How would I create a bar graph using this hardy Weinberg application ? q^2=23/66= 0.59%q= √0.59 = 0.77p=1-qp=1-0.77= 0.23p^2=(0.23)^2 = 0.052pq=2(0.23) (0.77) = 0.35P^2+2pq=0.35 + 0.05 = 0.4Hardy-Weinberg Equations: p+q=1 p² +2pq+q²=1Homozygous recessive genotype frequency/ Recessive phenotype frequencyRecessive allele frequencyDominant allele frequencyHomozygous dominant genotype frequencyHeterozygote frequencyDominant trait phenotypic frequency Genotypic FrequencyAllelic FrequencyPhenotypic FrequencyFrequency found in Population (%)010Dominant2030Recessive4050Heterozygous607080Fig D. Application of Hardy-Weinberg. Genotypic, allelic and phenotypic frequency was calculated with the usesame

Hardy Weinberg's principle explains why a dominant allele doesn't eventually replace all other…

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Biomedical Instrumentation Systems

1st Edition

ISBN:9781133478294

Author:Chatterjee

Publisher:Chatterjee

Chapter5: Biomedical Electronics: Digital

Section: Chapter Questions

Problem 3P

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4. Work through the following derivation: Starting with the equation of the line from the Lineweaver-Burk plot (i.e., 1/V = (KmNmax)(1/[S]) + 1/Vmax), show the algebraic rearrangement work for deriving that the x-intercept of a Lineweaver-Burk plot is equal to -1/Km (hint: if you are looking for the x-intercept of a straight line, which part of the line equation do you set equal to zero?)
Discuss the relationship of Lineweaver-Burke and Michaelis Menten equations. What are the importance of the double reciprocal plot, Michaelis constant, and Vmax?
Pls help me with the given question and explain your correct answer, thank you A group of absent-minded scientists has two numbers (25.4 and 2.54) written on a scrap of paper. One scientists says: “I remember that one of these values was the standard deviation and the other the standard error of the mean, but I can’t remember which is which”. a)Which number is the standard deviation, and which is the standard error of the mean? b)What was the sample size? SE= s/√(2√n)
solve 23 and 25 given in the image.
Please identify the following on the Michaelis- Menten plot shown A, B, C, and the X and Y axes. Please briefly explain the significance of each. A B с
The amino acid tyrosine has an extinction coefficient of 1405 M-1cm-1 at 274nm. Calculate: The A274 of a 0.4mM solution of tyrosine measured in a cuvette with a 1 cm light path. The concentration of a solution of tyrosine with A274865 after 12-fold dilution measured in a cuvette with a 1 cm light path.
A packing plant fills bags with cement. The weight X kg of a bag of cement can be modelled by a Normal distribution with mean 50 kg and standard deviation of 2kg. a) If a bag is selected is at random, find the probability that the weight of the bag is greater than 55 kg. b) If three bags are selected at random, find the probability that 2 bags weigh more than 55 kg. c) Compute the probability in part a using RStudio.
For another project, you designed primers 1 and 2 with the sequences shown below. Your lab partner suggests you calculate the primer melting temperatures (Tm) using the formula: Tm = [(A+T) x 2°C] + [(G+C) x 4°C]. Calculate the Tm for Primers 1 and 2 and give your answers in the boxes provided below. You must give your answer as a whole number (no decimal places). Units (°C) are already shown so must not be included in your answer. Primer 1 (forward): 5' TTCGTCTGGTGAACTCAG 3' °C Primer 2 (reverse): 5' CAGGGTATGTCCGTATAT 3' °C
The extinction coefficient or absorptivity (ɛ) of protein A at 340 nm is 6440 M-1 cm-1, whereas protein B does not absorb at 340 nm. What absorbance will be observed when light at 340 nm passes through a 5 mm cuvette containing 10 µM of protein A and 10 µM of protein B? Beer-Lambert-law; A = ɛ x C x1; A = absorbance, C= concentration, 1= pathlength).
Özcan MM. and his colleagues tried to obtain 3 different fatty acids from moringa pelegrina nucleus with cold pressing and soxhlet extraction by two different methods. The data is as follows; Fatty acids Cold pressing method Moringa pelegrina nucleus Soxhlet extraction method Moringa pelegrina nucleus a-tocopherol(mg/kg) 137.89 ± 2.89 y-tocopherol(mg/kg) 63.68+0.87 8-tocopherol(mg/kg) 151.67+1.89 71.57+1.06 61.49+0.76 63.58+0,97 Accordingly, 3 different fatty acids obtained by 2 different methods used; a) Calculate their efficiency. b) By which method has more efficiency been achieved and explain with the reasons?
which substitution matrix would you choose for a BLASTP search? justify your choice.
OO HUAWEI nova 2 Plus DUAL CAMERA Specificity is one important characteristic of any Molecular Detection System and means: Select one: O a. The test must be able to detect large amounts of target O b. The test yields a negative result for the target molecule only O C. The test must be able to run efficiently and inexpensively on a routine basis O d. The test must be able to detect small amounts of target e. The test yields a positive result for the target molecule only In the somatic cells of the body which of the following can have an impact on gene expression to protein? a. miRNA genes Ob. RNAI C. d. gene knockout by CRISPR e.

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