title: Control BY 360

description:
Control BY_360
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: Control BY 356

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:
Control BY_356
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: control individuals

tag: clinical type

value: non cleft

tag: tissue

value: blood


title: Brain - Low post-mortem interval - SM-2XV6O

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: Brain - Hippocampus - Low post-mortem interval

label_protocol: Affymetrix protocol

extract_protocol: Affymetrix protocol

tag: gender

value: Male

tag: age

value: 50-59 years

tag: rin

value: Brain

value: Brain - Hippocampus

value: Not Available


title: Control BY 355

description:
Control BY_355
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-2XV69

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

value: Brain - Substantia nigra


title: Brain - Low post-mortem interval - SM-2XV6P

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

value: Brain - Frontal Cortex (BA9)


title: Brain - Low post-mortem interval - SM-2XV71

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

value: Brain - Cerebellar Hemisphere


title: Control BY 354

description:
Control BY_354
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-2XU8K

source_name: Artery - Tibial - Low post-mortem interval

value: 60-69 years

value: Blood Vessel

value: Artery - Tibial

value: 0-3 hours


title: Nerve - Low post-mortem interval - SM-2XU8Q

source_name: Nerve - Tibial - Low post-mortem interval

value: Nerve

value: Nerve - Tibial


title: Blood - Low post-mortem interval - SM-2XV5X

source_name: Whole Blood - Low post-mortem interval

value: Blood

value: Whole Blood

value: 12-15 hours


title: Muscle - Low post-mortem interval - SM-2XU9S

source_name: Muscle - Skeletal - Low post-mortem interval

value: Male

value: Muscle

value: Muscle - Skeletal


title: Control BY 352

description:
Control BY_352
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: control individuals

value: non cleft

value: blood


title: Control BY 348

description:
Control BY_348
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: Control BY 351

description:
Control BY_351
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: Control BY 349

description:
Control BY_349
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: Control BY 350

description:
Control BY_350
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: Control BY 347

description:
Control BY_347
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: Control BY 358

description:
Control BY_358
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: Control BY 346

description:
Control BY_346
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: Control BY 353

description:
Control BY_353
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: Control BY 344

description:
Control BY_344
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-2XU8V

source_name: Adipose - Subcutaneous - Low post-mortem interval

value: Adipose Tissue

value: Adipose - Subcutaneous


title: Control BY 341

description:
Control BY_341
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-2XUA2

source_name: Lung - Low post-mortem interval

value: 60-69 years

value: Lung


title: Blood Vessel - Low post-mortem interval - SM-2XU8M

value: Female

value: 40-49 years

value: Blood Vessel

value: Artery - Tibial

value: 4-7 hours


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

source_name: Thyroid - Low post-mortem interval

value: Thyroid


title: Muscle - Low post-mortem interval - SM-2XUA3


title: Blood - Pre-mortem blood draw - SM-2XU8E

source_name: Whole Blood - Pre-mortem blood draw

value: Blood

value: Whole Blood


title: Skin - Low post-mortem interval - SM-2XU9R

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

value: Skin

value: Skin - Sun Exposed (Lower leg)


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

value: Male

value: 0-3 hours


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

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

value: Heart

value: Heart - Left Ventricle


title: Control BY 345

description:
Control BY_345
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: control individuals

value: non cleft

value: blood


title: Control BY 340

description:
Control BY_340
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-2XU8I

value: 20-29 years

value: Nerve

value: Nerve - Tibial


title: Control BY 338

description:
Control BY_338
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: Control BY 337

description:
Control BY_337
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: Control BY 342

description:
Control BY_342
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: Control BY 335

description:
Control BY_335
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: Control BY 336

description:
Control BY_336
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-2XU9C

value: Muscle

value: Muscle - Skeletal


title: Control BY 334

description:
Control BY_334
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: Control BY 343

description:
Control BY_343
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: Control BY 339

description:
Control BY_339
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-2XUAU

value: Thyroid


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

value: Lung


title: Blood - Pre-mortem blood draw - SM-2XUA8

value: Blood

value: Whole Blood


title: Adipose Tissue - Low post-mortem interval - SM-2XU8B

value: Adipose Tissue

value: Adipose - Subcutaneous


title: Control BY 333

description:
Control BY_333
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-2XUAX

value: Female

value: 50-59 years

value: 0-3 hours


title: Blood - Low post-mortem interval - SM-2XU8F


title: Blood Vessel - Low post-mortem interval - SM-2XU8N

value: Blood Vessel

value: Artery - Tibial

value: 4-7 hours


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


title: Muscle - Low post-mortem interval - SM-2XU9P

value: Male


title: Control BY 332

description:
Control BY_332
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: control individuals

value: non cleft

value: blood


title: Control BY 331

description:
Control BY_331
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: Control BY 329

description:
Control BY_329
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-2XU8H

value: Nerve

value: Nerve - Tibial


title: Control BY 326

description:
Control BY_326
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: Control BY 328

description:
Control BY_328
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-2XU8Z


title: Control BY 327

description:
Control BY_327
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-2XUAK

value: Heart

value: Heart - Left Ventricle


title: Blood - Pre-mortem blood draw - SM-2XU9B

value: Blood

value: Whole Blood


title: Control BY 325

description:
Control BY_325
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: Control BY 324

description:
Control BY_324
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-2XU9F

value: Skin

value: Skin - Sun Exposed (Lower leg)


title: Control BY 323

description:
Control BY_323
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-2XU8A

value: Female

value: 40-49 years


title: Control BY 320

description:
Control BY_320
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-2XU9V

value: Muscle

value: Muscle - Skeletal

value: 0-3 hours


title: Skin - Low post-mortem interval - SM-2XU8C


title: Control BY 330

description:
Control BY_330
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: Control BY 322

description:
Control BY_322
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-2XUAR

value: Lung


title: Nerve - Low post-mortem interval - SM-2XU91

value: 4-7 hours


title: Control BY 321

description:
Control BY_321
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: control individuals

value: non cleft


title: Blood - Pre-mortem blood draw - SM-2XUA1


title: Thyroid - Low post-mortem interval - SM-2XU9O

value: Thyroid


title: Blood Vessel - Low post-mortem interval - SM-2XU8L

value: Male

value: 30-39 years

value: Blood Vessel

value: Artery - Tibial


title: Control BY 319

description:
Control BY_319
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: Control BY 317

description:
Control BY_317
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-2XU8P

value: Nerve

value: Nerve - Tibial


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


title: Muscle - Low post-mortem interval - SM-2XU99


title: Control BY 314

description:
Control BY_314
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: Control BY 318

description:
Control BY_318
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-2XU96

value: Blood

value: Whole Blood


title: Control BY 315

description:
Control BY_315
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-2XUAH

value: Heart

value: Heart - Left Ventricle


title: Control BY 313

description:
Control BY_313
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-2XU8S

value: Female

value: 50-59 years

value: Skin

value: Skin - Sun Exposed (Lower leg)


title: Control BY 309

description:
Control BY_309
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: control individuals

value: non cleft


title: Control BY 310

description:
Control BY_310
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: Control BY 308

description:
Control BY_308
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: Control BY 311

description:
Control BY_311
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: Control BY 307

description:
Control BY_307
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: Control BY 306

description:
Control BY_306
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: Control BY 316

description:
Control BY_316
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-2XU8Y

value: 4-7 hours


title: Blood Vessel - Low post-mortem interval - SM-2XU8T


title: Control BY 304

description:
Control BY_304
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: Control BY 312

description:
Control BY_312
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: Control BY 303

description:
Control BY_303
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-2XU9H

value: Muscle

value: Muscle - Skeletal


title: Heart - Low post-mortem interval - SM-2XUA5


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

value: Thyroid


title: Lung - Low post-mortem interval - SM-2XU92

value: Male

value: 40-49 years

value: Lung

value: 20-23 hours


title: Blood - Pre-mortem blood draw - SM-2XU8J

value: Blood

value: Whole Blood


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

value: 0-3 hours


title: Heart - Low post-mortem interval - SM-2XU9U

value: Heart

value: Heart - Left Ventricle


title: Control BY 302

description:
Control BY_302
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: Thyroid - Low post-mortem interval - SM-2XUAA


title: Control BY 301

description:
Control BY_301
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-2XU9X

value: Skin

value: Skin - Sun Exposed (Lower leg)


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

source_name: Cells - EBV-transformed lymphocytes - Pre-mortem blood draw

value: Female

value: 50-59 years

value: Cells - EBV-transformed lymphocytes


title: Control BY 305

description:
Control BY_305
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: control individuals

value: non cleft


title: Control BY 299

description:
Control BY_299
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: Control BY 297

description:
Control BY_297
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: Control BY 298

description:
Control BY_298
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-2XU8G

value: 60-69 years

value: Nerve

value: Nerve - Tibial

value: 4-7 hours


title: Control BY 295

description:
Control BY_295
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-2XU8U

value: Male

value: 40-49 years

value: Blood Vessel

value: Artery - Tibial

value: 20-23 hours


title: Control BY 293

description:
Control BY_293
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: Control BY 290

description:
Control BY_290
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: Control BY 300

description:
Control BY_300
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: Control BY 291

description:
Control BY_291
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: Control BY 292

description:
Control BY_292
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-2XUAO

value: Lung

value: 0-3 hours


title: Blood Vessel - Low post-mortem interval - SM-2XU8O

value: Female


title: Blood - Low post-mortem interval - SM-2XU8W

value: Blood

value: Whole Blood

value: 16-19 hours


title: Control BY 288

description:
Control BY_288
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: control individuals

value: non cleft


title: Control BY 289

description:
Control BY_289
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: Control BY 294

description:
Control BY_294
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-2XUAT

value: 60-69 years

value: Thyroid


title: Control BY 284

description:
Control BY_284
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: Control BY 286

description:
Control BY_286
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: Control BY 285

description:
Control BY_285
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: Control BY 283

description:
Control BY_283
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-2XUAE

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

value: Brain

value: Not Available


title: Blood - Low post-mortem interval - SM-2XUA6

value: Male


title: Brain - Low post-mortem interval - SM-2XU98

value: Brain - Cerebellar Hemisphere


title: Muscle - Low post-mortem interval - SM-2XU9M

value: 50-59 years

value: Muscle

value: Muscle - Skeletal


title: Skin - Low post-mortem interval - SM-2XU8X

value: Skin

value: Skin - Sun Exposed (Lower leg)


title: Lung - Low post-mortem interval - SM-2XU8R

value: Lung

value: 20-23 hours


title: Blood - Low post-mortem interval - SM-2XU9T

value: Female

value: Blood

value: Whole Blood

value: 0-3 hours


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

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

value: 60-69 years

value: Brain - Caudate (basal ganglia)


title: Blood Vessel - Low post-mortem interval - SM-2XU9L

value: Blood Vessel

value: Artery - Tibial


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

value: Heart

value: Heart - Left Ventricle


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

value: Male

value: Thyroid

value: 24-27 hours


title: Adipose Tissue - Low post-mortem interval - SM-2XU8D

value: 50-59 years

value: Adipose Tissue

value: Adipose - Subcutaneous


title: Control BY 281

description:
Control BY_281
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: control individuals

value: non cleft

value: blood


title: Control BY 287

description:
Control BY_287
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: Control BY 280

description:
Control BY_280
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: Control BY 282

description:
Control BY_282
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: Control BY 279

description:
Control BY_279
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: Control BY 278

description:
Control BY_278
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-2XUAM

source_name: Brain - Spinal cord (cervical c-1) - Low post-mortem interval

value: Brain

value: Brain - Spinal cord (cervical c-1)

value: Not Available


title: Brain - Low post-mortem interval - SM-2XU9D

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

value: Brain - Putamen (basal ganglia)


title: Brain - Low post-mortem interval - SM-2XU9I

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


title: Brain - Low post-mortem interval - SM-2XU94

source_name: Brain - Hypothalamus - Low post-mortem interval

value: Brain - Hypothalamus


title: Control BY 276

description:
Control BY_276
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: Control BY 277

description:
Control BY_277
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-2XU9A

value: Skin

value: Skin - Sun Exposed (Lower leg)

value: 20-23 hours


title: Brain - Low post-mortem interval - SM-2XU9Z

value: Male

value: Brain - Caudate (basal ganglia)


title: Control BY 275

description:
Control BY_275
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: Control BY 274

description:
Control BY_274
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: Control BY 270

description:
Control BY_270
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: Control BY 273

description:
Control BY_273
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: Control BY 271

description:
Control BY_271
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: Control BY 272

description:
Control BY_272
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-2XU9N

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

value: Brain - Substantia nigra


title: Control BY 268

description:
Control BY_268
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-2XU97

value: 50-59 years

value: Blood

value: Whole Blood


title: Brain - Low post-mortem interval - SM-2XU9Y

source_name: Brain - Amygdala - Low post-mortem interval

value: Brain - Amygdala


title: Control BY 267

description:
Control BY_267
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: control individuals

value: non cleft


title: Control BY 266

description:
Control BY_266
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-2XUA7

source_name: Brain - Hippocampus - Low post-mortem interval

value: Brain

value: Brain - Hippocampus


title: Muscle - Low post-mortem interval - SM-2XU95

source_name: Muscle - Skeletal - Low post-mortem interval

value: Female

value: 60-69 years

value: Muscle

value: Muscle - Skeletal

value: 0-3 hours


title: Nerve - Low post-mortem interval - SM-2XU9Q

source_name: Nerve - Tibial - Low post-mortem interval

value: Male

value: Nerve

value: Nerve - Tibial

value: 4-7 hours


title: Control BY 269

description:
Control BY_269
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: Control BY 265

description:
Control BY_265
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-2XU9G

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

value: 50-59 years

value: Brain - Frontal Cortex (BA9)

value: Not Available


title: Brain - Low post-mortem interval - SM-2XU9W

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

value: Brain - Cerebellar Hemisphere


title: Control BY 264

description:
Control BY_264
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: control individuals

value: non cleft


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


title: Blood Vessel - Low post-mortem interval - SM-2XUA4

source_name: Artery - Tibial - Low post-mortem interval

value: Blood Vessel

value: Artery - Tibial


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

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

value: Skin

value: Skin - Sun Exposed (Lower leg)


title: Lung - Low post-mortem interval - SM-2TWD6

source_name: Lung - Low post-mortem interval

value: Lung


title: Brain - Low post-mortem interval - SM-2XUA9

value: Brain

value: Brain - Anterior cingulate cortex (BA24)


title: Thyroid - Low post-mortem interval - SM-2TWD9

source_name: Thyroid - Low post-mortem interval

value: Male

value: Thyroid

value: 0-3 hours


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

source_name: Whole Blood - Low post-mortem interval

value: Blood

value: Whole Blood


title: Control BY 261

description:
Control BY_261
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: Control BY 262

description:
Control BY_262
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: Control BY 263

description:
Control BY_263
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-2TWCD

source_name: Brain - Cortex - Low post-mortem interval

value: Female

value: 50-59 years

value: Brain - Cortex

value: 8-11 hours


title: Control BY 259

description:
Control BY_259
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: control individuals

value: non cleft


title: Control BY 260

description:
Control BY_260
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-2XV75

source_name: Cells - EBV-transformed lymphocytes - Low post-mortem interval

value: Cells - EBV-transformed lymphocytes


title: Control BY 258

description:
Control BY_258
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: Control BY 257

description:
Control BY_257
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-2TWB3

source_name: Brain - Cerebellum - Low post-mortem interval

value: Brain - Cerebellum


title: Control BY 256

description:
Control BY_256
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-2TWCI

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

value: Heart

value: Heart - Left Ventricle


title: Control BY 255

description:
Control BY_255
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: Control BY 252

description:
Control BY_252
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: Control BY 253

description:
Control BY_253
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: Control BY 254

description:
Control BY_254
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: Control BY 251

description:
Control BY_251
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: Control BY 250

description:
Control BY_250
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-2TWAP

value: Skin

value: Skin - Sun Exposed (Lower leg)

value: 4-7 hours


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

value: Nerve

value: Nerve - Tibial


title: Control BY 249

description:
Control BY_249
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-2TWBL

source_name: Brain - Spinal cord (cervical c-1) - Low post-mortem interval

value: Brain

value: Brain - Spinal cord (cervical c-1)

value: Not Available


title: Control BY 248

description:
Control BY_248
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: Heart - Low post-mortem interval - SM-2TWCE

value: Female

value: 50-59 years


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

value: Thyroid


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

value: Lung


title: Brain - Low post-mortem interval - SM-2TWD8

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

value: Brain - Putamen (basal ganglia)


title: Muscle - Low post-mortem interval - SM-2TWC9

value: Muscle

value: Muscle - Skeletal

value: 8-11 hours


title: Control BY 246

description:
Control BY_246
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: control individuals

value: non cleft


title: Control BY 247

description:
Control BY_247
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-2TWCW

source_name: Brain - Hypothalamus - Low post-mortem interval

value: Brain - Hypothalamus


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

value: Blood Vessel

value: Artery - Tibial

value: 4-7 hours


title: Control BY 245

description:
Control BY_245
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-2TWCU

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

value: Brain


title: Control BY 244

description:
Control BY_244
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-2TWCN

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

value: Brain - Caudate (basal ganglia)

value: Not Available


title: Control BY 243

description:
Control BY_243
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-2TWD7

value: Female

value: 50-59 years

value: Brain - Cerebellar Hemisphere


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

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

value: Brain - Substantia nigra


title: Brain - Low post-mortem interval - SM-2TWD2

source_name: Brain - Hippocampus - Low post-mortem interval

value: Brain - Hippocampus


title: Control BY 242

description:
Control BY_242
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-2TWD4

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

value: Brain - Frontal Cortex (BA9)


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

value: Blood

value: Whole Blood


title: Control BY 240

description:
Control BY_240
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: control individuals

value: non cleft


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

source_name: Muscle - Skeletal - Low post-mortem interval

value: 20-29 years

value: Muscle

value: Muscle - Skeletal


title: Control BY 239

description:
Control BY_239
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: Control BY 238

description:
Control BY_238
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: Control BY 236

description:
Control BY_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: Control BY 237

description:
Control BY_237
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: Control BY 235

description:
Control BY_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.


title: Control BY 233

description:
Control BY_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: Control BY 234

description:
Control BY_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: Blood Vessel - Low post-mortem interval - SM-2TWBP

source_name: Artery - Tibial - Low post-mortem interval

value: Blood Vessel

value: Artery - Tibial

value: 4-7 hours


title: Control BY 232

description:
Control BY_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: blood


title: Control BY 231

description:
Control BY_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: Control BY 241

description:
Control BY_241
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: Control BY 296

description:
Control BY_296
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: Control BY 230

description:
Control BY_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: Lung - Low post-mortem interval - SM-2TWBN

source_name: Lung - Low post-mortem interval

value: Female

value: Lung

value: 0-3 hours


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

source_name: Thyroid - Low post-mortem interval

value: Thyroid


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

value: 60-69 years

value: 8-11 hours


title: Blood - Pre-mortem blood draw - SM-2TWC6

source_name: Whole Blood - Pre-mortem blood draw

value: Blood


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

value: Heart

value: Heart - Left Ventricle


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


title: Control BY 229

description:
Control BY_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.

value: control individuals

value: non cleft


title: Blood - Pre-mortem blood draw - SM-2XV76

source_name: Cells - EBV-transformed lymphocytes - Pre-mortem blood draw

value: 20-29 years

value: Cells - EBV-transformed lymphocytes


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

value: Muscle

value: Muscle - Skeletal


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

value: Blood Vessel

value: Artery - Tibial


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

source_name: Nerve - Tibial - Low post-mortem interval

value: Female

value: Nerve

value: Nerve - Tibial


title: Brain - Low post-mortem interval - SM-2TWC7

source_name: Brain - Cortex - Low post-mortem interval

value: 50-59 years

value: Brain

value: Brain - Cortex

value: 16-19 hours


title: Control BY 227

description:
Control BY_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.

value: blood


title: Control BY 228

description:
Control BY_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: Brain - Low post-mortem interval - SM-2TWDA

source_name: Brain - Cerebellum - Low post-mortem interval

value: Brain - Cerebellum


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

source_name: Whole Blood - Low post-mortem interval

value: 60-69 years

value: Blood

value: Whole Blood

value: 8-11 hours


title: Control BY 224

description:
Control BY_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.

value: control individuals

value: non cleft


title: Control BY 225

description:
Control BY_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: Heart - Low post-mortem interval - SM-2TWBE

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

value: Heart

value: Heart - Left Ventricle

value: 12-15 hours


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

value: Female

value: Lung


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

value: 50-59 years

value: Thyroid


title: Control BY 223

description:
Control BY_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: Control BY 221

description:
Control BY_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: Control BY 222

description:
Control BY_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: Control BY 220

description:
Control BY_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: Control BY 219

description:
Control BY_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: Muscle - Low post-mortem interval - SM-2TWB9

value: Muscle

value: Muscle - Skeletal


title: Control BY 217

description:
Control BY_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.

value: blood


title: Control BY 218

description:
Control BY_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: Nerve - Low post-mortem interval - SM-2TWB6

value: Nerve

value: Nerve - Tibial


title: Control BY 216

description:
Control BY_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: Brain - Low post-mortem interval - SM-2TWB8

source_name: Brain - Spinal cord (cervical c-1) - Low post-mortem interval

value: Brain

value: Brain - Spinal cord (cervical c-1)

value: Not Available


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

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

value: Skin

value: Skin - Sun Exposed (Lower leg)


title: Control BY 214

description:
Control BY_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.

value: control individuals

value: non cleft


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

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

value: Brain - Putamen (basal ganglia)


title: Control BY 213

description:
Control BY_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: Brain - Low post-mortem interval - SM-2TWCS

source_name: Brain - Amygdala - Low post-mortem interval

value: Female

value: Brain - Amygdala


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

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

value: 50-59 years


title: Control BY 212

description:
Control BY_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: Brain - Low post-mortem interval - SM-2TWD3

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

value: Brain - Caudate (basal ganglia)


title: Brain - Low post-mortem interval - SM-2TWD1

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


title: Control BY 226

description:
Control BY_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: Blood Vessel - Low post-mortem interval - SM-2TWAN

source_name: Artery - Tibial - Low post-mortem interval

value: Blood Vessel

value: Artery - Tibial

value: 12-15 hours


title: Brain - Low post-mortem interval - SM-2TWD5

source_name: Brain - Hippocampus - Low post-mortem interval

value: Brain - Hippocampus


title: Control BY 210

description:
Control BY_210
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: Control BY 211

description:
Control BY_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: Control BY 209

description:
Control BY_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: Control BY 215

description:
Control BY_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: Blood - Low post-mortem interval - SM-2TWBH

value: Blood

value: Whole Blood

value: 8-11 hours


title: Blood Vessel - Low post-mortem interval - SM-2TO4V

value: Male


title: Control BY 208

description:
Control BY_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: Thyroid - Low post-mortem interval - SM-2TO65

source_name: Thyroid - Low post-mortem interval

value: Thyroid


title: Lung - Low post-mortem interval - SM-2TO5D

source_name: Lung - Low post-mortem interval

value: Lung


title: Heart - Low post-mortem interval - SM-2TO5W

value: Heart

value: Heart - Left Ventricle


title: Control BY 205

description:
Control BY_205
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: control individuals

value: non cleft


title: Control BY 206

description:
Control BY_206
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: Control BY 204

description:
Control BY_204
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: Control BY 203

description:
Control BY_203
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-2TO5F

value: 50-59 years


title: Skin - Low post-mortem interval - SM-2TO55

value: Skin

value: Skin - Sun Exposed (Lower leg)


title: Control BY 202

description:
Control BY_202
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: Control BY 201

description:
Control BY_201
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: Control BY 200

description:
Control BY_200
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: Control BY 198

description:
Control BY_198
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: Control BY 199

description:
Control BY_199
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: Control BY 207

description:
Control BY_207
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: Control BY 197

description:
Control BY_197
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: Control BY 196

description:
Control BY_196
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: Control BY 193

description:
Control BY_193
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: Control BY 194

description:
Control BY_194
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: Control BY 195

description:
Control BY_195
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-2TO75

value: 0-3 hours


title: Skin - Low post-mortem interval - SM-2TO53


title: Blood Vessel - Low post-mortem interval - SM-2TO4O

value: 60-69 years

value: Blood Vessel

value: Artery - Tibial

value: 4-7 hours


title: Nerve - Low post-mortem interval - SM-2TO4G

value: Nerve

value: Nerve - Tibial


title: Muscle - Low post-mortem interval - SM-2TO5K

source_name: Muscle - Skeletal - Low post-mortem interval

value: Male

value: Muscle

value: Muscle - Skeletal

value: 8-11 hours


title: Heart - Low post-mortem interval - SM-2TO6G

value: Heart

value: Heart - Left Ventricle


title: Thyroid - Low post-mortem interval - SM-2TO66

value: Thyroid


title: Muscle - Low post-mortem interval - SM-2TO4W

value: 50-59 years


title: Control BY 192

description:
Control BY_192
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: control individuals

value: non cleft

value: blood


title: Control BY 191

description:
Control BY_191
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-2TO4K

value: 0-3 hours


title: Lung - Low post-mortem interval - SM-2TO5S

value: 60-69 years

value: Lung


title: Thyroid - Low post-mortem interval - SM-2TO71

value: 4-7 hours


title: Control BY 190

description:
Control BY_190
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-2TO4R

source_name: Whole Blood - Pre-mortem blood draw

value: Blood

value: Whole Blood


title: Blood - Low post-mortem interval - SM-2TO6X

value: Male


title: Muscle - Low post-mortem interval - SM-2TO4M

value: Muscle


title: Muscle - Low post-mortem interval - SM-2TWC5

value: Female

value: 40-49 years

value: Muscle - Skeletal


title: Control BY 186

description:
Control BY_186
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: Control BY 185

description:
Control BY_185
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: Control BY 188

description:
Control BY_188
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: Control BY 187

description:
Control BY_187
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-2TWB4

source_name: Nerve - Tibial - Low post-mortem interval

value: Nerve

value: Nerve - Tibial


title: Control BY 189

description:
Control BY_189
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-2TO6S

value: Heart

value: Heart - Left Ventricle


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

value: Thyroid


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

value: 50-59 years

value: 20-23 hours


title: Blood - Pre-mortem blood draw - SM-2TO6P