The shRNA and ORF reagents are available to The University of Texas MD Anderson Cancer Center researchers ONLY due to licensing agreements.
If any new services are needed, please contact Dr. Katherine Stemke Hale (Dir, Inst Core Facilities) firstname.lastname@example.org or Dr. Yutong Sun (FGC co-director) email@example.com. The FGC will be open to discuss/provide new services upon inquiries.
Individual clone distribution as glycerol stocks and plasmids
FGC distributes individual shRNA or ORF in forms of glycerol stock (in LB medium containing 8% glycerol) or plasmid (midi-prep, >100ug). ORF plasmids will be verified by partial sequencing before they are released to researchers. The turnaround time is 1-2 business days for the glycerol stock and 2-3 business days for the plasmids.
You can search for GIPZ shRNAs (human and mouse), Human ORFeome Collaboration and Human Precision LentiORF at https://horizondiscovery.com/
by gene symbols. ORFeome Collaboration ORFs are in a Gateway Entry vector and Precision LentiORF ORFs are in a lentiviral vector.
Price: 1) $35/shRNA (glycerol stocks) 2) $90/shRNA (plasmids) 3) $50/ORF (glycerol stocks) 4) $120/ORF (plasmids)
Individual Lenti- or retro-virus packaging and transduction
FGC conducts plasmid purification, lenti- or retro-virus packaging and titer measurements. We also conduct this service if researchers provide us with their own viral vectors. The turnaround time is 4-6 weeks. The FGC will not bill users if the virus packaging is failed, i.e. functional titer is too low.
Virus particles are provided in two forms: non-concentrated virus in the condition medium (8x1ml) and concentrated virus resuspended in DMEM or the requested medium (8x100ul). Virus titer is functionally determined in 293T cells using a fluorescent marker or in Hela cells using antibiotics selection. Depending on the lenti- or retroviral vector, the virus titer varies. For example, concentrated GIPZ shRNA lentivirus titer usually ranges from 5x10^7TU/ml to 2x10^8TU/ml in 293T cells and non-concentrated TKO v3 lentivirus titer is over 5x10^6TU/ml in 293T cells. However, the virus titer could be as low as 10^5TU/ml when using other lenti- or retro-viral vectors.
Price: 1) Non-concentrated lenti- or retro-virus including plasmid prep (plasmid provided, GIPZ shRNA and Precision LentiORF): $265;
2) Non-concentrated lenti- or retro-viral virus without plasmid prep (plasmid provided): $235;
3) Concentrated lenti- or retro-virus including plasmid prep (plasmid provided, GIPZ shRNA and Precision LentiORF): $275;
4) Concentrated lenti- or retro-virus without plasmid prep (plasmid provided): $245.
5) Lenti- or retro-viral transduction/stable cell line selection including virus packaging: $350/cell line
6) GIPZ shRNA stable cell lines: $500/gene/cell line including 1 stable cell line with non-silencing shRNA control and up to 5 lines stable with selected shRNAs targeting this gene.
Note: If you need a custom size of the lenti- or retro-virus packaging, please contact Dr. Yutong Sun firstname.lastname@example.org to discuss a quote.
Customized Sub-libraries (glycerol stock, plasmids and/or lentivirus)
Based on the needs of researchers, FGC will “cherry-pick” shRNA or ORF glycerol stocks in a 96-well plate format. Depending on the researchers’ requests, we will purified the plasmids (transfection compatible) in 96-well plate format, and/or conduct lentiviral packaging in 96-well plates.
Price: please contact Dr. Yutong Sun email@example.com to discuss a quote.
Establishing Somatic Gene-knockout Cell lines using the CRISPR/Cas9 technology
FGC will provide a clonal somatic gene-knockout cell line with validated gene-knockout by PCR (HR method) or sequencing (NHEJ method). The FGC will not charge users before delivering validated KO cell lines.
Requirements: 1) cell line can tolerate clonal selections; 2) Loss of target gene will not kill the cells or significantly decrease cell proliferation rate; 3) cell line is compatible with transfection or transduction; 4)Western blots (for proteins), qPCR (for non-coding RNAs) or other assays are available to detect the loss of a target gene.
FGC will design and subclone gRNAs into a LentiCRISPR v2 vector, determine gRNA's gene editing ability by T7 endonuclease assay, transfect or transduce cell lines, perform clonal selections by western blots or qPCR, carry out gDNA sequencing around the DSB site to confirm gene editing and anthenticate the cell line(s) at the MDACC Cytogenetics and Cell Line Authentication Core.
Price: 1) CRISPR knockout cell lines: $2700/KO line for all the cell lines.
2) Pooled CRISPR cell lines: one stable line expressing a control vector (LentiCRISPR v2) and three stable cell lines expressing gRNAs, including including gRNA design and subcloning, T7E1 endonuclease assay, lentivirus packaging and stable cell line selection: $900.
FGC staff will spend some of their efforts to facilitate MD Anderson Cancer Center researchers optimizing screen assays, perform screens and data analysis.
Custom shRNA or ORF sub-cloning
FGC subclones custom shRNAs into the pLKO.1 vectors, EZ-TET-pLKO vectors (an inducible shRNA vector), an ORF into a pCDH vector or custom gRNAs into LentiGuide-puro or LentiCRISPR v2.
Price: 1) ORF cloning with a provided template and a provided vector if pCDH is not the preferred vector: $250
2) ShRNA or gRNA cloning: first shRNA or gRNA: $99; For additional shRNAs or gRNAs: +$75/each
Note: If you need to engineer a vector or to carry out a complicated/large subcloning project, please contact Dr. Yutong Sun firstname.lastname@example.org to discuss a quote.
The following instruments are open to MD Anderson researchers: robots (Tecan EVO100 and EVO200) and High-content imaging systems (ImageXpress micro and ultra).
Pre-assembled shRNA libraries
FGC distributes the following pre-assembled shRNA libraries targeting the following gene families: Human kinases; Human phosphatases; and human E3 ligases. In addition, we also distribute Cellecta human Genome-Wide Pooled shRNA library (lentivirus).
TKO v3 CRISPR Library
FGC distributes the TKO v3 CRISPR Library (lentivirus, Dr. Moffat’s lab at the University of Toronto, https://www.addgene.org/pooled-library/moffat-crispr-knockout-tkov3/).