Derive and explain the isotherm equation of fluorescently labeled antigens interacting with immobolized antibodies.
What is Sanger sequencing, and how does it work with fluorescently labeled primers? Explain the features of your DNA spectra and what parts of the DNA molecule are responsible for these features.
Blood samples were drawn from five individuals as indicated below (a-e). The RBCs in each sample were removed, then each sample was incubated with fluorescently-labeled antibodies against CD4 and a different fluorescently-labeled antibody against CD8. The samples were then analyzed by flow cytometry. For each individual (a-e), draw a separate dot plot with CD4 fluorescence on the horizontal axis and CD8 fluorescence on the vertical axis. On the dot plot, indicate where you’d expect major cell populations to be located...
Based on what you know about antigens and antibodies, what blood type is the universal donor? Explain.
Derive the following equation and explain each step in words and sentences: y'(x,t)=[2ymcos1/2phi]sin(kx-wt+1/2phi) Derive the following equation and explain each step in words and sentences: y'(x,t)=[2ymsinkx] cos(wt) Derive the following equation and explain each step in words and sentences: Derive the following equation and explain each step in words and sentences: Derive the following equation and explain each step in words and sentences: Derive the following equation and explain each step in words and sentences:
5. Derive the equation of the following sinusoid. Three points are labeled with coordinates. -T/3 -TT/6 0 T1/6 T1/3 T1/2 21/3 51/6 TT 711/6 411/3 (191/24,-0.5) -0:51 (-51/24,-0.5) -11 -1.5 -2 25 -3.51 (13//24.-3.5)
derive an equation to explain the concept of fugacity in non ideal gas
question 9 9. Derive the Clapeyron equation( dP/dT ASm/AVm). (10) Use the Clapyron equation to explain that the slope of the solid-gas coexistence curve will be greater than that of the liquid-gas coexistence curve. (p.184), (5). 9. Derive the Clapeyron equation( dP/dT ASm/AVm). (10) Use the Clapyron equation to explain that the slope of the solid-gas coexistence curve will be greater than that of the liquid-gas coexistence curve. (p.184), (5).
1. The Hill Equation a) Derive the Hill Equation for a protein binding a single ligand (i.e. the reaction P + PL) and explain how a plot will appear. Derive the Hill Equation for a dimeric protein that simultaneously binds two ligands (i.e. the reaction: P2 2L- P2L2) and explain how a plot will appear. Explain what is problematic about the reaction shown in question b) L b) c) 1. The Hill Equation a) Derive the Hill Equation for a...
Please show what basic mechanical equations are used or explain how to derive the equation. Not just looking for the answer. c 60 kg/s is subject to a A damped harmonic oscillator with m - 10 kg, k 250 N/m, and driving force given by Fo cos ot, where Fo 48 N. (a) What value of ω results in steady-state oscillations with maximum amplitude? Under th condition:
please derive and explain the highlighted equation. thank you Raman Spectroscopy: Molecular Mechanics Treatment • Number of peaks related to degrees of freedom DoF = 3N - 6 (bent) or 3N - 5 (linear) for N atoms • Energy related to harmonic oscillator |k( + m) m, m2 o or 10 - ITV mm