Question 2: Motif finding
Try a number of motif-finding algorithms covered in the lab, and try different parameters. What
good motif can you find from the sequence? Here are some useful hints for the analysis (depends
on the software you are using):
? Motif width ~ 13, and search in both strands of the DNA
? Ask each algorithm to report the best 3-10 motifs
? Each sequence contains 0-n copies of the motif
? If possible, specify the background as yeast (or S. cerevisiae) intergenic or yeast genome
? If the same motif was reported by different algorithms, it is likely real and good

a) What is the motif consensus (most frequent nucleotide at each position)?

b) Select the single motif you like best, cut the motif hit sites, and generate the MotifLogo from
http://weblogo.berkeley.edu/logo.cgi.

c) Write a document with brief description of what motif tools you used, a quick summary of what you got, and a picture of the SequenceLogo. Please be brief here (less than 2 pages total).

Please see attached python file and perform the analysis.

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About question 2, they are gene names in the data2 text file. in addition to the questions in Q2, please write:

A document with brief description of what motif tools you used, a quick
summary of what you got, and a picture of the SequenceLogo. Please be brief.

Given the complete sequence of an organismÃ¢??s genome, 500 Mb, find motives that might regulate genes, based on the putative motivesÃ¢?? proximity to known expressed genes. These motives are likely to occur relatively infrequently (ca. 1 motif/50 Kb).
Use the flow chart which I'm attaching because will help you, now answer

Q 1. A frieze pattern has one and only one direction of translation. The translation
isometry is denoted by T. As we have noticed in lectures the symmetry group of the
fundamental pattern
consists of all powers of T and is thus isomorphic to which group?
Q 2. Now use Lemma F from your lecture notes to prove the following r

Why does Chaucer continuously use the dream-vision motif in many of his text? Please include an example of this, because I am having a difficult time trying to see how it is useful for him to do so.

I have 5 sequenced genes, including the punitive promotor region of each gene. All are involved in the cold acclimation process in arabidopsis. Each is expressed only when the temperature falls below a certain point. the specific transcripition factor
CBF1 binds somewhere between -200 and -250 of the genes to initiate transcrip

Show that the following is not a theorem by finding a counter example.
If T and U are linear transformations from V to W and W are vector space then R(T+U) subset of or equal R(T) + R(U).
R(T) = the range of the linear transformation T

I need help finding the cis and trans alcohol % of the H'NMR from the attachment. The deuterated solvent was chlorform. I have rerun with auto integration but don't know to find j value, I am new the software MestReNova.

Please explain how I can find the value of a mean. Please simplify it.
The sample is n=7 and has a mean of M=9. If one new person is with a score of x=1 is added to the sample what is the value of the new mean?

Need help finding the distribution
If you expect 50/50 split among gender in a particular population and you get 60/40 on one sample which distribution would you use to test if the proportions are actually different?

Please show all steps and related work! Thank you for helping me!
Evaluate the function when x = -2, 0, and 3.
(1) m(x) = -6.5x (2) s(x) = 2/5x + 3 (3) h(x) = 3/4x - 6
(4) Given f(x) = -6.8x + 5, what is the value of f(-2)?
Find the value of x so that the function has the given value.
(5) g(x) =

Find the derivatives of the following functions:
(i) f(x) = sqrt(x)*(2x^3-4) + 3x^(-1/4)
(ii) y(x) = (x(x^2-1))/(x^3-4)
(iii) g(u) = (4u^(1/3))*(sqrt(u^3+1))
Please see attached and show step by step, thanks.