Lesson 2 – Immune Response (Ir) Genes exam

Welcome to your Lesson 2 - Immune Response (Ir) Genes exam

1. Mechanisms of genetic control of immune responses.
2. Immune suppression genes.
3. Compile an overview of the Immune Response.
4. The immunity that identifies and destroys infected cells in the body
is called
5. Histocompatibility antigenic determinants shared by a number of
allele products are termed as
6. Dual specificity of the T cell receptor of both peptide and a specific
allele of MHC antigen is called
7. The Ir genes are dominant, and they determine
8. Dual specificity of the T cell receptor of both peptide and a specific
allele of MHC antigen is called
9. The genes encoded within the  are the first characterized immune response genes
10. Histocompatibility antigenic determinants to a particular
allele product are termed as type-specific or private determinants.
11. The Immune response (Ir) genes are dominant, and they determine
both and immune responses.
12. Types of Immune response (Ir) genes:
13. Non MHC linked Ir genes
14. Write an essay on Immune response genes
15. The genes encoded within the major histocompatibility complex (MHC)
are the first characterized immune response genes
16. Histocompatibility antigenic determinants unique to a particular allele
product are termed as type-specific or private determinants
17. The Immune response (Ir) genes are dominant, and they determine
neither cellular nor humoral immune responses
18. Dual specificity of the T cell receptor of both peptide and a specific
allele of MHC antigen is called MHC restriction
19. The genes encoded within the major histocompatibility complex (MHC)
are the first characterized immune response genes