No of Exonic. SNPs. BWA. Samtools. 1391002. 60215. 7746. GATK. 610524. -. 25766. Freebayes. 22530966. 224211. 145248. Bambino. 199482. 43389.
Table S4. Marker-trait association P-values in the severe U.K. subset (126 families) â Adapted from Harold et al. [17]. P-Value for Trait3. Marker1. Gene.
S4 Table: Comparison of the sensitivity and specificity of RISC (HIV-uninfected) in our. Malawian study population (ALL) with that of the South African RISC ...
S4 Table. Cis-regulatory elements involved in diurnal and circadian regulation identified in StBBX promoters. Gene name. Site. Name. Organism Position Strand.
S4 Table. Model parameters tested. In case of Gaussian kernels (KD-GIP, KP-GIP), the values for kernel width parameter Ï were selected by computing pairwise ...
TEX-10. 0.00. 0.00. 118.75. 0.00. 1.40. S4 Table 4-2. The distribution of CD14, SerpinG1, SerpinF2 and CystatinC in. LDL fraction. Sub-fraction. CD14. SerpinG1.
Chemical name. CASRN. European. Chemicals. Agency. Candidate. List of ... health values under development by the Office of Environmental Health Hazard.
I yell or shout when my dog misbehaves.AN. 0.76. I scold or criticize when my dog's behaviour doesn't meet my expectations.AN. 0.75. I can explode in anger ...
0.12. 0.82. 0.14. 0.40. 0.24 reoxidizes DsbA protein following formation of ... 0.04. 0.07 -0.31. 0.02. 0.56. 0.19 "flagellar biosynthesis, cell-proximal portion of ...
PVX_115015(protein transport protein Sec24A (SEC24A)). Mexico. 11. 1543000. 4. 2.49458. PVX_113731(Hypothe+cal). Mexico. 11. 1765000. 3. 2.47267.
1. Additional files: Turner et al., Genome organization and characteristic of soybean miRNAs. Table of content: Table S1: see Additional Table S1.xls. Table S2:.
Table of content: Table S1:
see Additional Table S1.xls
Table S2:
P.2-3
Table S3:
see Additional Table S3.xls
Table S4:
P.4-5
Table S5:
P.6-8
1 Additional files: Turner et al., Genome organization and characteristic of soybean miRNAs
Table S2. Intragenic soybean miRNAs (A) and miRNAs located less than 1Kb from a protein-coding gene (B) and their relative position compared to the parent gene (protein coding genes containing miRNA genes (A)) or proximal gene (protein coding genes located less than 1Kb from miRNA genes (B)).
A. miRNA gma-MIR4340 gma-MIR4351 gma-MIR-Seq10 gma-MIR-Seq12 gma-MIR-Seq17 soy_9 soy_18
Predicted function of parent gene Protein kinase F-Box domain protein Serine/threonine protein kinase LRR-containing protein Uncharacterized protein Phosphoglycerate mutase family Hydrolase
Glycosyl transferase No functional annotation No functional annotation No functional annotation
Glyma08g04500
5'
238
Peptidyl-tRNA hydrolase
Glyma05g36870 Glyma02g16190
3' 5’
748 668
Ring finger protein No functional annotation
The relative position of miRNA genes with respect to protein-coding genes was identified using a custom perlscript. For proximal genes of miRNAs, gene structure prediction was independently verified using FgeneSH using Medicago as reference species. (http://linux1.softberry.com/berry.phtml?topic=fgenesh&group=programs&subgroup=gfind).
3 Additional files: Turner et al., Genome organization and characteristic of soybean miRNAs
Table S4: miRNA targets not validated by a modified 5’RACE assay. Inability to detect cleavage by 5’-RACE could also be due to miRNA regulation in specific tissue/cell-types within the roots. Additional experiments (e.g. tissue-specific expression of miRNA and target pairs) are necessary to examine such a possibility.
4 Additional files: Turner et al., Genome organization and characteristic of soybean miRNAs
5 Additional files: Turner et al., Genome organization and characteristic of soybean miRNAs
Table S5. List of primers for A. cDNA synthesis, B. miRNA qPCR, C. targets qPCR and
D. 5’RACE. A. miRNA specific cDNA synthesis primers Primer sequence 5’-3’
Primer ID (universal reverse and miRNA specific forward)
GTGCAGGGTCCGAGGT TCGCTtcattttgcgtgcaat
universal reverse (Varkonyi et al. 2007)
TCGCTtgacagaagagagt
gma-MIR156a-F
TCGCTtgattgagccgtgc
gma-MIR171g-F
TCGCTtggactgaagggagc
gma-MIR319c-F
TCGCTaagccaaggatgact
gma-MIR169c-F
TCGCTcagccaaggatga
gma-MIR169g-F
TCGCTttgccgattccaccca
gma-MIR2118/2218-F
TCGCTacgggtcgctctcac
gma-MIR4416b-F
TCGCTtgcgagaggca
gma-new-miR13587-F
TCGCTcctgtcgtaggagaga
gma-new-miR50841-F
TCGCTtgttgcgggtatctt
gma-MIR4412-F
TCGCTtacgggtcgctctca
gma-MIR4416a-F
gma-miR1515-F
Varkonyi-Gasic E, Wu R, Wood M, Walton EF, Hellens RP (2007) Protocol: a highly sensitive RT-PCR method for detection and quantification of microRNAs. Plant Methods 3: 12 6 Additional files: Turner et al., Genome organization and characteristic of soybean miRNAs