CTLA4 Epitope Mapping Peptide Array
The Cytotoxic T-Lymphocyte Associated Protein 4 (CTLA4) Epitope Mapping Peptide Array is a semi-quantitative array displaying 177 synthesized peptides representing the full-length CTLA4. It is suitable for antibody epitope mapping and detection of IgG, IgA, IgM, IgE, etc. in serum, plasma, and many other liquid sample types.
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Product Description
Specifications
| Size | 4 Sample Kit, 8 Sample Kit, 16 Sample Kit |
|---|---|
| Species | Human |
| Accession Number | P16410 |
| Protein Name / Synonyms | CTLA-4 / CD152 |
| Quantitative/Semi-Quantitative | Semi-Quantitative |
| Number of Targets Detected | 177 |
| Compatible Sample Types | Plasma, Serum, Ascites, Hybridoma cell culture medium, Purified antibodies, Purified protein, DNA Aptamers, Other fluids |
| Solid Support | Glass Slide |
| Method Of Detection | Fluorescence Laser Scanner |
| Research Area | Antibody Drug Development, Drug Antibody (DA) Detection |
| Estimated Lead Time | 4-6 weeks |
| Shipping Type | Blue ice |
| Storage | -20°C |
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| 1. KAMHVAQPAVVL | 46. VTEVCAATYMMG | 91. LYICKVELMYPP | 136. SSGLFFYSFLLT |
| 2. AMHVAQPAVVLA | 47. TEVCAATYMMGN | 92. YICKVELMYPPP | 137. SGLFFYSFLLTA |
| 3. MHVAQPAVVLAS | 48. EVCAATYMMGNE | 93. ICKVELMYPPPY | 138. GLFFYSFLLTAV |
| 4. HVAQPAVVLASS | 49. VCAATYMMGNEL | 94. CKVELMYPPPYY | 139. LFFYSFLLTAVS |
| 5. VAQPAVVLASSR | 50. CAATYMMGNELT | 95. KVELMYPPPYYL | 140. FFYSFLLTAVSL |
| 6. AQPAVVLASSRG | 51. AATYMMGNELTF | 96. VELMYPPPYYLG | 141. FYSFLLTAVSLS |
| 7. QPAVVLASSRGI | 52. ATYMMGNELTFL | 97. ELMYPPPYYLGI | 142. YSFLLTAVSLSK |
| 8. PAVVLASSRGIA | 53. TYMMGNELTFLD | 98. LMYPPPYYLGIG | 143. SFLLTAVSLSKM |
| 9. AVVLASSRGIAS | 54. YMMGNELTFLDD | 99. MYPPPYYLGIGN | 144. FLLTAVSLSKML |
| 10. VVLASSRGIASF | 55. MMGNELTFLDDS | 100. YPPPYYLGIGNG | 145. LLTAVSLSKMLK |
| 11. VLASSRGIASFV | 56. MGNELTFLDDSI | 101. PPPYYLGIGNGT | 146. LTAVSLSKMLKK |
| 12. LASSRGIASFVC | 57. GNELTFLDDSIC | 102. PPYYLGIGNGTQ | 147. TAVSLSKMLKKR |
| 13. ASSRGIASFVCE | 58. NELTFLDDSICT | 103. PYYLGIGNGTQI | 148. AVSLSKMLKKRS |
| 14. SSRGIASFVCEY | 59. ELTFLDDSICTG | 104. YYLGIGNGTQIY | 149. VSLSKMLKKRSP |
| 15. SRGIASFVCEYA | 60. LTFLDDSICTGT | 105. YLGIGNGTQIYV | 150. SLSKMLKKRSPL |
| 16. RGIASFVCEYAS | 61. TFLDDSICTGTS | 106. LGIGNGTQIYVI | 151. LSKMLKKRSPLT |
| 17. GIASFVCEYASP | 62. FLDDSICTGTSS | 107. GIGNGTQIYVID | 152. SKMLKKRSPLTT |
| 18. IASFVCEYASPG | 63. LDDSICTGTSSG | 108. IGNGTQIYVIDP | 153. KMLKKRSPLTTG |
| 19. ASFVCEYASPGK | 64. DDSICTGTSSGN | 109. GNGTQIYVIDPE | 154. MLKKRSPLTTGV |
| 20. SFVCEYASPGKA | 65. DSICTGTSSGNQ | 110. NGTQIYVIDPEP | 155. LKKRSPLTTGVY |
| 21. FVCEYASPGKAT | 66. SICTGTSSGNQV | 111. GTQIYVIDPEPC | 156. KKRSPLTTGVYV |
| 22. VCEYASPGKATE | 67. ICTGTSSGNQVN | 112. TQIYVIDPEPCP | 157. KRSPLTTGVYVK |
| 23. CEYASPGKATEV | 68. CTGTSSGNQVNL | 113. QIYVIDPEPCPD | 158. RSPLTTGVYVKM |
| 24. EYASPGKATEVR | 69. TGTSSGNQVNLT | 114. IYVIDPEPCPDS | 159. SPLTTGVYVKMP |
| 25. YASPGKATEVRV | 70. GTSSGNQVNLTI | 115. YVIDPEPCPDSD | 160. PLTTGVYVKMPP |
| 26. ASPGKATEVRVT | 71. TSSGNQVNLTIQ | 116. VIDPEPCPDSDF | 161. LTTGVYVKMPPT |
| 27. SPGKATEVRVTV | 72. SSGNQVNLTIQG | 117. IDPEPCPDSDFL | 162. TTGVYVKMPPTE |
| 28. PGKATEVRVTVL | 73. SGNQVNLTIQGL | 118. DPEPCPDSDFLL | 163. TGVYVKMPPTEP |
| 29. GKATEVRVTVLR | 74. GNQVNLTIQGLR | 119. PEPCPDSDFLLW | 164. GVYVKMPPTEPE |
| 30. KATEVRVTVLRQ | 75. NQVNLTIQGLRA | 120. EPCPDSDFLLWI | 165. VYVKMPPTEPEC |
| 31. ATEVRVTVLRQA | 76. QVNLTIQGLRAM | 121. PCPDSDFLLWIL | 166. YVKMPPTEPECE |
| 32. TEVRVTVLRQAD | 77. VNLTIQGLRAMD | 122. CPDSDFLLWILA | 167. VKMPPTEPECEK |
| 33. EVRVTVLRQADS | 78. NLTIQGLRAMDT | 123. PDSDFLLWILAA | 168. KMPPTEPECEKQ |
| 34. VRVTVLRQADSQ | 79. LTIQGLRAMDTG | 124. DSDFLLWILAAV | 169. MPPTEPECEKQF |
| 35. RVTVLRQADSQV | 80. TIQGLRAMDTGL | 125. SDFLLWILAAVS | 170. PPTEPECEKQFQ |
| 36. VTVLRQADSQVT | 81. IQGLRAMDTGLY | 126. DFLLWILAAVSS | 171. PTEPECEKQFQP |
| 37. TVLRQADSQVTE | 82. QGLRAMDTGLYI | 127. FLLWILAAVSSG | 172. TEPECEKQFQPY |
| 38. VLRQADSQVTEV | 83. GLRAMDTGLYIC | 128. LLWILAAVSSGL | 173. EPECEKQFQPYF |
| 39. LRQADSQVTEVC | 84. LRAMDTGLYICK | 129. LWILAAVSSGLF | 174. PECEKQFQPYFI |
| 40. RQADSQVTEVCA | 85. RAMDTGLYICKV | 130. WILAAVSSGLFF | 175. ECEKQFQPYFIP |
| 41. QADSQVTEVCAA | 86. AMDTGLYICKVE | 131. ILAAVSSGLFFY | 176. CEKQFQPYFIPI |
| 42. ADSQVTEVCAAT | 87. MDTGLYICKVEL | 132. LAAVSSGLFFYS | 177. EKQFQPYFIPIN |
| 43. DSQVTEVCAATY | 88. DTGLYICKVELM | 133. AAVSSGLFFYSF | |
| 44. SQVTEVCAATYM | 89. TGLYICKVELMY | 134. AVSSGLFFYSFL | |
| 45. QVTEVCAATYMM | 90. GLYICKVELMYP | 135. VSSGLFFYSFLL |
Application Notes
- 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
Service Features
- 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
Kit Components
- RayBio® human CLTA-4 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.)
Other Materials Required
- 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