I need this in 2 hours please! Also please type it as below:
a) Known Gluten ----> Wheat Strain ----> Molecular Weight.
b) Known Gluten ----> Wheat Strain ----> Molecular Weight.
c) Known Gluten ----> Wheat Strain ----> Molecular Weight.
d) Known Gluten ----> Wheat Strain ----> Molecular Weight.
e) Known Gluten ----> Wheat Strain ----> Molecular Weight.
a) Secalin ----> Rye ----> 30-40 kDa
b) Avenin ----> Oats ----> 211.154 g/mol.
c) Prolamin ----> Corn ----> 30-60 kDa
d) Hardein ----> Barley ----> 60-80 kDa
Mainly these glutens are found in different type of wheat strain.
Get five most common and known glutens with the wheat strains they are found in, and...
Note whether in the following strains of E. coli,
B-galactosidase will be:
(A) Abundant in both the presence and absence of lactose
(B) Abundant only in the absence of lactose
(C) Abundant only in the presence of lactose
(D) Abundant only in the presence of sucrose
(D) Absent in both the presence and absence of lactose
Can you answer and explain these please?
What is the correct gene order and which 2 genes are most closely linked? (4 Points) o+at...
The following picture shows growth of five strains of bacera (A,B, C, D, and E) on media supplied with different compounds. Minimal media includes only those nutrients necessary for a wild-type strain to grow (essentially just an energy source). For example, strain C and D grow well on minimal media, while strains A, B, and E do not. Based on the growth paterns for the other media plates, what is the genotype of strain B with respect to met and...
The table below presents the ability of five strains of Neurospora crassa that are deficient in arginine biosynthesis to grow on media supplemented with molecules that are biochemical intermediates in the arginine synthesis pathway (“+” = growth, “-“ = no growth). a) Based on these data, diagram both the biochemical intermediates and genes in the arginine synthesis pathway. Mutant strain minimal media +arginine +citrulline +ornithine argA - + - - argB - + ...
Prev UpNext (2 pts) An experiment is conducted to determine whether there is a differnce among the mean increases in growth produced by five strains (A, B, C, D and E) of growth hormones for plants. The experimental material consists of 20 cuttings of a shrub (all of equal weight), with four cuttings randomly assigned to each of the five different strains. The increases in weight for each cutting along with the sample mean and sample standard deviation of each...
As a student project, you have isolated six new mutant strains
of E. coli with altered behavior of the lactose operon. The strains
are listed in the table below, together with their phenotypes (with
regard to significant ?-galactosidase synthesis) in three specific
situations.
Columns 1 and 2 present the phenotypes of each mutant haploid
strain. In column 1, the mutant is in an otherwise wild-type
genome. In column 2, the genome also carries a nonsense-suppressor
mutation (that is not present...
7. Five Hfr strains A through E are derived from a single F strain of E. coli. The following chart shows the entry times in minutes of the first five markers into an F strain when each Hfr strain is used in an interrupted-conjugation experiment: A B C E pro gal mal strs ser ade his ade This gal pro mer 11 16 36 51 13 28 38 44 70 prot met xyl mal" strs 29 32 37 his 10...
Required information Fruit flies normally have red eyes. Seven different true-breeding strains of fly with white eyes have been identified (A-G). In each strain, the white eye trait is due to an autosomal recessive allele. It is possible all seven strains have mutations in the same gene. Alternatively, they may have mutations in different genes. To determine how many genes are involved in eye color in these flies, pair-wise crosses are performed between each strain. The offspring phenotypes resulting from...
You isolate 20 different OC mutant strains that are wild type for all other components of the Lac Operon. You observe that when grown on lactose all of the strains exhibit a relative B-gal concentration of 100. When each strain is grown on glucose they all exhibit constitutive expression of B-gal, but the different strains exhibit different Bgal concentrations that range from 20 to 100. Which of the following could account for these observations? a) the OC mutant strains each...
If I'm performing GPC analysis of Sample A in Sample B at a given temperature and I'm given elution volume and concentration values. I then need to get those values into weights. When I do this will I use the MW of Sample A or Sample B to do this? Equation for reference below: If my thinking of any of the following is also wrong, please inform me, thanks! (Concentration)*(Elution Volume)*(Molecular Weight) = Weight (Mol/L)*(L)*(g/mol) = g
here are the original strains:
please answer C, D, E, and F with full solutions, thank you!
:)
C) When you conduct an interrupted mating experiment with the Hfr and F-strains, Ton colonies with the following phenotypes first appear at the times shown in the table below: Phenotype Minutes cys+ cys- 25 gal+ 17 38.5 9.5 pur+ 14.5 trp+ his+ lac+ 25 Draw a bacterial chromosome and indicate the relative position of each of the markers and the cysX gene...