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Ssofast evagreen low rox kit

Manufactured by Bio-Rad
Sourced in United States

The SsoFast EvaGreen low ROX kit is a real-time PCR reagent designed for fast and efficient gene expression analysis. It contains a proprietary DNA polymerase enzyme, buffer, and EvaGreen dye, which allows for sensitive and specific detection of target DNA sequences.

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3 protocols using ssofast evagreen low rox kit

1

Validating RNA-seq Differential Expression

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16 RNA samples were obtained by the procedures, described above, from another batch of female Brd1+/− and WT mice (8/group). 180 ng total RNA was reverse transcribed by iScript Select cDNA Synthesis Kit (Bio-Rad, Hercules, USA). All eight DEGs, detected by DESeq2 and TSPM, were selected for validation. 107 more genes were randomly selected for validation from the list of remaining 191 DEGs, detected by Cuffdiff2 and edgeR. After 10–20 cycles of specific target amplification with PreAmp master mix (Fluidigm, San Francisco, USA), high-throughput qPCR was performed on the BioMark HD (Fluidigm, San Francisco, USA), using 48.48 dynamic arrays (Fluidigm, San Francisco, USA) and SsoFast EvaGreen Low ROX kit (Bio-Rad, Hercules, USA) [Additional files 12 & 13]. A DEG, detected by the RNA-seq DEG analysis methods, was considered as a true-positive DEG, if it satisfied the following criteria, (i) Both RNA-seq and qPCR showed same direction (upregulation or down-regulation) of differential expression, (ii) Differential expression fold change, estimated by qPCR, was either above 1.25 or below 0.80 (LFC cut-off was ±0.3219) [34 (link)]. Spearman correlation coefficients, root-mean-square deviations and kappa statistics were calculated using STATA 13.1 (StataCorp LP, Texas, USA).
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2

Validating Differential Expression of DEGs in DLB Serum SEVs

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Differential expression levels of 48 identified DEGs (SDC-2) in serum SEVs of people living with DLB were evaluated using high-throughput quantitative polymerase chain reactions (qPCR). Total SEV RNA were purified using the Invitrogen total SEV RNA isolation kit (Thermo Fisher Scientific, USA) from 0.5ml aliquots of serum samples that had been sequenced (N=20). 100ng of SEV RNA/sample were reverse transcribed using the miScript ® -II RT Kit and its 5X miScript HiFlex buffer (Qiagen, UK). After 19 cycles of specific target amplification with the PreAmp master-mix (Fluidigm, USA), high-throughput qPCR was performed using the BioMark HD, GE 96.96 dynamic arrays (Fluidigm, USA), and SsoFast EvaGreen low ROX kit (Bio-Rad, USA). SDC-3 provides further details of the qPCR verification. A DEG would be verified if it met the following criteria ( 34): (i) Both RNA-Seq and qPCR showed same direction of differential expression, and (ii) differential expression fold change, estimated by qPCR, was either above 1.25 or below 0.80 (logarithmic fold change (L2FC) cut-off ±0.3219).
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3

Validation of Differential Gene Expression

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Differential expression of 78 selected genes (SDC-4) including all protein coding FDRadjusted DEGs and 10 randomly selected DEGs (edgeR p<0.05; no df) in DLPFC of LBD brains were evaluated using high-throughput quantitative polymerase chain reactions (qPCR).
One µg of RNA per sample from the aliquots of RNA that had been sequenced (N=40) were reverse transcribed using the iScript™ advanced cDNA synthesis kit (Bio-Rad, Hercules, USA). After 14 cycles of specific target amplification with the PreAmp master-mix (Fluidigm, San Francisco, USA), high-throughput qPCR was performed using the BioMark HD, GE 96.96 dynamic arrays (Fluidigm, San Francisco, USA), and SsoFast EvaGreen low ROX kit (Bio-Rad, Hercules, USA) (SDC-5). Verification of differential expression of a gene was defined by the following criteria ( 26), (i) Both RNA-seq and qPCR showed same direction of differential expression, (ii) Differential expression fold change, estimated by qPCR, was either above 1.25 or below 0.80 (logarithmic cut-off was ±0.3219).
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