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. Author manuscript; available in PMC: 2020 May 19.
Published in final edited form as: Aust J Chem. 2020 Apr 8;73(4):380–388. doi: 10.1071/CH20043

Table 3:

Neuropeptide Yield and PurityA

AMP Length (AA) Avg. MW (Da) Crude Yield (mg) Crude Purity % (RTE) Crude Loaded (mg) Pure Yield (mg) Recovery % Purity % (RTE)
Alarin 25 2894.3 97 54 (19.1) 96 10 19 >99% (19.0)
Amyloid β 1–40C 40 4329.8 32 65 (31.9) 22 2.9 20 96 (32.0)
Amyloid β 1–42C 42 4514.1 80 65 (33.8) 21 5.4 40 77 (34.0)
Bradykinin 9 1060.2 17 91 (17.6) n/a n/a n/a n/a
Catestatin 21 2326.7 81 74 (24.5) 81 16 27 96 (23.7)
CGA-N46B 46 5363.1 117 51 (34.6) 51 13 50 53 (35.3)
α MSHD 13 1623.8 73 88 (21.2) 73 28 44 >99% (21.2)
Neurotensin 13 1671.9 45 90 (22.1) 45 13 32 95 (22.0)
Neuropeptide Y 36 4271.7 66 48 (35.1) 65 19 61 96 (35.1)
Substance PD 11 1348.6 71 90 (24.0) 70 15 24 >99% (24.1)
Vasoactive Intestinal PeptideB 28 3326.8 79 56 (27.0) 54 25 83 69 (27.6)
Avg. 25.8 2975.5 69 70 58 15 40 88
A

Characterization in Supplementary Figures 1929. All synthesized on a 3rd Generation flow synthesizer set for speed and purified by RPFC Method 2 unless otherwise specified.

B

Purified by RPFC Method 1.

C

Purified by RP-HPLC Method 1.

D

Synthesized on a 4th Generation flow synthesizer set for length.

E

RT = retention time in minutes.