1. APTSSSTKKTQL	2. PTSSSTKKTQLQ	3. TSSSTKKTQLQL	4. SSSTKKTQLQLE
5. SSTKKTQLQLEH	6. STKKTQLQLEHL	7. TKKTQLQLEHLL	8. KKTQLQLEHLLL
9. KTQLQLEHLLLD	10. TQLQLEHLLLDL	11. QLQLEHLLLDLQ	12. LQLEHLLLDLQM
13. QLEHLLLDLQMI	14. LEHLLLDLQMIL	15. EHLLLDLQMILN	16. HLLLDLQMILNG
17. LLLDLQMILNGI	18. LLDLQMILNGIN	19. LDLQMILNGINN	20. DLQMILNGINNY
21. LQMILNGINNYK	22. QMILNGINNYKN	23. MILNGINNYKNP	24. ILNGINNYKNPK
25. LNGINNYKNPKL	26. NGINNYKNPKLT	27. GINNYKNPKLTR	28. INNYKNPKLTRM
29. NNYKNPKLTRML	30. NYKNPKLTRMLT	31. YKNPKLTRMLTF	32. KNPKLTRMLTFK
33. NPKLTRMLTFKF	34. PKLTRMLTFKFY	35. KLTRMLTFKFYM	36. LTRMLTFKFYMP
37. TRMLTFKFYMPK	38. RMLTFKFYMPKK	39. MLTFKFYMPKKA	40. LTFKFYMPKKAT
41. TFKFYMPKKATE	42. FKFYMPKKATEL	43. KFYMPKKATELK	44. FYMPKKATELKH
45. YMPKKATELKHL	46. MPKKATELKHLQ	47. PKKATELKHLQC	48. KKATELKHLQCL
49. KATELKHLQCLE	50. ATELKHLQCLEE	51. TELKHLQCLEEE	52. ELKHLQCLEEEL
53. LKHLQCLEEELK	54. KHLQCLEEELKP	55. HLQCLEEELKPL	56. LQCLEEELKPLE
57. QCLEEELKPLEE	58. CLEEELKPLEEV	59. LEEELKPLEEVL	60. EEELKPLEEVLN
61. EELKPLEEVLNL	62. ELKPLEEVLNLA	63. LKPLEEVLNLAQ	64. KPLEEVLNLAQS
65. PLEEVLNLAQSK	66. LEEVLNLAQSKN	67. EEVLNLAQSKNF	68. EVLNLAQSKNFH
69. VLNLAQSKNFHL	70. LNLAQSKNFHLR	71. NLAQSKNFHLRP	72. LAQSKNFHLRPR
73. AQSKNFHLRPRD	74. QSKNFHLRPRDL	75. SKNFHLRPRDLI	76. KNFHLRPRDLIS
77. NFHLRPRDLISN	78. FHLRPRDLISNI	79. HLRPRDLISNIN	80. LRPRDLISNINV
81. RPRDLISNINVI	82. PRDLISNINVIV	83. RDLISNINVIVL	84. DLISNINVIVLE
85. LISNINVIVLEL	86. ISNINVIVLELK	87. SNINVIVLELKG	88. NINVIVLELKGS
89. INVIVLELKGSE	90. NVIVLELKGSET	91. VIVLELKGSETT	92. IVLELKGSETTF
93. VLELKGSETTFM	94. LELKGSETTFMC	95. ELKGSETTFMCE	96. LKGSETTFMCEY
97. KGSETTFMCEYA	98. GSETTFMCEYAD	99. SETTFMCEYADE	100. ETTFMCEYADET
101. TTFMCEYADETA	102. TFMCEYADETAT	103. FMCEYADETATI	104. MCEYADETATIV
105. CEYADETATIVE	106. EYADETATIVEF	107. YADETATIVEFL	108. ADETATIVEFLN
109. DETATIVEFLNR	110. ETATIVEFLNRW	111. TATIVEFLNRWI	112. ATIVEFLNRWIT
113. TIVEFLNRWITF	114. IVEFLNRWITFC	115. VEFLNRWITFCQ	116. EFLNRWITFCQS
117. FLNRWITFCQSI	118. LNRWITFCQSII	119. NRWITFCQSIIS	120. RWITFCQSIIST
121. WITFCQSIISTL	122. ITFCQSIISTLT

• Identify high antigenicity epitopes for antibody production & vaccine development
• Locate (auto)antigen epitopes of (auto)antibodies
• Define the best antibody clone against the protein-of-interest
• Perform epitope mutant analysis
• Map B cell epitopes

• Small serum sample volume required (2 µl)
• High density (simultaneously analyze hundreds of overlapping peptides)
• High sensitivity
• Large dynamic range
• Suitable for high-throughput assays
• High efficiency and accuracy
• Affordable, quick and simple to use

• RayBio^® human IL-2 protein peptide array
• Blocking Buffer
• Wash Buffer I
• Wash Buffer II
• Biotin-conjugated secondary antibody
• Cy3 equivalent dye conjugated streptavidin
• Array accessories (including slide incubation chamber assembly, gasket, adhesive plastic strips, etc.)

• Distilled water
• Small plastic boxes or containers
• Orbital shaker or oscillating rocker
• Pipettors, pipette tips and other common lab consumables
• Aluminum foil
• Laser fluorescence scanner

View Compatible Laser Scanners

Don't have a compatible scanner? RayBiotech now offers FREE scanning service for all RayBio glass slide antibody arrays! Learn More

Upon receipt, all kit components should be stored at -20 °C to -80 °C until ready to use. Stored properly, the kit will retain complete activity for up to 6 months.