Human cDNA Clone Sets
For high-throughput screening (HTS) and pathway studies, clone quality and ease of use is of utmost importance. Unlike other vendors, OriGene delivers the clone set as transfection-ready cDNA plasmids, eliminating months of labor and potential risks when converting the bacterial stocks into high-quality DNA.
Why use OriGene?
- Large Selection: Over 100,000 expression plasmids (tagged or untagged)
- Quality: Clones are sequence-verified and expression-ready
- Convenience: Delivered as transfection-ready DNA, with no need for E-coli handling/plasmid preparation
- Proven to work: OriGene?s clones have been successfully cited in Nature, Cell, and more! (view citations)
Transfection-ready Plasmid DNA vs Glycerol Bacterial Stock
Labor needed | Purified DNA from OriGene | E. Coli Glycerol Stock |
---|---|---|
Bacterial culture | No (perfect for bacterial free labs) | Yes |
Plasmid prep | No (10 ug delivered) | Yes |
Sequence verification | No (fully sequenced) | Yes |
Time needed before transfection | None | 3-5 Days |
Create your own clone sets by selecting from the pre-selected pathway list
Gene Families | TrueORF (Myc-DDK Tagged) | TrueClone (Untagged) |
---|---|---|
Adult stem cells | View List | View List |
Cancer stem cells | View List | View List |
Cell Paper - Pluripotency Stem | View List | View List |
Druggable Genome | View List | View List |
Embryonic stem cells | View List | View List |
ES Cell Differentiation/IPS | View List | View List |
GPCR | View List | View List |
Induced pluripotent stem cells | View List | View List |
Ion Channels: ATP Receptors | View List | View List |
Ion Channels: Calcium | View List | View List |
Ion Channels: Cyclic nucleotide gated | View List | View List |
Ion Channels: Cys-loop Receptors | View List | View List |
Ion Channels: Glutamate Receptors | View List | View List |
Ion Channels: Other | View List | View List |
Ion Channels: Potassium | View List | View List |
Ion Channels: Sodium | View List | View List |
Ion Channels: Transient receptor potential | View List | View List |
Nuclear Hormone Receptor | View List | View List |
P450 | View List | View List |
Phosphatase | View List | View List |
Protease | View List | View List |
Protein Kinase | View List | View List |
Secreted | View List | View List |
Stem cell relevant signaling - DSL/Notch pathway | View List | View List |
Stem cell relevant signaling - JAK/STAT signaling pathway | View List | View List |
Stem cell relevant signaling - TGFb/BMP signaling pathway | View List | View List |
Stem cell relevant signaling - Wnt Signaling pathway | View List | View List |
Transcription Factors | View List | View List |
Transmembrane | View List | View List |
Gene Pathways | TrueORF (Myc-DDK Tagged) | TrueClone (Untagged) |
---|---|---|
ACE-Inhibitor pathway PharmGKB | View List | View List |
Acetylcholine Synthesis | View List | View List |
Adhesion & Extracellular Matrix Molecules | View List | View List |
Adipogenesis | View List | View List |
Alanine and aspartate metabolism KEGG | View List | View List |
Alpha6-Beta4-Integrin NetPath 1 | View List | View List |
Androgen Signaling and Prostate Cancer | View List | View List |
Androgen-Receptor NetPath 2 | View List | View List |
Angiogenesis | View List | View List |
Apoptosis | View List | View List |
Apoptosis & Cell Cycle | View List | View List |
Asthma | View List | View List |
Autoimmune & Inflammatory Response | View List | View List |
B Cell Receptor NetPath 12 | View List | View List |
Biogenic Amine Synthesis | View List | View List |
Blood Clotting Cascade | View List | View List |
Breast Cancer | View List | View List |
Breast Cancer & Estrogen Receptor Signaling | View List | View List |
Calcium regulation in cardiac cells | View List | View List |
cAMP and Ca2+ Signaling Pathway | View List | View List |
Cancer | View List | View List |
Cancer Drug Resistance & Metabolism | View List | View List |
Cancer PathwayFinder | View List | View List |
Cardiovascular | View List | View List |
Cardiovascular Disease: Atherosclerosis | View List | View List |
Cardiovascular Disease: Biomarkers | View List | View List |
Cell Cycle | View List | View List |
Cell cycle KEGG | View List | View List |
Cell Cycle-G1 to S control Reactome | View List | View List |
Chemokine and Receptor | View List | View List |
Chemokines | View List | View List |
Cholesterol Biosynthesis | View List | View List |
Circadian Exercise | View List | View List |
Common Cytokine | View List | View List |
Complement Activation Classical | View List | View List |
Cytokines | View List | View List |
Delta-Notch NetPath 3 | View List | View List |
DNA replication Reactome | View List | View List |
EGF/PDGF Signaling Pathway | View List | View List |
EGFR1 NetPath 4 | View List | View List |
Eicosanoid Synthesis | View List | View List |
Electron Transport Chain | View List | View List |
Endochondral Ossification | View List | View List |
Endothelial Cell Biology | View List | View List |
Fas Pathway and Stress Induction of HSP Regulation Biocarta | View List | View List |
Fatty Acid Beta-oxidation BiGCaT | View List | View List |
Fatty Acid Omega Oxidation BiGCaT | View List | View List |
Fatty Acid Synthesis BiGCaT | View List | View List |
Folic acid network | View List | View List |
G Protein Signaling | View List | View List |
G-Protein Coupled Receptors Signaling Pathway | View List | View List |
G13 Signaling Pathway | View List | View List |
Glucocorticoid Mineralocorticoid Metabolism | View List | View List |
Glucocorticoid Signaling | View List | View List |
Gluthation Metabolism KEGG | View List | View List |
Glycogen Metabolism | View List | View List |
Glycolysis and Gluconeogenesis | View List | View List |
GPCRDB Class A Rhodopsin-like | View List | View List |
GPCRDB Class B Secretin-like | View List | View List |
GPCRDB Class C Metabotropic glutamate pheromone | View List | View List |
GPCRDB Other | View List | View List |
Hedgehog Netpath 10 | View List | View List |
Heme Biosynthesis | View List | View List |
HSP70 and Apoptosis | View List | View List |
Hypertrophy model | View List | View List |
Hypoxia Signaling Pathway | View List | View List |
Id NetPath 5 | View List | View List |
IL-2 NetPath 14 | View List | View List |
IL-3 NetPath 15 | View List | View List |
IL-4 NetPath 16 | View List | View List |
IL-5 NetPath 17 | View List | View List |
IL-6 NetPath 18 | View List | View List |
IL-7 NetPath 19 | View List | View List |
IL-9 NetPath 20 | View List | View List |
Immunology | View List | View List |
Inflammatory Cytokine/Receptor | View List | View List |
Inflammatory Response Pathway | View List | View List |
Insulin Signaling | View List | View List |
Insulin Signaling Pathway | View List | View List |
Integrin-mediated cell adhesion KEGG | View List | View List |
Interleukin & Interleukin Receptor | View List | View List |
Kit-Receptor NetPath 6 | View List | View List |
Krebs-TCA Cycle | View List | View List |
MAP Kinase Signaling Pathways | View List | View List |
MAPK Cascade | View List | View List |
MAPK signaling pathway KEGG | View List | View List |
Matrix Metalloproteinases | View List | View List |
Metabolic and Obesity | View List | View List |
Mitochondrial fatty acid betaoxidation | View List | View List |
Mitochondrial Gene Expression | View List | View List |
Monoamine GPCRs | View List | View List |
mRNA processing Reactome | View List | View List |
Na2+/NF-AT Signaling Pathways | View List | View List |
Neuroscience: Ion Channel & Transporter) | View List | View List |
Neurotrophin & Receptors | View List | View List |
NFkB Signaling Pathway | View List | View List |
Notch | View List | View List |
Nuclear Receptors | View List | View List |
Nuclear receptors in lipid metabolism and toxicity | View List | View List |
Nucleotide GPCRs | View List | View List |
Nucleotide Metabolism | View List | View List |
One-carbon metabolism | View List | View List |
Osteoblasts | View List | View List |
Osteoclasts | View List | View List |
Osteogenesis | View List | View List |
Ovarian Infertility Genes | View List | View List |
Oxidative Stress | View List | View List |
p38 MAPK signaling pathway | View List | View List |
P53 | View List | View List |
p53 Signaling Pathway | View List | View List |
Pentose Phosphate Pathway | View List | View List |
Peptide GPCRs | View List | View List |
Prostaglandin synthesis regulation | View List | View List |
Proteasome Degradation | View List | View List |
Regulation of Actin Cytoskeleton KEGG | View List | View List |
Ribosomal Proteins | View List | View List |
RNA transcription Reactome | View List | View List |
S1P Signaling | View List | View List |
selenium | View List | View List |
Selenoproteins | View List | View List |
Signaling of Hepatocyte Growth Factor Receptor Biocarta | View List | View List |
Small ligand GPCRs | View List | View List |
Smooth muscle contraction | View List | View List |
Statin Pathway PharmGKB | View List | View List |
Stem Cell | View List | View List |
Steroid Biosynthesis | View List | View List |
Striated muscle contraction | View List | View List |
Synthesis and Degradation of Ketone Bodies KEGG | View List | View List |
T-Cell-Receptor NetPath 11 | View List | View List |
TGF Beta Signaling Pathway | View List | View List |
TGF-beta & BMP Signaling Pathway | View List | View List |
TGF-beta-Receptor NetPath 7 | View List | View List |
TNF-alpha-NF-kB NetPath 9 | View List | View List |
Toll-like receptor signalling pathway KEGG hsa04620 | View List | View List |
Translation Factors | View List | View List |
Triacylglyceride Synthesis BiGCaT | View List | View List |
Tryptophane Metabolism KEGG | View List | View List |
Tumor Metastasis | View List | View List |
Urea cycle and metabolism of amino groups KEGG | View List | View List |
Wnt NetPath 8 | View List | View List |
Wnt Pathway | View List | View List |
Wnt signaling | View List | View List |
Wnt signaling and pluripotency | View List | View List |
* The cDNA clones can be tagged or non-tagged, non-lenti plasmids. OriGene reserves the right to modify your clone list.
Customer Reviews
Recent Citations using our Clone Sets
1. Chemokine (C-X-C motif) Ligand 4 is a Restrictor of Respiratory Syncytial Virus Infection and an Indicator of Clinical Severity Published in Am. J. Respir. Crit. Care Med., 2020 Jun, using TCAC106 |
PubMed: 32543879 |
2. α6-Containing Nicotinic Acetylcholine Receptor Reconstitution Involves Mechanistically Distinct Accessory Components Published in Cell Rep, 2019 Jan, using TCAC105 |
PubMed: 30673609 |
3. Pooled extracellular receptor-ligand interaction screening using CRISPR activation Published in Genome Biol, 2018 Dec, using TCTM101 |
PubMed: 30477585 |