Table 2.

The Variable Vensters DIA method attempts to make each window the same number of identifiable peptide ions in width, using IP Inputs A DDA as a guide

Window	Start m/z	Stop m/z	Width
1	374	396	22
2	395	413	18
3	412	428	16
4	427	443	16
5	442	456	14
6	455	470	15
7	469	484	15
8	483	498	15
9	497	512	15
10	511	526	15
11	525	541	16
12	540	555	15
13	554	570	16
14	569	585	16
15	584	601	17
16	600	617	17
17	616	634	18
18	633	652	19
19	651	670	19
20	669	689	20
21	688	710	22
22	709	731	22
23	730	755	25
24	754	780	26
25	779	806	27
26	805	834	29
27	833	864	31
28	863	901	38
29	900	945	45
30	944	1000	56

After 1000 m/z, the number of identifiable peptides grows progressively less dense