GainData® cited in Nature journal
GainData® cited in Nature journal
arigo is proud to announce that GainData®, our free ELISA calculator, has been cited in multiple articles published in Nature journals. For example, Ma et al. used it for 5PL regression analysis (PMID: 35197629), while Kleeman et al. used it for standard curve analysis (PMID: 41882353).
Free ELISA Calculator for 4PL/5PL Curve Fitting, IC50/EC50 Calculations, and Standard Curve Analysis
GainData®, developed by arigo, is a FREE web-based ELISA calculator designed to simplify ELISA data analysis and curve fitting. Simply copy and paste your raw data into the calculator to perform ELISA curve fitting and easily export the results. GainData® is not restricted to ELISA, it is also useful for analyzing the data of a variety of assay kits.
GainData® has been widely used and cited in scientific literature for ELISA data analysis and curve fitting, providing a convenient and reliable tool for researchers.
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www.arigobio.com/elisa-calculator
Scientific Publications Citing GainData® for ELISA Data Analysis
Tang et al., (2022) Nat Med. 28(7):1372-1376. (IF 87.2)
Ma et al., (2022) Nature. 603(7899):159-165. (IF 69.5)
Kleeman et al., (2026) Nature. 653(8116):1216-1228. (IF 56.1)
Zhang et al., (2022) Nat Metab. 4(10):1369-1401. (IF 20.8)
Hussien et al., (2026) Nat Commun. 17(1):3893. (IF 18.1)
Ayloo et al., (2022) Neuron. 110(10):1641-1655. (IF 17.2)
de Souza et al., (2024) Brain Behav Immun. 116:193-202. (IF 15.1)
Le Gall et al., (2022) J Immunother Cancer. 10(4):e004309. (IF 12.5)
Hwang et al., (2024) J Control Release. 365:703-715. (IF 11.5)
Cary et al., (2023) Part Fibre Toxicol. 20(1):16. (IF 10)
Siebrand et al., (2025) J Transl Med. 23(1):605. (IF 9.7)
Musa et al., (2025) Food Chem X. 28:102605. (IF 9.2)
Zelikson et al., (2024) Cell Commun Signal. 22(1):229. (IF 8.9)
Feng et al., (2023) Environ Pollut. 329:121614. (IF 8.9)
Sierra-Sánchez et al., (2024) Regen Biomater. 11:rbae115. (IF 8.1)
Tan et al., (2025) Commun Med (Lond). 5(1):386. (IF 7.4)
Piotrowska et al., (2022) Front Immunol. 13:832924. (IF 7.3)
Wei et al., (2023) Microbiol Spectr. 11(1):e0358622. (IF 7.2)
Wauters et al., (2026) Virulence. 17(1):2670050. (IF 6.8)
Wauters et al., (2025) Virulence. 16(1):2581889. (IF 6.8)
Hatano et al., (2025) J Water Process Eng. 76:108204. (IF 6.6)
Musa et al., (2024) LWT. 203:116365. (IF 6.6)
Yau et al., (2025) Food Biosci. 75:108143. (IF 6.2)
Musa et al., (2024) J Agric Food Chem. 72(41):22875-22882. (IF 6.2)
Słota et al., (2025) Biomater Sci. 13(21):6085-6097. (IF 6.1)
Kim et al., (2024) Ecotoxicol Environ Saf. 288:117350. (IF 6.1)
Mildenberger et al., (2023) LWT. 173:114254. (IF 6.1)
Chalermwongkul et al., (2023) Nutrients. 15(22):4742. (IF 5.9)
Csenki ET AL., (2022) Agric Water Manag. 272:107830. (IF 5.9)
Strunk et al., (2026) Commun Biol. 9(1):678. (IF 5.8)
de Souza et al., (2026) Pain. 167(5):1098-1109. (IF 5.8)
de Souza et al., (2025) Pain. 166(8):1811-1822. (IF 5.8)
Ismail et al., (2026) Front Endocrinol (Lausanne). 17:1837651. (IF 5.7)
Perono et al., (2025) Int J Mol Sci. 26(16):8004. (IF 5.6)
Čuljak et al., (2025) Int J Mol Sci. 26(6):2425. (IF 5.6)
Grigorov et al., (2023) Int J Mol Sci. 24(17):13164. (IF 5.6)
Miłek et al., (2023) Int J Mol Sci. 24(22):16439. (IF 5.6)
Källmark et al., (2023) Rheumatology (Oxford). 2023 Oct 18:kead552. (IF 5.5)
Suzuki et al., (2026) Am J Physiol Cell Physiol. 330(2):C540-C551. (IF 5.4)
Musa et al., (2025) Appl Food Res. 5(2):101237. (IF 5.4)
Zelenkova et al., (2025) Front Cell Dev Biol. 13:1653053. (IF 5.3)
Chen et al., (2024) Vet Q. 44(1):1-9. (IF 5.2)
Boszkiewicz et al., (2023) Cancers (Basel). 15(2):457. (IF 5.2)
Ghouri et al (2025) Biochim Biophys Acta Mol Basis Dis. 1871(5):167780. (IF 5)
Perono et al., (2026) Toxics. 14(4):313.
Wu et al., (2025) Sci Rep. 16(1):973.
Baek et al., (2025) Sci Rep. 15(1):5459.
Quigley et al., (2025) Sci Rep. 15(1):7176.
Gard et al., (2024) Biomolecules. 14(6):690.
Morris et al., (2025) Rheumatology (Oxford). 64(5):3125-3133.
Yamashita et al., (2023) Biomedicines. 11(3):814.
Kadlecova et al., (2023) Sci Rep. 13(1):6419.
Chen et al., (2022) Cytometry A. 101(5):400-410.
Jamshed et al., (2022) Toxicol Appl Pharmacol. 441:115970.
Sooranahalli et al., (2026) Curr Issues Mol Biol. 48(5):540.
Doi et al., (2026) Cosmetics. 13(4):167.
Chaurasiya et al., (2023) ACS Omega. 8(29):25727-25738.
Ishihara and Kanda (2024) iScience. 27(12):111490.
Rodrigues et al., (2026) Discov Neurosci. 21:73.
Kanagaraj et al., (2024) Sci Rep. 14(1):19345.
Halpern et al., (2024) Biomedicines. 12(5):970.
Shen et al., (2023) Heliyon. 9(5):e16004.
Sheptulina et al., (2024) Metabolites. 14(11):584.
Mildenberger and Rebours (2025) J Appl Phycol. 37:1465–1478.
Kawata and Funakoshi (2026) Neurobiol Pain. 20:100222.
Lange-Tal et al., (2026) BMC Infect Dis. 26(1):300
Mildenberger and Rebours (2024) J Immunol Res. 2024:8121284.
Prihatno et al., (2025) J Pain Res. 18:5941-5946.
Quigley et al., (2025) J Affect Disord Rep. 19:100854.
Kopycka-Kedzierawski et al., (2023) JDR Clin Trans Res. 8(4):394-401.
Tráj et al., (2023) Animals (Basel). 13(8):1410.
Nishihara et al., (2026) J Anesth. doi: 10.1007/s00540-026-03873-y
Bourgois et al., (2025) Toxicol In Vitro. 104:106007.
Liu et al., (2025) BMC Pediatr. 25(1):190.
Luttman et al., (2023) Appl Anim Behav Sci. 263:105940.
Barahona et al., (2026) Physiol Rep. 14(13):e71019.
Yang et al., (2024) Pediatr Gastroenterol Hepatol Nutr. 27(1):26-36.
Noorian et al., (2024) Iran J Pharm Res. 23(1):e146572.
Kopycka-Kedzierawski et al., (2026) J Dev Orig Health Dis. 17:e38.
Ward et al., (2024) Vet Dermatol. 35(6):595-604.
