Back

OUP Biology (IB)

Or Add Series to Wish List

Season 2

Mitosis Compared to Meiosis (IB)

An outline of mitosis and meiosis forms of cell division: comparing the similarities and differences between them, and outlining their function in organisms.

Add to Wish List

9. Mitosis Compared to Meiosis (IB)

An outline of mitosis and meiosis forms of cell division: comparing the similarities and differences between them, and outlining their function in organisms.

Add to Wish List

Translation (IB)

An outline of the process of translating DNA bases into a protein, via an mRNA codon:tRNA anti-codon mechanism forming a polypeptide chain.

Add to Wish List

8. Translation (IB)

An outline of the process of translating DNA bases into a protein, via an mRNA codon:tRNA anti-codon mechanism forming a polypeptide chain.

Add to Wish List

Cas-CRISPR (IB)

A visual outline of how Cas9-CRISPR is applied in human cells to edit DNA.

Add to Wish List

7. Cas-CRISPR (IB)

A visual outline of how Cas9-CRISPR is applied in human cells to edit DNA.

Add to Wish List

Immune Response (IB)

An outline of the human response to infection, giving an overview of the adaptive immune response which includes B and T cells, antibody production and vaccination.

Add to Wish List

6. Immune Response (IB)

An outline of the human response to infection, giving an overview of the adaptive immune response which includes B and T cells, antibody production and vaccination.

Add to Wish List

Photosynthesis (IB)

An in-depth outline of photosynthesis, including light-dependent and light-independent reactions, how it is powered by excited electrons and ATP, and processes such as photolysis, chemiosmosis and the Calvin Cycle.

Add to Wish List

5. Photosynthesis (IB)

An in-depth outline of photosynthesis, including light-dependent and light-independent reactions, how it is powered by excited electrons and ATP, and processes such as photolysis, chemiosmosis and the Calvin Cycle.

Add to Wish List

Muscle Contraction (IB)

The structure of skeletal muscles and a detailed look at the sliding ﬁlament mechanism of muscle contraction.

Add to Wish List

4. Muscle Contraction (IB)

The structure of skeletal muscles and a detailed look at the sliding ﬁlament mechanism of muscle contraction.

Add to Wish List

Transport of Oxygen by Haemoglobin (IB)

A detailed look at how haemoglobin transports oxygen with analysis of the oxygen dissociation curve.

Add to Wish List

3. Transport of Oxygen by Haemoglobin (IB)

A detailed look at how haemoglobin transports oxygen with analysis of the oxygen dissociation curve.

Add to Wish List

Evolution by Natural Selection (IB)

A visual outline of the core process of evolution by natural selection, emphasising that adaptation takes place over generations, from heritable variation.

Add to Wish List

2. Evolution by Natural Selection (IB)

A visual outline of the core process of evolution by natural selection, emphasising that adaptation takes place over generations, from heritable variation.

Add to Wish List

Viruses and the Lysogenic Cycle (IB)

An outline of the lytic and lysogenic cycles, using bacterial cells and the viruses which infect them as a visual example. Additional reference to the Herpes simplex virus as an animal example.

Add to Wish List

1. Viruses and the Lysogenic Cycle (IB)

An outline of the lytic and lysogenic cycles, using bacterial cells and the viruses which infect them as a visual example. Additional reference to the Herpes simplex virus as an animal example.

Add to Wish List

Close