Explain a high mutation rate change genetically rapidly

Assignment Help Chemistry

Reference no: EM13680936

Mr James an 80 year old man has approach into the clinic grumbling this morning about having to receive a flu shot every year. You know that viruses have a high mutation rate change genetically rapidly, which results in the appearance of new proteins on the flu virus's "coat". Explain how does this help define why Mr James needs to get a flu shot each year?

Reference no: EM13680936

Questions Cloud

Explain how much heat, in kj is evolved in converting steam : Explain how much heat, in kJ is evolved in converting 1.70 mol of steam at 145 degrees Celsius to water at 95 degrees Celsius. Explain the heat capacity of steam is 2.01 J /g * C the heat capacity of water is 4.18 J / g * C,

Explain what is the vapor pressure of methanol : Methanol has a normal boiling point of 46.4 degrees Celsius as well as a heat of vaporization of 53.2 kJ/mol. Explain what is the vapor pressure of methanol at 28.5 degrees Celsius

Students will create a leadership plan : Students will create a Leadership Plan:

Compute the new equilibrium pressure of two gases : An equilibrium mixture at 300K contains N2O4 as well as NO2 at 0.28 and 1.1atm pressure respectively. If the volume of the container is doubled. Compute the new equilibrium pressure of two gases

Explain a high mutation rate change genetically rapidly : You know that viruses have a high mutation rate change genetically rapidly, which results in the appearance of new proteins on the flu virus's "coat". Explain how does this help define why Mr James needs to get a flu shot each year

Simulation problem for extra credit : SIMULATION PROBLEM FOR EXTRA CREDIT

Explain what is the ph of a solution that is 0.089 m naclo : HClO is a weak acid Ka=4.0x10-8 as well as so the salt NaClO acts as a weak base. Explain what is the pH of a solution that is 0.089 M in NaClO

Variation exists in all processes : A principle of statistical thinking is that variation exists in all processes

Compute the value of the rate constant : A certain first-order reaction has a rate constant, k, equal to 2.1 x 10-5 at 355 K. If the activation energy for this reaction is 135 kJ/mol compute the value of the rate constant (s-1) at 550 K.

User Account

All Pages