= Qualitative Co-Localisation=
(IMPORTANT) You visually assess if two components are in the "place" in the image.
(WARNING) It is recommended to compare two conditions to show a difference between two states **Together** VS **Independent**.
(NOTE) Controls are required to assess staining quality (proove signal is not due to //bleedthrough// or //crosstalk//).
From the images set below, some people could try to argue that **Protein X** can be found in **Organel A**.
{F7181313,size = full}
**BUT**
From the images set below, one could easily argue that the **Protein X** is found more with Organel B than with Organel A.
{F7181323,size = full}
// Even if **Protein X** is (by chance?) found with **Organel A** at some places, it looks like that **Organel B** is much more co-present with **Protein X**.//
= Quantitative Co-Localisation=
(IMPORTANT) You **measure** a **parameter**, or some parameters, to analyse the degree of co-Localisation of two components.
(WARNING) It is recommended to compare two conditions to show a difference between two states **Together** VS **Independent**.
(NOTE) Controls are required to assess staining quality (proove that signal is not due to //bleedthrough// or //crosstalk//) and (depending of the paramater(s) you can use) are required to do the analysis.