Plant Breeding and Genetics

A. The percentage of crossing over between them is very
B. Hardly any cross over are detected
C. No crossing ever can ever takes place between them
D. Only double cross over can take place between them

A. Science concerned with improvement of heredity of animals
B. Science concerned with improvement of heredity of human race
C. Experimental alterations in the structure of the genes
D. Genetics of eukaryotes

A. Batson
B. Johnnsen
C. Punned
D. Darlington

A. Mendel
B. De Vries
C. Tschermak
D. Watson

A. Double
B. One half
C. One fourth
D. Same

A. Test cross
B. Backcross
C. Hybridization
D. Trihybrid

A. Photocopy
B. Prototype
C. Phenotype
D. Apheliotropic

A. Hybrid
B. Heterosis
C. Backcross
D. None of the above

A. Annapolis
B. Polyploidy
C. Heterckaryotic
D. Haploid

A. All dominant genes will segregate together into daughter cells
B. All homologous chromosome pairs will separate
C. All daughter cells will have different homologous chromosome pairs
D. All linkage group will be disrupted