You wish to clone the human cnr1 gene into the DH5 alpha strain of E.coli. Design an outline for this project based on the PCR, Restriction digestion and complementation labs. Make sure you explain how you will acquire the gene sequence and the type of plasmid you plan on using.
I will design a primer for cnr1 gene with the NCBI sequence of the CNR1 gene that primer will have restriction sites and i will consider that the product should be in frame.
then i will perform the pcr amplification by using designed primer and cDNA as template( isolated from mammalian cells like HEK293).
Then i will perform PCR purification to remove the buffers and then i will load the amplified product into agarose gel to check the product followed by restriction digestion with corresponding enzyme. and at the same type I will digest the Vector like pGEX-6p2,pet28a with the enzyme followed by ligation and transformation and then insert release with particular enzyme.
pGEX-6p2,pet28a are bacterial expression plasmid if you want to clone to check the expression in mamallian exprssion you need to clone in pEGFP vector.
You wish to clone the human cnr1 gene into the DH5 alpha strain of E.coli. Design...
1. You are planning to study a gene ydeH from E.coli that encode for putative diguanylate cyclase activity (synthesis of a second messanger c-di-GMP). The in vitro enzymatic assay requires incubation of protein with GTP. List the steps involve in purification of protein. (hint : you need to clone the gene, express and purify the protein for in vitro assays.) 1a. Find the sequence of gene: Using NCBI or other database 2b. Design a strategy to clone and express the...
You are tasked to clone the human actin gene (blue) from a cDNA clone that you obtained from a collaborator into the cloning vector termed pUC119 using the HindIII restriction enzyme. The 4 blue arrows show the HindIII recognition sequence on the Actin cDNA clone. Plac MCS Hindill Sphl sbil Pst BspMI Accl Hincli Sall Xbal BamHI Smal Xmal Acc651 Kpnl Eco53ki Sacl EcoRI lacz pMB1 ori M13 IG PUC119 3162 bps CDNA Clone Amp a. b. Figure 2: a....
You have isolated a strain of brewer's yeast (Saccharomyces cerevisiae) in the lab for your second job at a hip new microbrew (you make a great IPA). You find that this strain ferments more efficiently and adds a superior flavour profile to your brews. You want to clone the strain of yeast and generate a genomic library to determine the genes responsible for this finding. To do so you: 1. Obtain fragments of the whole yeast genome (DNA) through restriction...
You have cloned the Pepsi Gene into the vector pKEN. You used two restriction enzymes, BamHI and EcoRI to force the cloning in a directional way. The plasmid (pKEN) is ~5 kb long and the insert Pepsi 800bp long. After transformation into E. coli you grow up several colonies and isolate the vector. After digestion of the vector it looks like you have three potential clones. You need to sequence the gene to make sure you have the correct clone....
This is all I was given. Pls help.
You are tasked to clone the human actin gene (blue) from a cDNA clone that you obtained from a collaborator into the cloning vector termed puc119 using the Hindtil restriction enzyme. The 4 blue arrows show the Hind II recognition sequence on the Actin cDNA clone. Pin MCS MB1 ani MAIG PUC119 3162 bps CDNA Clone Figure 2: a. pUC119 cloning vector; b. cDNA clonc obtained from your collaborator showing Hind III...
Background: Human Epidermal Growth Factor (h-EGF) is produced in small quantities by glands all over the body and transported to the epidermis. Epidermis cells undergo a rapid turnover and new cells are constantly needed to replace the old epidermis cells as they die. h-EGF facilitates the constant low-level production of epidermis cells. While most people make sufficient quantities of h-EGF for their own skin regenerations, patients with large wounds or burns benefit from a treatment using h-EGF to stimulate epidermis...
A. Which strain is the wild-type E.coli? Explain how you know
this.
B. Which strain contains the nonsense mutation in the CRP
protein gene? Explain how you know this.
C. Which strain contains the deletion mutation in the lac operon
operator sequence? Explain how you know this.
knowledge about the lac operon system AND knowledge Problem set about the Lac operon (these problems require knowledge about the lac operon system AND about consequences of mutations) You are working with three...
Kpnl (286) lacZ alpha gene EcoRI (325) EcoRI (343) PUC origin pCRII 3973 bp Amp(R) Kan(R) Ncol (1921) You wish to clone a piece of DNA into the above vector. Based upon the plasmid map, select the restriction enzyme(s) you could use to cut the vector for this purpose. Amp(R) EcoRI Kan(R) Kpnl Ncol OO PUC
You wish to edit a gene in a population of stem cells using CRISPR/Cas9. You design a plasmid and transfect it into the cells. Your plasmid included the guide RNA sequence with promoter, the Cas9 gene inserted between an appropriate promoter and termination sequence, and the usual Origin of Replication and Resistance/Marker gene. However, instead of being edited, your target gene is silenced and its protein is not produced at all. What is the most likely explanation? The cells have...
Below is a set of experiments for cloning the human growth hormone (HGH) gene and then expressing the HGH protein in E. coli starting from human pituitary glands and a tube of plasmid vector DNA. The plasmid expression vector contains the arabinose inducible expression system. Specify the correct order for carrying out these experiments, using the letter codes in front of each procedure. Use all of the steps in your answer, except for one step that should NOT be included....