the mean single of the two spots as the single of allele.The AF was calculated by the formula: AF=allele B/allele A + allele B. While the AF values >0.6, genotypes were allele B homozygote; AF values <0.4, genotypes were allele A homozygote; AF values were between 0.4 and 0.6, genotypes were heterozygote.


title: Blood Vessel - Low post-mortem interval - SM-2M47D

source_name: Artery - Tibial - Low post-mortem interval

value: Blood Vessel

value: Artery - Tibial


title: Father KQ 086

description:
Father  kq_086
In this array, each tag of allele was spotted reduplicate. We take the mean single of the two spots as the single of allele.The AF was calculated by the formula: AF=allele B/allele A + allele B. While the AF values >0.6, genotypes were allele B homozygote; AF values <0.4, genotypes were allele A homozygote; AF values were between 0.4 and 0.6, genotypes were heterozygote.


title: Father KQ 082

description:
Father  kq_082
In this array, each tag of allele was spotted reduplicate. We take the mean single of the two spots as the single of allele.The AF was calculated by the formula: AF=allele B/allele A + allele B. While the AF values >0.6, genotypes were allele B homozygote; AF values <0.4, genotypes were allele A homozygote; AF values were between 0.4 and 0.6, genotypes were heterozygote.


title: Father KQ 084

description:
Father  kq_084
In this array, each tag of allele was spotted reduplicate. We take the mean single of the two spots as the single of allele.The AF was calculated by the formula: AF=allele B/allele A + allele B. While the AF values >0.6, genotypes were allele B homozygote; AF values <0.4, genotypes were allele A homozygote; AF values were between 0.4 and 0.6, genotypes were heterozygote.


title: Father KQ 081

description:
Father  kq_081
In this array, each tag of allele was spotted reduplicate. We take the mean single of the two spots as the single of allele.The AF was calculated by the formula: AF=allele B/allele A + allele B. While the AF values >0.6, genotypes were allele B homozygote; AF values <0.4, genotypes were allele A homozygote; AF values were between 0.4 and 0.6, genotypes were heterozygote.


title: Father KQ 080

description:
Father  kq_080
In this array, each tag of allele was spotted reduplicate. We take the mean single of the two spots as the single of allele.The AF was calculated by the formula: AF=allele B/allele A + allele B. While the AF values >0.6, genotypes were allele B homozygote; AF values <0.4, genotypes were allele A homozygote; AF values were between 0.4 and 0.6, genotypes were heterozygote.


title: Father KQ 083

description:
Father  kq_083
In this array, each tag of allele was spotted reduplicate. We take the mean single of the two spots as the single of allele.The AF was calculated by the formula: AF=allele B/allele A + allele B. While the AF values >0.6, genotypes were allele B homozygote; AF values <0.4, genotypes were allele A homozygote; AF values were between 0.4 and 0.6, genotypes were heterozygote.


title: Father KQ 095

description:
Father  kq_095
In this array, each tag of allele was spotted reduplicate. We take the mean single of the two spots as the single of allele.The AF was calculated by the formula: AF=allele B/allele A + allele B. While the AF values >0.6, genotypes were allele B homozygote; AF values <0.4, genotypes were allele A homozygote; AF values were between 0.4 and 0.6, genotypes were heterozygote.


title: Muscle - Low post-mortem interval - SM-2M476

value: Muscle

value: Muscle - Skeletal


title: Lung - Low post-mortem interval - SM-2D441

source_name: Lung - Low post-mortem interval

value: Lung


title: Blood - Low post-mortem interval - SM-2IZIO

value: Blood

value: Whole Blood


title: Blood Vessel - Low post-mortem interval - SM-2M488

value: 12-15 hours


title: Father KQ 079

description:
Father  kq_079
In this array, each tag of allele was spotted reduplicate. We take the mean single of the two spots as the single of allele.The AF was calculated by the formula: AF=allele B/allele A + allele B. While the AF values >0.6, genotypes were allele B homozygote; AF values <0.4, genotypes were allele A homozygote; AF values were between 0.4 and 0.6, genotypes were heterozygote.

value: fathers


title: Heart - Low post-mortem interval - SM-2M484

value: Heart

value: Heart - Left Ventricle


title: Thyroid - Low post-mortem interval - SM-2D444

value: Thyroid


title: Father KQ 078

description:
Father  kq_078
In this array, each tag of allele was spotted reduplicate. We take the mean single of the two spots as the single of allele.The AF was calculated by the formula: AF=allele B/allele A + allele B. While the AF values >0.6, genotypes were allele B homozygote; AF values <0.4, genotypes were allele A homozygote; AF values were between 0.4 and 0.6, genotypes were heterozygote.

value: non cleft

value: blood


title: Father KQ 076

description:
Father  kq_076
In this array, each tag of allele was spotted reduplicate. We take the mean single of the two spots as the single of allele.The AF was calculated by the formula: AF=allele B/allele A + allele B. While the AF values >0.6, genotypes were allele B homozygote; AF values <0.4, genotypes were allele A homozygote; AF values were between 0.4 and 0.6, genotypes were heterozygote.


title: Muscle - Low post-mortem interval - SM-2D45U

value: Female

value: 60-69 years


title: Father KQ 077

description:
Father  kq_077
In this array, each tag of allele was spotted reduplicate. We take the mean single of the two spots as the single of allele.The AF was calculated by the formula: AF=allele B/allele A + allele B. While the AF values >0.6, genotypes were allele B homozygote; AF values <0.4, genotypes were allele A homozygote; AF values were between 0.4 and 0.6, genotypes were heterozygote.


title: Lung - Low post-mortem interval - SM-2D45W


title: Father KQ 075

description:
Father  kq_075
In this array, each tag of allele was spotted reduplicate. We take the mean single of the two spots as the single of allele.The AF was calculated by the formula: AF=allele B/allele A + allele B. While the AF values >0.6, genotypes were allele B homozygote; AF values <0.4, genotypes were allele A homozygote; AF values were between 0.4 and 0.6, genotypes were heterozygote.


title: Father KQ 074

description:
Father  kq_074
In this array, each tag of allele was spotted reduplicate. We take the mean single of the two spots as the single of allele.The AF was calculated by the formula: AF=allele B/allele A + allele B. While the AF values >0.6, genotypes were allele B homozygote; AF values <0.4, genotypes were allele A homozygote; AF values were between 0.4 and 0.6, genotypes were heterozygote.


title: Skin - Low post-mortem interval - SM-2M48E

value: Skin

value: Skin - Sun Exposed (Lower leg)


title: Father KQ 072

description:
Father  kq_072
In this array, each tag of allele was spotted reduplicate. We take the mean single of the two spots as the single of allele.The AF was calculated by the formula: AF=allele B/allele A + allele B. While the AF values >0.6, genotypes were allele B homozygote; AF values <0.4, genotypes were allele A homozygote; AF values were between 0.4 and 0.6, genotypes were heterozygote.


title: Father KQ 073

description:
Father  kq_073
In this array, each tag of allele was spotted reduplicate. We take the mean single of the two spots as the single of allele.The AF was calculated by the formula: AF=allele B/allele A + allele B. While the AF values >0.6, genotypes were allele B homozygote; AF values <0.4, genotypes were allele A homozygote; AF values were between 0.4 and 0.6, genotypes were heterozygote.


title: Father KQ 071

description:
Father  kq_071
In this array, each tag of allele was spotted reduplicate. We take the mean single of the two spots as the single of allele.The AF was calculated by the formula: AF=allele B/allele A + allele B. While the AF values >0.6, genotypes were allele B homozygote; AF values <0.4, genotypes were allele A homozygote; AF values were between 0.4 and 0.6, genotypes were heterozygote.


title: Father KQ 070

description:
Father  kq_070
In this array, each tag of allele was spotted reduplicate. We take the mean single of the two spots as the single of allele.The AF was calculated by the formula: AF=allele B/allele A + allele B. While the AF values >0.6, genotypes were allele B homozygote; AF values <0.4, genotypes were allele A homozygote; AF values were between 0.4 and 0.6, genotypes were heterozygote.


title: Father KQ 069

description:
Father  kq_069
In this array, each tag of allele was spotted reduplicate. We take the mean single of the two spots as the single of allele.The AF was calculated by the formula: AF=allele B/allele A + allele B. While the AF values >0.6, genotypes were allele B homozygote; AF values <0.4, genotypes were allele A homozygote; AF values were between 0.4 and 0.6, genotypes were heterozygote.


title: Father KQ 067

description:
Father  kq_067
In this array, each tag of allele was spotted reduplicate. We take the mean single of the two spots as the single of allele.The AF was calculated by the formula: AF=allele B/allele A + allele B. While the AF values >0.6, genotypes were allele B homozygote; AF values <0.4, genotypes were allele A homozygote; AF values were between 0.4 and 0.6, genotypes were heterozygote.


title: Father KQ 066

description:
Father  kq_066
In this array, each tag of allele was spotted reduplicate. We take the mean single of the two spots as the single of allele.The AF was calculated by the formula: AF=allele B/allele A + allele B. While the AF values >0.6, genotypes were allele B homozygote; AF values <0.4, genotypes were allele A homozygote; AF values were between 0.4 and 0.6, genotypes were heterozygote.


title: Brain - Low post-mortem interval - SM-2D45J

source_name: Brain - Caudate (basal ganglia) - Low post-mortem interval

value: Brain

value: Brain - Caudate (basal ganglia)

value: Not Available


title: Father KQ 065

description:
Father  kq_065
In this array, each tag of allele was spotted reduplicate. We take the mean single of the two spots as the single of allele.The AF was calculated by the formula: AF=allele B/allele A + allele B. While the AF values >0.6, genotypes were allele B homozygote; AF values <0.4, genotypes were allele A homozygote; AF values were between 0.4 and 0.6, genotypes were heterozygote.


title: Father KQ 068

description:
Father  kq_068
In this array, each tag of allele was spotted reduplicate. We take the mean single of the two spots as the single of allele.The AF was calculated by the formula: AF=allele B/allele A + allele B. While the AF values >0.6, genotypes were allele B homozygote; AF values <0.4, genotypes were allele A homozygote; AF values were between 0.4 and 0.6, genotypes were heterozygote.


title: Blood - Low post-mortem interval - SM-2D44O


title: Father KQ 063

description:
Father  kq_063
In this array, each tag of allele was spotted reduplicate. We take the mean single of the two spots as the single of allele.The AF was calculated by the formula: AF=allele B/allele A + allele B. While the AF values >0.6, genotypes were allele B homozygote; AF values <0.4, genotypes were allele A homozygote; AF values were between 0.4 and 0.6, genotypes were heterozygote.


title: Father KQ 064

description:
Father  kq_064
In this array, each tag of allele was spotted reduplicate. We take the mean single of the two spots as the single of allele.The AF was calculated by the formula: AF=allele B/allele A + allele B. While the AF values >0.6, genotypes were allele B homozygote; AF values <0.4, genotypes were allele A homozygote; AF values were between 0.4 and 0.6, genotypes were heterozygote.


title: Father KQ 062

description:
Father  kq_062
In this array, each tag of allele was spotted reduplicate. We take the mean single of the two spots as the single of allele.The AF was calculated by the formula: AF=allele B/allele A + allele B. While the AF values >0.6, genotypes were allele B homozygote; AF values <0.4, genotypes were allele A homozygote; AF values were between 0.4 and 0.6, genotypes were heterozygote.


title: Thyroid - Low post-mortem interval - SM-2D44J

value: Male

value: 50-59 years


title: Blood Vessel - Low post-mortem interval - SM-2D44Q

value: Blood Vessel

value: Artery - Tibial


title: Father KQ 060

description:
Father  kq_060
In this array, each tag of allele was spotted reduplicate. We take the mean single of the two spots as the single of allele.The AF was calculated by the formula: AF=allele B/allele A + allele B. While the AF values >0.6, genotypes were allele B homozygote; AF values <0.4, genotypes were allele A homozygote; AF values were between 0.4 and 0.6, genotypes were heterozygote.

value: fathers


title: Father KQ 059

description:
Father  kq_059
In this array, each tag of allele was spotted reduplicate. We take the mean single of the two spots as the single of allele.The AF was calculated by the formula: AF=allele B/allele A + allele B. While the AF values >0.6, genotypes were allele B homozygote; AF values <0.4, genotypes were allele A homozygote; AF values were between 0.4 and 0.6, genotypes were heterozygote.


title: Brain - Low post-mortem interval - SM-2D45I

value: Brain - Frontal Cortex (BA9)


title: Brain - Low post-mortem interval - SM-2M48I

value: Brain - Cortex

value: 12-15 hours


title: Father KQ 058

description:
Father  kq_058
In this array, each tag of allele was spotted reduplicate. We take the mean single of the two spots as the single of allele.The AF was calculated by the formula: AF=allele B/allele A + allele B. While the AF values >0.6, genotypes were allele B homozygote; AF values <0.4, genotypes were allele A homozygote; AF values were between 0.4 and 0.6, genotypes were heterozygote.

value: non cleft


title: Father KQ 061

description:
Father  kq_061
In this array, each tag of allele was spotted reduplicate. We take the mean single of the two spots as the single of allele.The AF was calculated by the formula: AF=allele B/allele A + allele B. While the AF values >0.6, genotypes were allele B homozygote; AF values <0.4, genotypes were allele A homozygote; AF values were between 0.4 and 0.6, genotypes were heterozygote.

value: blood


title: Father KQ 056

description:
Father  kq_056
In this array, each tag of allele was spotted reduplicate. We take the mean single of the two spots as the single of allele.The AF was calculated by the formula: AF=allele B/allele A + allele B. While the AF values >0.6, genotypes were allele B homozygote; AF values <0.4, genotypes were allele A homozygote; AF values were between 0.4 and 0.6, genotypes were heterozygote.


title: Father KQ 057

description:
Father  kq_057
In this array, each tag of allele was spotted reduplicate. We take the mean single of the two spots as the single of allele.The AF was calculated by the formula: AF=allele B/allele A + allele B. While the AF values >0.6, genotypes were allele B homozygote; AF values <0.4, genotypes were allele A homozygote; AF values were between 0.4 and 0.6, genotypes were heterozygote.


title: Adipose Tissue - Low post-mortem interval - SM-2D44T

value: Adipose Tissue

value: Adipose - Subcutaneous

value: 8-11 hours


title: Father KQ 055

description:
Father  kq_055
In this array, each tag of allele was spotted reduplicate. We take the mean single of the two spots as the single of allele.The AF was calculated by the formula: AF=allele B/allele A + allele B. While the AF values >0.6, genotypes were allele B homozygote; AF values <0.4, genotypes were allele A homozygote; AF values were between 0.4 and 0.6, genotypes were heterozygote.


title: Father KQ 052

description:
Father  kq_052
In this array, each tag of allele was spotted reduplicate. We take the mean single of the two spots as the single of allele.The AF was calculated by the formula: AF=allele B/allele A + allele B. While the AF values >0.6, genotypes were allele B homozygote; AF values <0.4, genotypes were allele A homozygote; AF values were between 0.4 and 0.6, genotypes were heterozygote.


title: Father KQ 054

description:
Father  kq_054
In this array, each tag of allele was spotted reduplicate. We take the mean single of the two spots as the single of allele.The AF was calculated by the formula: AF=allele B/allele A + allele B. While the AF values >0.6, genotypes were allele B homozygote; AF values <0.4, genotypes were allele A homozygote; AF values were between 0.4 and 0.6, genotypes were heterozygote.


title: Father KQ 053

description:
Father  kq_053
In this array, each tag of allele was spotted reduplicate. We take the mean single of the two spots as the single of allele.The AF was calculated by the formula: AF=allele B/allele A + allele B. While the AF values >0.6, genotypes were allele B homozygote; AF values <0.4, genotypes were allele A homozygote; AF values were between 0.4 and 0.6, genotypes were heterozygote.


title: Father KQ 051

description:
Father  kq_051
In this array, each tag of allele was spotted reduplicate. We take the mean single of the two spots as the single of allele.The AF was calculated by the formula: AF=allele B/allele A + allele B. While the AF values >0.6, genotypes were allele B homozygote; AF values <0.4, genotypes were allele A homozygote; AF values were between 0.4 and 0.6, genotypes were heterozygote.


title: Father KQ 050

description:
Father  kq_050
In this array, each tag of allele was spotted reduplicate. We take the mean single of the two spots as the single of allele.The AF was calculated by the formula: AF=allele B/allele A + allele B. While the AF values >0.6, genotypes were allele B homozygote; AF values <0.4, genotypes were allele A homozygote; AF values were between 0.4 and 0.6, genotypes were heterozygote.


title: Father KQ 048

description:
Father  kq_048
In this array, each tag of allele was spotted reduplicate. We take the mean single of the two spots as the single of allele.The AF was calculated by the formula: AF=allele B/allele A + allele B. While the AF values >0.6, genotypes were allele B homozygote; AF values <0.4, genotypes were allele A homozygote; AF values were between 0.4 and 0.6, genotypes were heterozygote.


title: Father KQ 049

description:
Father  kq_049
In this array, each tag of allele was spotted reduplicate. We take the mean single of the two spots as the single of allele.The AF was calculated by the formula: AF=allele B/allele A + allele B. While the AF values >0.6, genotypes were allele B homozygote; AF values <0.4, genotypes were allele A homozygote; AF values were between 0.4 and 0.6, genotypes were heterozygote.


title: Father KQ 046

description:
Father  kq_046
In this array, each tag of allele was spotted reduplicate. We take the mean single of the two spots as the single of allele.The AF was calculated by the formula: AF=allele B/allele A + allele B. While the AF values >0.6, genotypes were allele B homozygote; AF values <0.4, genotypes were allele A homozygote; AF values were between 0.4 and 0.6, genotypes were heterozygote.


title: Father KQ 045

description:
Father  kq_045
In this array, each tag of allele was spotted reduplicate. We take the mean single of the two spots as the single of allele.The AF was calculated by the formula: AF=allele B/allele A + allele B. While the AF values >0.6, genotypes were allele B homozygote; AF values <0.4, genotypes were allele A homozygote; AF values were between 0.4 and 0.6, genotypes were heterozygote.


title: Father KQ 047

description:
Father  kq_047
In this array, each tag of allele was spotted reduplicate. We take the mean single of the two spots as the single of allele.The AF was calculated by the formula: AF=allele B/allele A + allele B. While the AF values >0.6, genotypes were allele B homozygote; AF values <0.4, genotypes were allele A homozygote; AF values were between 0.4 and 0.6, genotypes were heterozygote.


title: Brain - Low post-mortem interval - SM-2D45L


title: Brain - Low post-mortem interval - SM-2D45Q

source_name: Brain - Hypothalamus - Low post-mortem interval

value: Brain - Hypothalamus


title: Father KQ 044

description:
Father  kq_044
In this array, each tag of allele was spotted reduplicate. We take the mean single of the two spots as the single of allele.The AF was calculated by the formula: AF=allele B/allele A + allele B. While the AF values >0.6, genotypes were allele B homozygote; AF values <0.4, genotypes were allele A homozygote; AF values were between 0.4 and 0.6, genotypes were heterozygote.


title: Brain - Low post-mortem interval - SM-2M49E

value: Brain


title: Lung - Low post-mortem interval - SM-2D44N

value: Lung


title: Blood Vessel - Low post-mortem interval - SM-2M47K

value: 4-7 hours


title: Thyroid - Low post-mortem interval - SM-2D44F

value: Male

value: Thyroid


title: Father KQ 043

description:
Father  kq_043
In this array, each tag of allele was spotted reduplicate. We take the mean single of the two spots as the single of allele.The AF was calculated by the formula: AF=allele B/allele A + allele B. While the AF values >0.6, genotypes were allele B homozygote; AF values <0.4, genotypes were allele A homozygote; AF values were between 0.4 and 0.6, genotypes were heterozygote.


title: Father KQ 042

description:
Father  kq_042
In this array, each tag of allele was spotted reduplicate. We take the mean single of the two spots as the single of allele.The AF was calculated by the formula: AF=allele B/allele A + allele B. While the AF values >0.6, genotypes were allele B homozygote; AF values <0.4, genotypes were allele A homozygote; AF values were between 0.4 and 0.6, genotypes were heterozygote.


title: Father KQ 039

description:
Father  kq_039
In this array, each tag of allele was spotted reduplicate. We take the mean single of the two spots as the single of allele.The AF was calculated by the formula: AF=allele B/allele A + allele B. While the AF values >0.6, genotypes were allele B homozygote; AF values <0.4, genotypes were allele A homozygote; AF values were between 0.4 and 0.6, genotypes were heterozygote.


title: Muscle - Low post-mortem interval - SM-2M47M

value: 50-59 years

value: Muscle

value: Muscle - Skeletal


title: Father KQ 041

description:
Father  kq_041
In this array, each tag of allele was spotted reduplicate. We take the mean single of the two spots as the single of allele.The AF was calculated by the formula: AF=allele B/allele A + allele B. While the AF values >0.6, genotypes were allele B homozygote; AF values <0.4, genotypes were allele A homozygote; AF values were between 0.4 and 0.6, genotypes were heterozygote.

value: fathers


title: Father KQ 040

description:
Father  kq_040
In this array, each tag of allele was spotted reduplicate. We take the mean single of the two spots as the single of allele.The AF was calculated by the formula: AF=allele B/allele A + allele B. While the AF values >0.6, genotypes were allele B homozygote; AF values <0.4, genotypes were allele A homozygote; AF values were between 0.4 and 0.6, genotypes were heterozygote.


title: Heart - Low post-mortem interval - SM-2D44H

value: Heart

value: Heart - Left Ventricle


title: Blood - Low post-mortem interval - SM-2D43O

value: Blood

value: Whole Blood


title: Lung - Low post-mortem interval - SM-2D44C


title: Skin - Low post-mortem interval - SM-2M47I

value: Skin

value: Skin - Sun Exposed (Lower leg)


title: Father KQ 035

description:
Father  kq_035
In this array, each tag of allele was spotted reduplicate. We take the mean single of the two spots as the single of allele.The AF was calculated by the formula: AF=allele B/allele A + allele B. While the AF values >0.6, genotypes were allele B homozygote; AF values <0.4, genotypes were allele A homozygote; AF values were between 0.4 and 0.6, genotypes were heterozygote.

value: non cleft

value: blood


title: Father KQ 037

description:
Father  kq_037
In this array, each tag of allele was spotted reduplicate. We take the mean single of the two spots as the single of allele.The AF was calculated by the formula: AF=allele B/allele A + allele B. While the AF values >0.6, genotypes were allele B homozygote; AF values <0.4, genotypes were allele A homozygote; AF values were between 0.4 and 0.6, genotypes were heterozygote.


title: Father KQ 033

description:
Father  kq_033
In this array, each tag of allele was spotted reduplicate. We take the mean single of the two spots as the single of allele.The AF was calculated by the formula: AF=allele B/allele A + allele B. While the AF values >0.6, genotypes were allele B homozygote; AF values <0.4, genotypes were allele A homozygote; AF values were between 0.4 and 0.6, genotypes were heterozygote.


title: Father KQ 034

description:
Father  kq_034
In this array, each tag of allele was spotted reduplicate. We take the mean single of the two spots as the single of allele.The AF was calculated by the formula: AF=allele B/allele A + allele B. While the AF values >0.6, genotypes were allele B homozygote; AF values <0.4, genotypes were allele A homozygote; AF values were between 0.4 and 0.6, genotypes were heterozygote.


title: Muscle - Low post-mortem interval - SM-2D44B

value: Female


title: Blood - Pre-mortem blood draw - SM-2D43N

source_name: Whole Blood - Pre-mortem blood draw


title: Lung - Low post-mortem interval - SM-2D44V

value: Lung


title: Father KQ 029

description:
Father  kq_029
In this array, each tag of allele was spotted reduplicate. We take the mean single of the two spots as the single of allele.The AF was calculated by the formula: AF=allele B/allele A + allele B. While the AF values >0.6, genotypes were allele B homozygote; AF values <0.4, genotypes were allele A homozygote; AF values were between 0.4 and 0.6, genotypes were heterozygote.


title: Father KQ 038

description:
Father  kq_038
In this array, each tag of allele was spotted reduplicate. We take the mean single of the two spots as the single of allele.The AF was calculated by the formula: AF=allele B/allele A + allele B. While the AF values >0.6, genotypes were allele B homozygote; AF values <0.4, genotypes were allele A homozygote; AF values were between 0.4 and 0.6, genotypes were heterozygote.


title: Father KQ 031

description:
Father  kq_031
In this array, each tag of allele was spotted reduplicate. We take the mean single of the two spots as the single of allele.The AF was calculated by the formula: AF=allele B/allele A + allele B. While the AF values >0.6, genotypes were allele B homozygote; AF values <0.4, genotypes were allele A homozygote; AF values were between 0.4 and 0.6, genotypes were heterozygote.


title: Father KQ 027

description:
Father  kq_027
In this array, each tag of allele was spotted reduplicate. We take the mean single of the two spots as the single of allele.The AF was calculated by the formula: AF=allele B/allele A + allele B. While the AF values >0.6, genotypes were allele B homozygote; AF values <0.4, genotypes were allele A homozygote; AF values were between 0.4 and 0.6, genotypes were heterozygote.


title: Heart - Low post-mortem interval - SM-2D44K

value: 4-7 hours


title: Father KQ 036

description:
Father  kq_036
In this array, each tag of allele was spotted reduplicate. We take the mean single of the two spots as the single of allele.The AF was calculated by the formula: AF=allele B/allele A + allele B. While the AF values >0.6, genotypes were allele B homozygote; AF values <0.4, genotypes were allele A homozygote; AF values were between 0.4 and 0.6, genotypes were heterozygote.


title: Father KQ 026

description:
Father  kq_026
In this array, each tag of allele was spotted reduplicate. We take the mean single of the two spots as the single of allele.The AF was calculated by the formula: AF=allele B/allele A + allele B. While the AF values >0.6, genotypes were allele B homozygote; AF values <0.4, genotypes were allele A homozygote; AF values were between 0.4 and 0.6, genotypes were heterozygote.


title: Father KQ 032

description:
Father  kq_032
In this array, each tag of allele was spotted reduplicate. We take the mean single of the two spots as the single of allele.The AF was calculated by the formula: AF=allele B/allele A + allele B. While the AF values >0.6, genotypes were allele B homozygote; AF values <0.4, genotypes were allele A homozygote; AF values were between 0.4 and 0.6, genotypes were heterozygote.


title: Father KQ 025

description:
Father  kq_025
In this array, each tag of allele was spotted reduplicate. We take the mean single of the two spots as the single of allele.The AF was calculated by the formula: AF=allele B/allele A + allele B. While the AF values >0.6, genotypes were allele B homozygote; AF values <0.4, genotypes were allele A homozygote; AF values were between 0.4 and 0.6, genotypes were heterozygote.


title: Father KQ 023

description:
Father  kq_023
In this array, each tag of allele was spotted reduplicate. We take the mean single of the two spots as the single of allele.The AF was calculated by the formula: AF=allele B/allele A + allele B. While the AF values >0.6, genotypes were allele B homozygote; AF values <0.4, genotypes were allele A homozygote; AF values were between 0.4 and 0.6, genotypes were heterozygote.


title: Father KQ 024

description:
Father  kq_024
In this array, each tag of allele was spotted reduplicate. We take the mean single of the two spots as the single of allele.The AF was calculated by the formula: AF=allele B/allele A + allele B. While the AF values >0.6, genotypes were allele B homozygote; AF values <0.4, genotypes were allele A homozygote; AF values were between 0.4 and 0.6, genotypes were heterozygote.


title: Father KQ 022

description:
Father  kq_022
In this array, each tag of allele was spotted reduplicate. We take the mean single of the two spots as the single of allele.The AF was calculated by the formula: AF=allele B/allele A + allele B. While the AF values >0.6, genotypes were allele B homozygote; AF values <0.4, genotypes were allele A homozygote; AF values were between 0.4 and 0.6, genotypes were heterozygote.


title: Father KQ 030

description:
Father  kq_030
In this array, each tag of allele was spotted reduplicate. We take the mean single of the two spots as the single of allele.The AF was calculated by the formula: AF=allele B/allele A + allele B. While the AF values >0.6, genotypes were allele B homozygote; AF values <0.4, genotypes were allele A homozygote; AF values were between 0.4 and 0.6, genotypes were heterozygote.


title: Father KQ 019

description:
Father  kq_019
In this array, each tag of allele was spotted reduplicate. We take the mean single of the two spots as the single of allele.The AF was calculated by the formula: AF=allele B/allele A + allele B. While the AF values >0.6, genotypes were allele B homozygote; AF values <0.4, genotypes were allele A homozygote; AF values were between 0.4 and 0.6, genotypes were heterozygote.


title: Father KQ 020

description:
Father  kq_020
In this array, each tag of allele was spotted reduplicate. We take the mean single of the two spots as the single of allele.The AF was calculated by the formula: AF=allele B/allele A + allele B. While the AF values >0.6, genotypes were allele B homozygote; AF values <0.4, genotypes were allele A homozygote; AF values were between 0.4 and 0.6, genotypes were heterozygote.


title: Father KQ 017

description:
Father  kq_017
In this array, each tag of allele was spotted reduplicate. We take the mean single of the two spots as the single of allele.The AF was calculated by the formula: AF=allele B/allele A + allele B. While the AF values >0.6, genotypes were allele B homozygote; AF values <0.4, genotypes were allele A homozygote; AF values were between 0.4 and 0.6, genotypes were heterozygote.


title: Thyroid - Low post-mortem interval - SM-2D44M


title: Father KQ 018

description:
Father  kq_018
In this array, each tag of allele was spotted reduplicate. We take the mean single of the two spots as the single of allele.The AF was calculated by the formula: AF=allele B/allele A + allele B. While the AF values >0.6, genotypes were allele B homozygote; AF values <0.4, genotypes were allele A homozygote; AF values were between 0.4 and 0.6, genotypes were heterozygote.


title: Father KQ 028

description:
Father  kq_028
In this array, each tag of allele was spotted reduplicate. We take the mean single of the two spots as the single of allele.The AF was calculated by the formula: AF=allele B/allele A + allele B. While the AF values >0.6, genotypes were allele B homozygote; AF values <0.4, genotypes were allele A homozygote; AF values were between 0.4 and 0.6, genotypes were heterozygote.


title: Nerve - Low post-mortem interval - SM-2M47N

value: Nerve

value: Nerve - Tibial


title: Father KQ 016

description:
Father  kq_016
In this array, each tag of allele was spotted reduplicate. We take the mean single of the two spots as the single of allele.The AF was calculated by the formula: AF=allele B/allele A + allele B. While the AF values >0.6, genotypes were allele B homozygote; AF values <0.4, genotypes were allele A homozygote; AF values were between 0.4 and 0.6, genotypes were heterozygote.


title: Adipose Tissue - Low post-mortem interval - SM-2M47J

value: 50-59 years

value: Adipose Tissue

value: Adipose - Subcutaneous


title: Blood Vessel - Low post-mortem interval - SM-2M47L

value: Blood Vessel

value: Artery - Tibial


title: Blood - Low post-mortem interval - SM-2D43M


title: Thyroid - Low post-mortem interval - SM-2D43S

value: Male

value: 40-49 years

value: Thyroid

value: 0-3 hours


title: Muscle - Low post-mortem interval - SM-2D43R

value: Muscle

value: Muscle - Skeletal


title: Skin - Low post-mortem interval - SM-2M485

value: Skin

value: Skin - Sun Exposed (Lower leg)


title: Father KQ 011

description:
Father  kq_011
In this array, each tag of allele was spotted reduplicate. We take the mean single of the two spots as the single of allele.The AF was calculated by the formula: AF=allele B/allele A + allele B. While the AF values >0.6, genotypes were allele B homozygote; AF values <0.4, genotypes were allele A homozygote; AF values were between 0.4 and 0.6, genotypes were heterozygote.

value: fathers

value: non cleft

value: blood


title: Father KQ 013

description:
Father  kq_013
In this array, each tag of allele was spotted reduplicate. We take the mean single of the two spots as the single of allele.The AF was calculated by the formula: AF=allele B/allele A + allele B. While the AF values >0.6, genotypes were allele B homozygote; AF values <0.4, genotypes were allele A homozygote; AF values were between 0.4 and 0.6, genotypes were heterozygote.


title: Father KQ 010

description:
Father  kq_010
In this array, each tag of allele was spotted reduplicate. We take the mean single of the two spots as the single of allele.The AF was calculated by the formula: AF=allele B/allele A + allele B. While the AF values >0.6, genotypes were allele B homozygote; AF values <0.4, genotypes were allele A homozygote; AF values were between 0.4 and 0.6, genotypes were heterozygote.


title: Father KQ 009

description:
Father  kq_009
In this array, each tag of allele was spotted reduplicate. We take the mean single of the two spots as the single of allele.The AF was calculated by the formula: AF=allele B/allele A + allele B. While the AF values >0.6, genotypes were allele B homozygote; AF values <0.4, genotypes were allele A homozygote; AF values were between 0.4 and 0.6, genotypes were heterozygote.


title: Lung - Low post-mortem interval - SM-2D43Q

value: Lung


title: Father KQ 008

description:
Father  kq_008
In this array, each tag of allele was spotted reduplicate. We take the mean single of the two spots as the single of allele.The AF was calculated by the formula: AF=allele B/allele A + allele B. While the AF values >0.6, genotypes were allele B homozygote; AF values <0.4, genotypes were allele A homozygote; AF values were between 0.4 and 0.6, genotypes were heterozygote.


title: Father KQ 007

description:
Father  kq_007
In this array, each tag of allele was spotted reduplicate. We take the mean single of the two spots as the single of allele.The AF was calculated by the formula: AF=allele B/allele A + allele B. While the AF values >0.6, genotypes were allele B homozygote; AF values <0.4, genotypes were allele A homozygote; AF values were between 0.4 and 0.6, genotypes were heterozygote.


title: Father KQ 015

description:
Father  kq_015
In this array, each tag of allele was spotted reduplicate. We take the mean single of the two spots as the single of allele.The AF was calculated by the formula: AF=allele B/allele A + allele B. While the AF values >0.6, genotypes were allele B homozygote; AF values <0.4, genotypes were allele A homozygote; AF values were between 0.4 and 0.6, genotypes were heterozygote.


title: Father KQ 003

description:
Father  kq_003
In this array, each tag of allele was spotted reduplicate. We take the mean single of the two spots as the single of allele.The AF was calculated by the formula: AF=allele B/allele A + allele B. While the AF values >0.6, genotypes were allele B homozygote; AF values <0.4, genotypes were allele A homozygote; AF values were between 0.4 and 0.6, genotypes were heterozygote.


title: Father KQ 014

description:
Father  kq_014
In this array, each tag of allele was spotted reduplicate. We take the mean single of the two spots as the single of allele.The AF was calculated by the formula: AF=allele B/allele A + allele B. While the AF values >0.6, genotypes were allele B homozygote; AF values <0.4, genotypes were allele A homozygote; AF values were between 0.4 and 0.6, genotypes were heterozygote.


title: Father KQ 004

description:
Father  kq_004
In this array, each tag of allele was spotted reduplicate. We take the mean single of the two spots as the single of allele.The AF was calculated by the formula: AF=allele B/allele A + allele B. While the AF values >0.6, genotypes were allele B homozygote; AF values <0.4, genotypes were allele A homozygote; AF values were between 0.4 and 0.6, genotypes were heterozygote.


title: Patient KQ 235

description:
Patient kq_235
In this array, each tag of allele was spotted reduplicate. We take the mean single of the two spots as the single of allele.The AF was calculated by the formula: AF=allele B/allele A + allele B. While the AF values >0.6, genotypes were allele B homozygote; AF values <0.4, genotypes were allele A homozygote; AF values were between 0.4 and 0.6, genotypes were heterozygote.

value: unrelated patients

value: bilateral cleft lips


title: Patient KQ 236

description:
Patient kq_236
In this array, each tag of allele was spotted reduplicate. We take the mean single of the two spots as the single of allele.The AF was calculated by the formula: AF=allele B/allele A + allele B. While the AF values >0.6, genotypes were allele B homozygote; AF values <0.4, genotypes were allele A homozygote; AF values were between 0.4 and 0.6, genotypes were heterozygote.


title: Patient KQ 234

description:
Patient kq_234
In this array, each tag of allele was spotted reduplicate. We take the mean single of the two spots as the single of allele.The AF was calculated by the formula: AF=allele B/allele A + allele B. While the AF values >0.6, genotypes were allele B homozygote; AF values <0.4, genotypes were allele A homozygote; AF values were between 0.4 and 0.6, genotypes were heterozygote.


title: Skin - Low post-mortem interval - SM-2QU3Y

value: 4-7 hours


title: Patient KQ 233

description:
Patient kq_233
In this array, each tag of allele was spotted reduplicate. We take the mean single of the two spots as the single of allele.The AF was calculated by the formula: AF=allele B/allele A + allele B. While the AF values >0.6, genotypes were allele B homozygote; AF values <0.4, genotypes were allele A homozygote; AF values were between 0.4 and 0.6, genotypes were heterozygote.


title: Muscle - Low post-mortem interval - SM-2D44Y

value: 60-69 years


title: Father KQ 001

description:
Father  kq_001
In this array, each tag of allele was spotted reduplicate. We take the mean single of the two spots as the single of allele.The AF was calculated by the formula: AF=allele B/allele A + allele B. While the AF values >0.6, genotypes were allele B homozygote; AF values <0.4, genotypes were allele A homozygote; AF values were between 0.4 and 0.6, genotypes were heterozygote.


title: Blood - Pre-mortem blood draw - SM-2D43L

value: Blood

value: Whole Blood


title: Thyroid - Low post-mortem interval - SM-2D44W

value: Male


title: Father KQ 006

description:
Father  kq_006
In this array, each tag of allele was spotted reduplicate. We take the mean single of the two spots as the single of allele.The AF was calculated by the formula: AF=allele B/allele A + allele B. While the AF values >0.6, genotypes were allele B homozygote; AF values <0.4, genotypes were allele A homozygote; AF values were between 0.4 and 0.6, genotypes were heterozygote.


title: Adipose Tissue - Low post-mortem interval - SM-2D453

value: Adipose Tissue

value: Adipose - Subcutaneous


title: Father KQ 005

description:
Father  kq_005
In this array, each tag of allele was spotted reduplicate. We take the mean single of the two spots as the single of allele.The AF was calculated by the formula: AF=allele B/allele A + allele B. While the AF values >0.6, genotypes were allele B homozygote; AF values <0.4, genotypes were allele A homozygote; AF values were between 0.4 and 0.6, genotypes were heterozygote.


title: Heart - Low post-mortem interval - SM-2D452

value: Heart

value: Heart - Left Ventricle

value: 0-3 hours


title: Thyroid - Low post-mortem interval - SM-2XV6V

value: 40-49 years

value: Thyroid


title: Patient KQ 231

description:
Patient kq_231
In this array, each tag of allele was spotted reduplicate. We take the mean single of the two spots as the single of allele.The AF was calculated by the formula: AF=allele B/allele A + allele B. While the AF values >0.6, genotypes were allele B homozygote; AF values <0.4, genotypes were allele A homozygote; AF values were between 0.4 and 0.6, genotypes were heterozygote.


title: Patient KQ 228

description:
Patient kq_228
In this array, each tag of allele was spotted reduplicate. We take the mean single of the two spots as the single of allele.The AF was calculated by the formula: AF=allele B/allele A + allele B. While the AF values >0.6, genotypes were allele B homozygote; AF values <0.4, genotypes were allele A homozygote; AF values were between 0.4 and 0.6, genotypes were heterozygote.


title: Patient KQ 229

description:
Patient kq_229
In this array, each tag of allele was spotted reduplicate. We take the mean single of the two spots as the single of allele.The AF was calculated by the formula: AF=allele B/allele A + allele B. While the AF values >0.6, genotypes were allele B homozygote; AF values <0.4, genotypes were allele A homozygote; AF values were between 0.4 and 0.6, genotypes were heterozygote.


title: Patient KQ 230

description:
Patient kq_230
In this array, each tag of allele was spotted reduplicate. We take the mean single of the two spots as the single of allele.The AF was calculated by the formula: AF=allele B/allele A + allele B. While the AF values >0.6, genotypes were allele B homozygote; AF values <0.4, genotypes were allele A homozygote; AF values were between 0.4 and 0.6, genotypes were heterozygote.


title: Blood - Pre-mortem blood draw - SM-2D44R


title: Muscle - Low post-mortem interval - SM-2XV6K

value: Muscle

value: Muscle - Skeletal


title: Father KQ 012

description:
Father  kq_012
In this array, each tag of allele was spotted reduplicate. We take the mean single of the two spots as the single of allele.The AF was calculated by the formula: AF=allele B/allele A + allele B. While the AF values >0.6, genotypes were allele B homozygote; AF values <0.4, genotypes were allele A homozygote; AF values were between 0.4 and 0.6, genotypes were heterozygote.

value: fathers

value: non cleft

value: blood


title: Nerve - Low post-mortem interval - SM-2XV52

value: Nerve

value: Nerve - Tibial

value: 4-7 hours


title: Blood Vessel - Low post-mortem interval - SM-2XV55

value: Blood Vessel

value: Artery - Tibial


title: Father KQ 002

description:
Father  kq_002
In this array, each tag of allele was spotted reduplicate. We take the mean single of the two spots as the single of allele.The AF was calculated by the formula: AF=allele B/allele A + allele B. While the AF values >0.6, genotypes were allele B homozygote; AF values <0.4, genotypes were allele A homozygote; AF values were between 0.4 and 0.6, genotypes were heterozygote.


title: Patient KQ 232

description:
Patient kq_232
In this array, each tag of allele was spotted reduplicate. We take the mean single of the two spots as the single of allele.The AF was calculated by the formula: AF=allele B/allele A + allele B. While the AF values >0.6, genotypes were allele B homozygote; AF values <0.4, genotypes were allele A homozygote; AF values were between 0.4 and 0.6, genotypes were heterozygote.

value: unrelated patients

value: bilateral cleft lips


title: Father KQ 021

description:
Father  kq_021
In this array, each tag of allele was spotted reduplicate. We take the mean single of the two spots as the single of allele.The AF was calculated by the formula: AF=allele B/allele A + allele B. While the AF values >0.6, genotypes were allele B homozygote; AF values <0.4, genotypes were allele A homozygote; AF values were between 0.4 and 0.6, genotypes were heterozygote.


title: Patient KQ 226

description:
Patient kq_226
In this array, each tag of allele was spotted reduplicate. We take the mean single of the two spots as the single of allele.The AF was calculated by the formula: AF=allele B/allele A + allele B. While the AF values >0.6, genotypes were allele B homozygote; AF values <0.4, genotypes were allele A homozygote; AF values were between 0.4 and 0.6, genotypes were heterozygote.


title: Skin - Low post-mortem interval - SM-2XV77

source_name: Cells - Transformed fibroblasts - Low post-mortem interval

value: Male

value: Skin

value: Cells - Transformed fibroblasts

value: Not Available


title: Patient KQ 224

description:
Patient kq_224
In this array, each tag of allele was spotted reduplicate. We take the mean single of the two spots as the single of allele.The AF was calculated by the formula: AF=allele B/allele A + allele B. While the AF values >0.6, genotypes were allele B homozygote; AF values <0.4, genotypes were allele A homozygote; AF values were between 0.4 and 0.6, genotypes were heterozygote.


title: Patient KQ 221

description:
Patient kq_221
In this array, each tag of allele was spotted reduplicate. We take the mean single of the two spots as the single of allele.The AF was calculated by the formula: AF=allele B/allele A + allele B. While the AF values >0.6, genotypes were allele B homozygote; AF values <0.4, genotypes were allele A homozygote; AF values were between 0.4 and 0.6, genotypes were heterozygote.


title: Patient KQ 223

description:
Patient kq_223
In this array, each tag of allele was spotted reduplicate. We take the mean single of the two spots as the single of allele.The AF was calculated by the formula: AF=allele B/allele A + allele B. While the AF values >0.6, genotypes were allele B homozygote; AF values <0.4, genotypes were allele A homozygote; AF values were between 0.4 and 0.6, genotypes were heterozygote.


title: Patient KQ 225

description:
Patient kq_225
In this array, each tag of allele was spotted reduplicate. We take the mean single of the two spots as the single of allele.The AF was calculated by the formula: AF=allele B/allele A + allele B. While the AF values >0.6, genotypes were allele B homozygote; AF values <0.4, genotypes were allele A homozygote; AF values were between 0.4 and 0.6, genotypes were heterozygote.


title: Patient KQ 222

description:
Patient kq_222
In this array, each tag of allele was spotted reduplicate. We take the mean single of the two spots as the single of allele.The AF was calculated by the formula: AF=allele B/allele A + allele B. While the AF values >0.6, genotypes were allele B homozygote; AF values <0.4, genotypes were allele A homozygote; AF values were between 0.4 and 0.6, genotypes were heterozygote.


title: Patient KQ 220

description:
Patient kq_220
In this array, each tag of allele was spotted reduplicate. We take the mean single of the two spots as the single of allele.The AF was calculated by the formula: AF=allele B/allele A + allele B. While the AF values >0.6, genotypes were allele B homozygote; AF values <0.4, genotypes were allele A homozygote; AF values were between 0.4 and 0.6, genotypes were heterozygote.


title: Blood - Low post-mortem interval - SM-2XV5F

source_name: Whole Blood - Low post-mortem interval

value: 40-49 years

value: Blood

value: Whole Blood


title: Patient KQ 219

description:
Patient kq_219
In this array, each tag of allele was spotted reduplicate. We take the mean single of the two spots as the single of allele.The AF was calculated by the formula: AF=allele B/allele A + allele B. While the AF values >0.6, genotypes were allele B homozygote; AF values <0.4, genotypes were allele A homozygote; AF values were between 0.4 and 0.6, genotypes were heterozygote.


title: Patient KQ 217

description:
Patient kq_217
In this array, each tag of allele was spotted reduplicate. We take the mean single of the two spots as the single of allele.The AF was calculated by the formula: AF=allele B/allele A + allele B. While the AF values >0.6, genotypes were allele B homozygote; AF values <0.4, genotypes were allele A homozygote; AF values were between 0.4 and 0.6, genotypes were heterozygote.


title: Patient KQ 227

description:
Patient kq_227
In this array, each tag of allele was spotted reduplicate. We take the mean single of the two spots as the single of allele.The AF was calculated by the formula: AF=allele B/allele A + allele B. While the AF values >0.6, genotypes were allele B homozygote; AF values <0.4, genotypes were allele A homozygote; AF values were between 0.4 and 0.6, genotypes were heterozygote.


title: Patient KQ 218

description:
Patient kq_218
In this array, each tag of allele was spotted reduplicate. We take the mean single of the two spots as the single of allele.The AF was calculated by the formula: AF=allele B/allele A + allele B. While the AF values >0.6, genotypes were allele B homozygote; AF values <0.4, genotypes were allele A homozygote; AF values were between 0.4 and 0.6, genotypes were heterozygote.


title: Patient KQ 215

description:
Patient kq_215
In this array, each tag of allele was spotted reduplicate. We take the mean single of the two spots as the single of allele.The AF was calculated by the formula: AF=allele B/allele A + allele B. While the AF values >0.6, genotypes were allele B homozygote; AF values <0.4, genotypes were allele A homozygote; AF values were between 0.4 and 0.6, genotypes were heterozygote.


title: Patient KQ 214

description:
Patient kq_214
In this array, each tag of allele was spotted reduplicate. We take the mean single of the two spots as the single of allele.The AF was calculated by the formula: AF=allele B/allele A + allele B. While the AF values >0.6, genotypes were allele B homozygote; AF values <0.4, genotypes were allele A homozygote; AF values were between 0.4 and 0.6, genotypes were heterozygote.


title: Blood Vessel - Low post-mortem interval - SM-2QU54

value: 50-59 years


title: Patient KQ 213

description:
Patient kq_213
In this array, each tag of allele was spotted reduplicate. We take the mean single of the two spots as the single of allele.The AF was calculated by the formula: AF=allele B/allele A + allele B. While the AF values >0.6, genotypes were allele B homozygote; AF values <0.4, genotypes were allele A homozygote; AF values were between 0.4 and 0.6, genotypes were heterozygote.


title: Patient KQ 212

description:
Patient kq_212
In this array, each tag of allele was spotted reduplicate. We take the mean single of the two spots as the single of allele.The AF was calculated by the formula: AF=allele B/allele A + allele B. While the AF values >0.6, genotypes were allele B homozygote; AF values <0.4, genotypes were allele A homozygote; AF values were between 0.4 and 0.6, genotypes were heterozygote.


title: Patient KQ 216

description:
Patient kq_216
In this array, each tag of allele was spotted reduplicate. We take the mean single of the two spots as the single of allele.The AF was calculated by the formula: AF=allele B/allele A + allele B. While the AF values >0.6, genotypes were allele B homozygote; AF values <0.4, genotypes were allele A homozygote; AF values were between 0.4 and 0.6, genotypes were heterozygote.


title: Patient KQ 211

description:
Patient kq_211
In this array, each tag of allele was spotted reduplicate. We take the mean single of the two spots as the single of allele.The AF was calculated by the formula: AF=allele B/allele A + allele B. While the AF values >0.6, genotypes were allele B homozygote; AF values <0.4, genotypes were allele A homozygote; AF values were between 0.4 and 0.6, genotypes were heterozygote.


title: Patient KQ 209

description:
Patient kq_209
In this array, each tag of allele was spotted reduplicate. We take the mean single of the two spots as the single of allele.The AF was calculated by the formula: AF=allele B/allele A + allele B. While the AF values >0.6, genotypes were allele B homozygote; AF values <0.4, genotypes were allele A homozygote; AF values were between 0.4 and 0.6, genotypes were heterozygote.


title: Patient KQ 208

description:
Patient kq_208
In this array, each tag of allele was spotted reduplicate. We take the mean single of the two spots as the single of allele.The AF was calculated by the formula: AF=allele B/allele A + allele B. While the AF values >0.6, genotypes were allele B homozygote; AF values <0.4, genotypes were allele A homozygote; AF values were between 0.4 and 0.6, genotypes were heterozygote.


title: Muscle - Low post-mortem interval - SM-2D451

value: Muscle

value: Muscle - Skeletal

value: 0-3 hours