ScienCell Research Laboratories' PCR-ready first strand cDNA is
an excellent source of cell specific, PCR-ready, first strand cDNA.
It can be used immediately for gene discovery or expression analysis.
ScienCell Research Laboratories provides the largest selection of
normal human cell cDNAs for academic and biomedical industry research.
The first-strand cDNA is synthesized from RNA isolated from a wide
variety of normal human cell types. Total RNA used for cDNA synthesis
is isolated by Qiagen RNeasy kit. Ten micrograms of total RNA is
primed with random primer oligonucleotides and reverse-transcribed
by MMLV reverse transcriptase in 40 µl final volume. RT reaction
is stopped by heating at 65°C for 10 minutes. The cDNA is delivered
in 1x RT buffer. (1x RT Buffer: 50 mM Tris-HCl, pH 8.3, 75 mM KCI,
3 mM MgCI2, 10 mM DTT). 1 µl cDNA is sufficient for one PCR
reaction. The 5' end of human beta-actin cDNA has been amplified
by PCR from all cDNAs.
Feature
Full-length first strand cDNA synthesis
Ready for PCR amplification
Templates for second strand synthesis and construction of cDNA
libraries
The largest selection of cDNA from different normal human cell
types
Application
Immediate PCR amplification of known genes
Comparison of gene expression patterns between biological samples
Gene mutation analysis
Analysis of mRNA alternative splicing
Gene cloning and target sequencing
If you are interested in our PCR-ready Normal Human Cell cDNA,
please click "cDNA"
to select the specific cell type you need.
Primary cell transfection kit EndoFectagen
is a transfection reagent spedifically designed for primary
endothelial cell transfection use. FibroFectagen
is a transfection reagent sepecifically designed for primary
fibroblast transfection use.
Human Umbilical Mesenchymal
Stem Cells: The human umbilical mesenchymal stem cells
just been added to our mesenchymal stem cell inventory and
is available for your purchase. These cells were isolated
from Wharton's Jelly of umbilical cord and cryopreserved
on primary culture. MSC can be induced to transform into
neurons, glia, cardiomyocytes, adipogenic and osteogenic
lineages.