Phlebotomy

Blood transfusion

Chelation therapy

Iron therapy

A – ii, B – i, C – iv, D – iii

A – iii, B – i, C – iv, D – ii

A – iv, B – iii, C – ii, D – i

A – ii, B – iv, C – i, D – iii

A – iv, B – iii, C – i, D – ii

A – iii, B – iv, C – ii, D – i

A – iii, B – i, C – iv, D – ii

A – iii, B – iv, C – i, D – ii

A – ii, B – iii, C – i, D – iv

only the sex cells in our body

any cells in our body

only the embryonic cells in our body

only the uterus cells in our body

the number of chromosomes in the human genome

the number of human chromosomes in each cell

the location of gene on the chromosome that produces a specific enzyme

the number of ribosomes in each cell

diagnostic tests

screening tests

predispositional test

predictive testing

Denaturation of DNA on gel for hybridisation with specific probe

Production of a group of genetically identical cells

Digestion of DNA by restriction enzyme

Isolation of DNA from a nucleated cell, such as the one from a scene of crime.

plasmids used in DNA probe

plasmids helpful in bioremediation

plasmids used to produce disease-resistant plants

plasmids to promote conjugation

none of the above

Karyotyping

Pedigree analysis

RFLP analysis

Test cross

monoclonal antibodies

steroid synthesis

immobilisation of enzymes

myeloma

callus

explant

suspension culture

leaven

primase

DNA ligase

helicase

topoisomerase

restriction endonuclease

DNA-ligase

DNA-polymerase

RNA-polymerases

Both (A) and (R) are true and (R) is the correct explanation of (A).

Both (A) and (R) are true and (R) is not the correct explanation of (A).

(A) is true, but (R) is false.

(A) is false, but (R) is true.

It is the “other strand” of a DNA.

It does not need any template for its synthesis.

It is the base sequence of the vector DNA.

It is produced by reverse transcription.