You will have to dilute your inital Lysozyme stock in order to pipet volumeslarger than 10 uL for the Bradford assay. Calculate a dilution of the 10mg/mL Lysozyme standard needed to create ensure an appropriate finalprotein range for the Bradford assay - what concentration will your Lysozymestandard be at for the Bradford assay?

Step 1:For the Bradford assay, the typical concentration range of protein you want to target is…

Answered: You will have to dilute your inital…

Biochemistry

9th Edition

ISBN:9781319114671

Author:Lubert Stryer, Jeremy M. Berg, John L. Tymoczko, Gregory J. Gatto Jr.

Publisher:Lubert Stryer, Jeremy M. Berg, John L. Tymoczko, Gregory J. Gatto Jr.

Chapter1: Biochemistry: An Evolving Science

Section: Chapter Questions

Problem 1P

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Similar questions

Galactosidase enzyme is considered a better selectable marker. Justify the statement.
Since myoglobin is red and it may interfere with the absorbance of Bradford Protein Assay at OD595nm, how can you determine whether the effect of the interference is significant?
1a) In MALDI-TOF data, when performing peptide mass mapping search, the number of peptides and the sequence coverage decreases, but protien score increase. Explain b) As the same as part a, the peptide masses and the coverage remain the same, but the protien score increase, explain how this can happen.
Which technique is used to identify an unknown protein ?
In ELISPOT Assay, explain the importance of adding stimulus to the 96-well plate during the incubation of Peripheral Blood mononuclear cells
Select all that apply from the following to each transformation process : The following are White non-glowing colonies White glowing colonies Blue non-glowing colonies Blue glowing colonies None of the above The transformation are: a. LB + kanamycin plates that have been spread with the E. coli cells transformed with your ligations, what phenotype of the colonies do you expect to obtain . b. LB + kanamycin plates that have been spread with the E. coli cells transformed with water, what phenotype of the colonies do you expect to obtain. c. LB plates that have been spread with the E. coli cells transformed with your pHSG298, what phenotype of the colonies do you expect to obtain. d. LB + kanamycin plates that have been spread with the E. coli cells transformed with PHSG298, what phenotype of the colonies do you expect to obtain. e. LB plates that have been spread with the E. coli cells transformed with your ligations, what phenotype of the colonies do you expect to obtain. f. LB plates…
4) Researcher #1 and #2 in your lab each conducted a protein purification. They present you with the following data. The protein-of-interest is indicated by the red arrowhead, and the numbers on top indicate the purification step. Researcher #1 1 2 3 4 SDS-PAGE (Coomassie Stained) Researcher #2 1 2 3 4 5 6 Immunoblot a) Which researcher has more clearly demonstrated purification of the protein-of-interest? Justify your answer. b) What type of chromatography step did researcher #1 most likely conduct in going from step 2➜ 3 based on the gel? Justify your answer.
Calculate the scan time for a GRE with TR = 30 msec, NEX = 2, Ny = 256, for (a) a single slice and (b) 15 slices.
A bloactlve hexapeptide was cleaved by trypsln from a larger proteln. The peptlde was sequenced by treatment with varlOus reagents and enzymes. The results are as follows: a) Treatment with cyan0gen bromlde gave a tetrapeptlde of compositlon asp, trp, cys and met. b) Treatment with chymotrypsln gave a tripeptlde of compositlon asp, trp and cys, a dipeptlde wlth the same C-term and an amlno acld. c) Treatment with streptococcal protease gave a dipeptlde and a tetrapeptlde. The composltion of the peptlde Is lys, trp, asp, cys and met 1. What Is the sequence of the hexapeptlde? 2. What is the pl of thls peptlde?
There are three names that often get used when discussing the Lowry assay. Those names are: Lowry, Folin-Ciocalteu, and Biuret. Are those names interchangeable when discussing the assay or do those names describe the same thing(s)? Significant differences? What is the relationship between those names?
i
In Western Blots and ELISAS, the following molecules are used:  Tween-20 SDS Goat anti-rabbit IgG (whole molecule) – HRP Rabbit anti-egg albumin Bovine IgG Rabbit anti-bovine IgG – HRP Egg albumin (globular protein – what is Molecular weight?) Milk protein (globular protein – what is Molecular weight?) TMB Beta-mercaptoethanol Methanol HCl May you explain the reasons why they are used?

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