Derivation of the basic Reproductive Number Using the Next Generation Matrix (lesson 9)

In this video, we will learn how to derive the basic reproductive number, R_{0} using the next generation matrix.
We will derive the basic reproductive number for the SEIR Model with vital dynamics and force of infection.

[ReindolfBoadu]

Please watch this video to give you a better understanding of how to derive the basic reproductive number of any model using the next generation matrix
Thank you.

[musondakatai]

Excellent this was very very helpful with my undergraduate research 🙏👍❤️

[ms_nerd]

Do you offer private classes? I'm working on a project that's a real bother to me. The person assigned to me isn't quite helpful. Can you please help?

[bigbenogbuagu]

Plz i have a question? At 6:13mins, why did you use Partial fraction and not Ordinary?

[bipin]

thank you sir ❣️ this lecture is very useful for mathematical biology students.. please continue upload such type of lectures

[robmarks]

Almost correct. You have defined V as -V. This is due to the rate is F - V. So just multiply your V by -1 and it’s done

[kierankirschner]

Hello, great video. What would we do in a case where the determinant of V is zero and we cannot work out the inverse?

[umarbashir]

why is it that "Ke" is not a secondary infection and "Ke" is contributing to the infection class. i need more clarifications

[bigbenogbuagu]

Plz any video on Local stability of DFE?

[bigbenogbuagu]

Thanks Alot Brother...plz any lecture on Comparison theorem in solving Global stability of DFE