Title: Multi-Reflection Polarimetry in Microfluidics
Authors: Maab Alhafidh, Rab Wilson, Andrew Glidle, Anthony Kelly, Julien Reboud, and Jonathan Cooper.

This document outlines the storage structure of the data associated with the above-titled paper. 
The data is arranged by Figure, as follows: 
-	Within the folder named ‘Figure 3’, there are 5 excel files named 
o	“cubemirrorshenelaser 1.xlsx”, which comprises the data for 1 and 3 passes. 
o	“cubemirrorshenelaser 5.xlsx”, for 5 passes.
o	“cubemirrorshenelaser 7.xlsx”, for 7 passes.
o	“cubemirrorshenelaser 9.xlsx”, for 9 passes.
o	“cubemirrorshenelaser 11.xlsx”, for 11 passes.
The files are structured as follows: 
Column A indicates the number of passes for each concentration; Column B is the glucose concentrations; Columns C, D, and F are the 3 times measured optical rotation respectively for each glucose concentrations; These data covered the date in Figure 3(a).
Figure 3(b) and Figure 4(b) are plotted from the same row data in folder name: Figure3.
-	Within the folder named ‘Figure 4’, there is an Origin file named: “LODPout.opj”. Within the sheet “Powerhenelaser”, the following data is available:  
Column A indicates the number of passes; Column B is the measured power; Column C is the theoretical power measurements. This is used to plot figure 4a
-	The LOD data for the HeNe laser in Figure 5 (wavelength 632 nm) is plotted from the raw data available in folder ‘Figure 3’.
-	The folder named ‘Figure 5’contains the data for the LOD for blue laser in Figure 5 (wavelength 403 nm). This is an Origin file name: “BlueLaserOptical Rotation.opj”, within the date sheets: ”P1-P11” for each passes respectively, the following data is available:  
Column A is the glucose concentrations; Columns B, C, and D are the 3 times measured optical rotation respectively for each glucose concentrations using Blue laser;