If you would like to use any of the Digital Persons as a starting point and change the look, copy the Digital DNA. Digital DNA is the unique blend used to create the Digital Person in an encoded format. To continue working on the Digital Person, use the Loading Digital DNA feature of the Digital DNA Blender.

2023 Avatar Presets

Image	DNA
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	N4IgRghgxg1g5gJwPYFcB2ATEAuUUkA2SCOoAlltiAPoDCKAzgC5IC21AzAEwfUCMYPlC4A2DgHYAHN0lcIABi4B6PiAA0IABYBTAB60kGbThABiACx9LlkAF8NkWIlSZ6zNgBU9TFAmNU6RhZ2LgBWcwBOPj5eeQ4jADMIkT5Q7QSReXlxcRU7DThtNm0mBABPUhAkADdtBAgCAkqCMggcPg1WbTIceU7W3o0IBIHsPpAMCGqesY16gCsUXoA6DjmkBjbZkAZtNC35ZfMhmDIYJEGQCBh61kuwPfmZ8cmyMqXtsk3oS6fWMjQKxEoQ0MAgAC8AZdNgxNAcNAwUGUodsmHCwBdtg0MAgyFB7tcILjfmRNEgkIDtqwiURKeNCGRpvCdih-kxmdMmXShgQIBgMCjxlAIAwAA5E5mTbSwsh3Kl1cVMZ4acWNKbKkDzPZoMgJOq9Wz2EDaMrSyr4IgkKhoiAY9RVWr1RrNUbjLrPZYgkD-ZnDUYdCbqy4LD7jZCbaF7LYB65nTHja63e6PDWvd4rLgaL4QH7bP6C5apUEQwUIkVw6FI0sgG12rEEHF4glg4ljQsaJ5kimXakIWmXBlMytsjmM1rcq68-nV4ViiWXKUyuWHIvehUQJVAlUNXnTX7a3X6saGjRoDb+UA1Oo7l3M90911DEaSoNt+RekPBjbM3b7S6x85-xuCBlwcFMFwgN4PgDbNc3GfMJzBSEJxhCttkRZEJ1reMeUbfFtkgFsNU7ckJ17fttkHR8WRHS5OXHf8pwFCdZ3FeoIOlTRZR7ddN22VVd2Ig89SteQT29VA0UqK8nSaXAQBaO9ugfX1nwgvdtk-TTv0jP8sVOQD9KTAjwO2NNQyzb58Pg2VqyQ6tUJ-KssPRHDJzw5siQ9cwvRI7sqRpfyAyopzaO2eiIAnBo+WYy5WPnMyIE47j5QQRUNQE194OEo8xKNBgYBQZ15Jkm95MUniNR9f81MSjTDkiOYIEWL8I3QqMgLjIDjPGB40CeCCoMuWDrI7WzEJLFDyyczD2g0bDGI8gjCVbGyuzIwKJxClYA0RMLxgiqKmJnEU2JfZLQLXNKNwyncso7HLRPEuEyCtUBmDKAh-BAAAxABVAAFLIOAAIQAOXtC1iBMMBeVgfIdlOSlQCYbxfG+6lNAjI1qRgbQUFFSoPq+kw-HZMgmizNBUbQBgyCYCp5IASWpvY6YZlZxC4cSMQwMoAEFXCINEATgSpecZ70GmMToSjJSgQCgII2HtLo0UMfmTFFPwAFolfqVGsARLiECYAxLRMEGABl+doABpe0ZVNgBlBmSaoUVCCQHWnaYR2TbNr2EE1qh-des3ldYLxdB8PwTECdx2EkSRxA4SQInEagEgSCAIgScxpCgcwEnkKBxG0cw8mN8O3GCaPY+0EOQAR6AoGlBhiDIM15P2LoQb5QoTDsWwgA
	N4IgRghgxg1g5gJwPYFcB2ATEAuUUkA2SCOoAFgKYAeAwkhhTiAMQAsADBxyAL4A04aPGToMNFAGcALkgC2AFWpSUCRthAB9cdLkbWATnYBmVqwBsG9pwBmAVlsYAHFGsVWjx6ygB6AIy8BOAo5CikEAE9SECQANwoECAICKIIASwgcdgFZClTM7PTMgDozXwEIa0LsLJAMCBi86oEEgCsUfJBkCQymkAkKNB6aiBhUmCQOkYTZDrABlsaautTw9t7U7ugOhdlUtA6YCAAvPY7uiTIesr6UcNPeqUuwCd7EjARUqFmRiA-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-S0l8OjfPSo0-GMf1+P9kxApsLMzNJsyfRFUmRKCYVLSY4MrDpENrXp6zQqSyMw7DelwpL8P8ns+XYUjLlSPlQGkcICDUEAADEAFUAAUrH0U75BlEBxWIJgclxREACFkAAd32YLRhBUApCUFQDrBMhugCMiRgoFAiSiXb9qYIlkFcCQJFSYFEhuvY-rQZGpEiJUAEk0Ex7HcfYEpbFI54MHCABBTAaCIR49jgKJKdxkBXDBWGp0eegmCgSQZBmbnAQwam4dUABafmEj+rB4TQhApDoCUmAAdQACTx+QAFEbspRWAGUcdh9QpAl54sLQChYD1hWlcIYgxfUW2tqVgW5EUKhlFUJgtHd2Q9Hndh5wjIwNAgMwzEcMA+NKfRrDAMx9AwIw-BdxXtEFz3vYoJ2QFB6AoApCRiFSUUlUGHJnuxIImF4HggA
	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-D4z2DPcMyAnNgXAgtIOLeEi1g9JK306sUJROt7UJYksIpHDN2I0jmQQVkeSogSaLQfk6MKKxGIkGAUAXDV2MS0AtTI1d9Q3dtqLaISVItO49Eea0Tykk9LxA69CgeBolO9bZdnUgRnxOc4310z8DPdRMjI88z-yjUDLP2az7PqaCxuVRz4KeFyBlQ9DPKbGZsLbAYOxIrsmPIkK1Ry3kItHejGNuNJZVAaQIgINQQAAMQAVQABXYdgrAAWQAIQ0cowHKEABGlYgmAgFAwBUY5RTi15QCkJQVBuvjAiY8YKBQSloku66mEpZBBQkCQ0mhJJ-tUtBYbQAmpCiDUAEkyeGSnqfYSMjEYz4MAiABBTAaCId4jjgaJ2epkBBThLHu3eegmCgSQZAWSXIQwTnsdUABaWXElhrBHhIhApDoGUmAAdQACRp+QAFESYZfWAGUqaxuViHFtXbakG29YNwhiBV9RPbOg25bkRQqGUVQmC0YPZEsPwjCsAwDCsDQbHKVgKAMUw9CgJYwBsAwIHKKB-AD-XtHl0Pw4oP2QCR6AoHpCRiDSSUNRGXIPqJYImF4HggA

2021 Digital People from Simple Blender (Presets)

Note 1: Eye-colours from DNA may not match existing deployments and require refining via the eye-colour feature if an exact 1:1 match is required

Note 2: Using the DNA as is for feminine DP’s listed here will apply makeup. If an exact match is required, remove the makeup.

DNA Expand to Copy DNA N4Ig5gpg9gthAuAnAniAXKKA3CiCGANgeqHgGYCWe6ADAHQCsANCHgNYVtS0vv4y06AZhYATPBADOACwoC0NMXgrIArjxDisFdAEYWAKwgA7YxTK4NBKhpg2FLKNe3UHIfAfVvEUSa-oiIH4y-iySJv4AvpEsEMhSJCAAxk5QiOggMKqiFADu1I44+ESJ5PaKrBxcGnx48hXiUrL1SipeDXjaGkam5pZu1qGZ5Y7OI+54nho+fhrB0kPhxlExIMa+EInYuITEGKyUQ+yc3G61LZoSMnIa4m23nTpuPWYW6QPjdkNOFC7Tk+0WDNFngQnMIrRoiwYFBVPBpFsirtSocalVThVzg8mjc3Hc1A8us8TK9+hVBrZxj8-t4AdNfCCwW4liswmxVCV9ttintSKizui0fxsdcLvjAZciRUXn13uTPlSxkMPBLgXNQQtwctIasFhR3qBJPBkARNmgQABZADKAAkaDRdABhADyIBYKQIaQyACMCHgkmwQKtJBxjIl4BAAB7wVSIM0geF4b3cVYwdgQVQAB0SRpN8e9eDjbpAFGMEeMkgoxsSAEkyyZK9W0LooSBk6JkABBYyiR2e+GlsCJduoc1p03F66IeBW40T83wAC0U-gk9k08dqXeIAAxAAxA+Htf6+CO1RG2AAFSjMaL5oA+meLzB77ohAwACwANg-97w4hof1vQdAAOIQQIAdl0JJvQAel0IMWALAMwB8VQe0SD0vX2aQo03UR4x3D8aGI4ig1Wf0kikSQ0goBJ9mWOAACF-0gDJyKAA	DNA Expand to Copy DNA N4Ig5gpg9gthAuAnAniAXKKA3CiCGANgeqHgGYCWe6ADADQh4DWFTUtAdAOwAsDz+GLQYATPBADOACwpC09EGIrIArpwCsovFgrCQAKwgA7IxTK49BKnpjX5HAEyaQUKzuryG+fWs8hEUBIeCkHSwQwSxsEAvtEMEMiSJCAAxq5QiOggMCoiFADu1AzYuITEGIyU4YwsbHoCeHIKYpIyTVrKvs3aun6GJmYWflbVttWuFO563l1egdWhUgtRtLEMRoEQySX4RMnkdgrMrOx+De2K4tKyekqqtz16-abmmcOHDGN6E1N+M9PzPSLZZGGJxbJQFTwKTbHC7cqkKr1WqnI5MQQPVo3Px3WaXHRPYwvIYKEY2D4uNwU-5-QF+YFAlbyNYgCRMFR7Co7Mr7JFnFHIjE4q5tB6dB4EvpEwZvUkUr5+H7UvA+AFBIF4MKM0GrcFLChvUASeDIAhbNAgABiAFUAAo0GhcW0AFRADDSBAyWQARgQ8CkmCBwWyKEZkvAIAAPeAqRDm7J4EQiVDgmDMCAqAAOyWNpvjmYC5gkEgoUFBxAYoYjRhLJuSAEkjNXa6g0ABGFneqDJgCCRhEAGFPdDQ2Bkl3k1lzGmzW7WTJEPAAMom2cW+AAWmui7n2-gA-SbxAAGJLWfz7uF-uVMbYM6ozG41kAPoDm-wWDPtsOLgADl-ACcX5cAAzBAIjqFwXApDwPAwf6v4APRtkGDDev6TBgAEKj9skHpehUUhRgeIjxsePA0BRFFBuC-opJIEgZBQSQVKCcAAEKJpAWQ0UAA
DNA Expand to Copy DNA 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-EjSb4wnPLohEIKFAmcQGKGIxoS8b4gBJDTV2uoaxg71QPjIACCGj4AGFPVDQ2B4h2u2ldOnTW7WWJEPAAMrGmfm+AAWjFC9nW-g-eSfRAAGILaezzv53u5EbYM6ozG42kAPr96-wWBPqwOwwADh-AE5P0MABmCA+AAVkMQwEj8PwYP9H8AHorCDBhvX9JgwE8OQ+3iD0vT2EQo33Ph4yPPwaAoiigxZf0EmEIQUgoOI9iZOAACE8D4SA0hooA	DNA Expand to Copy DNA N4Ig5gpg9gthAuAnAniAXKKA3CiCGANgeqHgGYCWe6ADADQh4DWFTUtDz+MHIAJnggBnABYUeaevzwVkAV14CsFXgCsIAOw0UyuWgDoATAFYGBKrxgXJ+gOymQUc8uo2H+VQskNEUIa6l-UQCGIU0AgF8IhghkYRIQAGMnKER0EBg5PgoAd2oGbFxCYgxGShDGFjZeLjwJKQFhMXqGAVkvBrxlNU1tXTTvEHMKqwqnChdeDw6fPwqgkXnw2iiGDT8IBML8IgTyaylmVnZB2pbpJvFFGXlr7sH1LR09QeHLA4LnD5BpqbneBZLDSRaIZKByeAiLY4HYlUjlGpVE6HJjca6Xc5tW6DJQqB69Z4DKRvQajXjjSaDX5U-6DQEA5aSVYgIRMOS7UrbYp7BGnJGItE4wSiK5C9p3PFSR59F7E75kwYU77UqS+fwAvDBBnAlagxYUAagITwZAETZoEAAMQAqgAFGg0Wy2gAqIAYyQIqXSeDkACM5IgNCBQayKEHSvAIAAPeAB80szWLYMMGDMCByAAOCWNpvjGd8uiEQgoUGBxAYYcjGmLJoSAEkNFWa6g0ABGZm+qB8ZAAQQ0fAAwp7IWGwAlO930rpU2a3SyxIh4ABlE2zi3wAC0IsXc+38AHKQGIAAxJaz+fdwv93JjbBndHY4h4wB9Ac3+CwZ+twy2AAcv4ATi-WwAGYID4YxbFsRIABYYNgvBEl-AB6VtkxAX1EKYMBfDkfsEg9L1ShEaMDz4eNjxgmgqKo4NQUQxJhCEVIKHiUpgTgAAhPA+EgdI6KAA
DNA Expand to Copy DNA N4Ig5gpg9gthAuAnAniAXKKA3CiCGANgeqHgGYCWe6ADADQh4DWFTUtDz+MHIAJnggBnABYUeaevzwVkAV14CsFXgCsIAOw0UyuWgDoA7AFYGBKrxgXJDKOeXVJ+0yHyqFN11CGOpP0b76AEwuQpq+AL4RDBDIwiQgAMZ2UIjoIDByfBQA7tS2OPhECeTWUsys7J5ceBJSAsJidQwCsh71eMpqmtq6aZ7mvgxWQyB2FA68bu0MiN6j-iIL4bRRDBreEAnYuITEGIyUoxVsvDXN0o3iijLyN12e6lo6egNlw+9j9p-TU-O8i2WGki0QyUDk8BE20KexKRzOLFO1SY3BuVwurTuniUKkePRe-Skg0sn3Gk08vwp-08gIBK0kaxAQiYcmKBx2RX2pHhyMqCNR2MEomugra91xUievVeRM+I14ZJ+eHcfx8ALwATpwNWoKWFH6oCE8GQBC2aBAADEALIAURoNAAzAAhJ0gBjJAipdIAIwIeESTBAoOZFA0CXgEAAHvA5IgzRkICpQTBmBA5AAHBJGk3x9NzXRCIQUKDA4gMUMRjRF40JACSGkr1dQaAAjIzvVA+MgAIIaPgAYU9kNDYASHa76V0KdNbqZYkQ8AAysaZ+b4ABaYUL2db+D9lL9EAAYgtp7PO-ne7kRtgABUozG4+kAPr96-wWDPltBQwADl-ACcX6GA6EB8MYhiGIkAAs0Ewf6v4APQtkGDDev6TBgHMch9gkHpegcIhRvufDxke0E0BRFFBqC-qJMIQipBQ8QHMCcBOngfCQOkNFAA	DNA Expand to Copy DNA N4Ig5gpg9gthAuAnAniAXKKA3CiCGANgeqHgGYCWe6ADAHQCsANCHgNYVtS0vv4w8QAEzwQAzgAsKAtDRYiKyAK6CRWCoIBWEAHY6KZXLToAWFgSrGAjMxAxLsllAvrqjkPk0r3iKGLdyIP6SASxiugEAvpEsEMjiJCAAxs5QiOh2SkIUAO7UTjj4RInkDoHsnNzufHgygSLiUnXyeIre9XjqWrr6hunuFqF2ZU4uIx54XoK+-oLBEkPhOlExIDp+EInYuITEGKyUQxVcgjXNwqKS0qqtyjdd7tp6BkYD4-ZDzhSu05PtLDNFngQnMIrRoiwYFAlPAJFtCrsSodThwTtU2Pwbo1ru4FHdcZ0NI8ei9+oFBoIPoIvj8fH9pn4gSD3EsVmE2EpivttkU9qRkejKijMQTsec8f8Lg9Ak9eq9ye9xjTxp5JYC5sCFqDluDVgsKP1QGJ4MgCJs0CAAGIAWQAojQaABmABCzpALBSBDSGQARgQ8Ek2CBVmIODpEvAIAAPeBKRDmzLZPLByHsCBKAAOiWNpoTGd8hjEYgoUGWxBYFB0kZ0xZNiQAklXdLXUGgrBCQD6oEJkABBHRCADCXthlbAiS7PYyhhghE2YSkiHgAGUTWaMvAALRXJfuoKL+CD1L9EAAYktF8ve53h6UxtgABVo7H4xkAPqDu-wWBvqwAJgAdgADiAgBOX8AMdCAhAYACAKSEwTAQgMgIAeisFNOwDNgwF8JQB0ST1vX2CRoyPIQE1PEwaGo6jg1WAMknEMQ0goBJ9mWOBnTwIRIAyeigA
DNA Expand to Copy DNA N4Ig5gpg9gthAuAnAniAXKKA3CiCGANgeqHgGYCWe6ADADQh4DWFTUtDz+MHIAJnggBnABYUeaevzwVkAV14CsFXgCsIAOw0UyuWgDoA7AFYGBKgdMgYFyfoBMVqOeXVJDfKoXuQiKELcpANFAhiFNQIBfSIYIZGESEABjZyhEdGs5PgoAd2oGbFxCYgxGSlDGFjZeLjwJKQFhMXqGAVlvBrxlNU1tXXSfcwqbCucKV15PDo9-CuCROYjaaIYNfwhEwvwiRPJbKWZWdh9alukm8UUZeSvun3UtHT1B-YYR3jGJnynJ2d55xYaKIxaxQOTwESbHDbEqkco1KrHA5MbhXC5nNo3HxKFT3XpPAZSIa8d4+T6vXx4Ly-AL-PAhf5LSQrEBCJhyHalLbFXbwk6IhGo7GCUSXYXtW64qQPPrPIkU0lSckVH7fP4+AGMoHLEELCgDUBCeDIAgbNAgABiAFUAAo0GgAZgAQgA5EAMFIENIZODZOQwJ1+HIaEAgtkUEOleAQAAe8DkiDNlJyEYsIJgzAgcgADokjSak9m-LohEIKFAgcQGBHoxoy8bEgBJDS1+uoNAARhZACMoHxkABBDR8ADCXohEbAiV7-YyugzpvdrLEiHgAGVjYvzfAALSi1dL-fwEepAYgADEFqv18PK+PciNsAAKrH44mMgB9EcP+CwD8d+xDAADiAgBOf9DAdCA+GMQxDCSAAWBDELwJIgIAeg7UMGG7VCmDAPw5GHRJPW9UoRFjE8+CTc8EJoOi6NDEFUKSYQhDSCgElKIE4CdPA+EgDImKAA	DNA Expand to Copy DNA 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-DAAzBAfB+IYhgJAALBBkF4Akn4APRWCALJerBTBgJ4ch+vE7qensIgRtu-ppHuEE0GRZHISysEJMIQgpBQcR7EycAAEJ4HwkBpFRQA
DNA Expand to Copy DNA N4Ig5gpg9gthAuAnAniAXKKA3CiCGANgeqHgGYCWe6AjADQh4DWFTU6ADA8-jJwwBM8EAM4ALCnzRcQQisgCu-WXiwVlAKwgA7bRTK5lBKpwB0AdgYwT0hlGNrq00wBYG+DUtshEUEU5l-cQCGER0AgF8IhghkURIQAGN7KER0EBgFAQoAd2o7HHwiBPIbGWZWdm8ePCkZIVEJOsE8eS961XVvLV19Q29jEIyyuwcRnzxPZV9-ZSCxIbDtSOiQbT8IBOxcQmIMRkohirZlGuaVRsllOUVrzs0dPQM0gfHrIfsKR2nJ9vc-RZ4YJzcKcKJWKAKeBiLaFXYlQ6nFgnapMXh3S7nG5-FRqB69Z5GN7jT7fbweHEzQHA7xLFahJgKYr7bZFPakRGoypI9HeBriK581q3IV47qPPovGSDZTvZSk8YU6YAuZAhYg5Zg1YLCgvUAieDIAibNAgABiAFUAAocDgAJitABUQAxkgRUukAEYEPCJJggVYiFjaBLwCAAD3gCkQJoyWVy1FWMGYEAUAAcEgajbG074DCIRBQoMtiAwKNow9pC4aEgBJCs6auoNA0cEgT1QATIACC2gEAGF3dDy2AEh2u+kDMnjS6QALEPAAMqGmem+AAWnn8FnW-7KReIAAxGaT6edxIF-2FAbYI6I1GY+kAPpXm8wJ80O3mAAc34AnB+5gAMwQAIACs5jmIkLguNBvrfgA9DQAYMJ6vpMGAvgKH2CRuh6+xiBGe4CLGh4uBw5HkQGqy+okogiKkFDxPsyxwAAQngAiQOk1FAA	DNA Expand to Copy DNA N4Ig5gpg9gthAuAnAniAXKKA3CiCGANgeqHgGYCWe6ADADQh4DWFTUtDz+M6AjAwBM8EAM4ALCjzT0QQisgCuHWXiwVlAKwgA7bRTK5lBKspgnpAOgBMAVgZRja6tIb4NSlyERQRzmhbsQX3E-BhEdPwBfSIYIZFESEABjByhEdBAYBQEKAHdqexx8IkTycxlmVnZPLjwpGSFRCXrBPHkPBtV1Ty1dfUNPY1DM8vtHUa88d2VvX2VgsWHw7SiYkG0fCETsXEJiDEZKYcq2ZVqWlSbJZTlFG67NHT0DdMGJs2GHCicZqY7XHxLPAheYRWjRBgwKAKeBibZFPalI5nFinGpMbj3K4XW7-FRqR59F5Gd4TL4-TxuPGzIEgzzLVZhJgKEoHHbFfakZHoqoozGeRria4Ctp3EUEnpPfqvGRDUxk8bDKkzQHzYGLUErcFrRYUV6gETwZAELZoEAAMQAqgAFGg0ADs1oAKiAGCkCGkMkJEEwAELeXLaEBrEQsIMHeAQAAe8AUiFN+PUaxgzAgCgADolDcaEwAjPDx10gCjaSPaEQUI2JACSpZ0FaraF4EJAuagAmQAEFtAIAMIe2ElsCJNsdjIpk1FoWIeAAZSNk7N8AAtNP4FOJDPe6lXiAAMTmw9Hjd6+C9hSG2BO6OxwtmgD658vMHvvAAzDYACwANk-97wQg0HgSS5jQvAABxvuB9q8CBAD0vDBgw+ZJEwYDeAoPaJO6noHGI0bbgICZ7p+NCkaRwZrMBSSiCIaQUAkBwrHAvoAZAGSUUAA HELP-277 - Getting issue details... STATUS
DNA Expand to Copy DNA N4Ig5gpg9gthAuAnAniAXKKA3CiCGANgeqHgGYCWe6ADADQh4DWFTUtDz+MHIAJnggBnABYUeaevzwVkAV14CsFWgDoAzAwBWEAHa6KZXOgCMDAlV4xLk1QFYGUC8uqSG+LQtsAmd1CGuUgGigQxCeoEAvpEMEMjCJCAAxk5QiOggMHJ8FADu1I44+ESJ5DZSzKzsboxM3IqCouINsl5SSio1OvqGxjUWoZnljs7DIB5tfgG8wSKD4bpRMSC6-hCJ2LiExBiMlIOVbLxceBLtjWJnDAKtDcq83QZG6f1j1oNOFC68Ez-+83gQjMIrRogwYFA5PARBsittSvtjiwjjUTldpMJLi15HdOlJHr0XlIBlYxp9vjVfpT-jNAXNgYtQcshEw5CVdptijtSIjUcjqhU6qcGpjmjUbjjxXh7l09E8+sS3mTRoMqVJEDSarN5iDJGCQHMKC9QEJ4MgCOs0CAAGIAVQACjQaABOe0AFRADBSBDSGQARj7dHx1syWLpEvAIAAPeByRCW8Z4XIUAzUZYwZgQOQAB0SpvNCezGqMQiEFCgi2IDBTkd0ZbNiQAkrpa-XUGgTPq-VA+MgAIJBgDCPuhKbAiW7vYyRgzFs9ICaiHgAGUzXOrfAALSL+DzneD1IvEAAYmtZ-Pe7ES8HclNsDd0dj8YyAH0b3eYC+TN4AOwADj-Z0vx-dQID4Owfx-JIABZoJgvAkj-AB6EwQGWP0EKYMANTkINEm9X1dhEaMD2DDJj2gmhKMotDlgQpJhCENIKASXZFjgAAhPA+EgDJaKAA	DNA Expand to Copy DNA N4Ig5gpg9gthAuAnAniAXKKA3CiCGANgeqHgGYCWe6ADAHQDMArADQh4DWFHUtbn+GHxAATPBADOACwpC0NNmIrIArsLFYKwgFYQAdnoplcwglWExz8tlDObq1kPm1r5dAOxtEUCQ4UhfaT82CX0-AF9wtghkSRIQAGNbKER0EBgVEQoAd2obHHwiePIrf05uXkcBPDl-MUkZWsU8ZVc6vE0dfUNjVMczYPTSmzthpzwXYW9fYUCpQdC9CKiQPR8IeOxcQmIMdkpB8p5haqbRcWlZdRbVa87HXQMjE36xy0HbCnspibavHwWeCCszCtEibBgUBU8CkmwKO2KBxOXGOVQ4gmuDSujiUtxxHS0D26zz6-gGFjGn2+jmcfycANmQPmIKWYJWEg4KiKey2hV2pCRaIqyIx+KxZ1xdI0hP8jx6LzJb0po0GtKmDMccwWoPk4JA8wofVAEngyAIGzQIAAsgBlAASNBoAEYAMIAeRAbCSBBSaTEiA4ACFvNk9CB2Vww3t4BAAB7wFSIC3nTorGCcCAqAAO8RNZuTACM8EnPSAKHoY3oJBRTfEAJIV-TV2toJ16gtQETIACCehELp9MPLYHiHa7aXT5tLl0Q8BtpqnlvgAFoZ-BpzJZy7kn0QABiABiR+PG8N8BdKhNsAAKnGEyXLQB9C9XmCPp3MAAsADZP4+8GINB4AkBbOgAHAwYHuE6IEAPROuGbBFgkHBgN4Kh9vE3q+nsUhxtuIjJnun40CRJHhiswEJJIEgpBQcR7EscCBgBkBpBRQA
DNA Expand to Copy DNA N4Ig5gpg9gthAuAnAniAXKKA3CiCGANgeqHgGYCWe6ADADQh4DWFTUtAdABwPP4y0GAEzwQAzgAsKAtPRAiKyAK6D5eLBVUArCADtdFMrk4B2BgSqqYl2QygWN1WyHxaVzxFDFO53yT44AVgYxPR8AX3CGCGRxEhAAY3soRHQQGCUhCgB3ajscfCJ48hs5ZlZ2Zz48GTkRcSla4TxFdzr1TWcdfUNjZwsfBmtBkHsKR1VXNoZPb1U-CRHQ3QiokF0vCHjsXEJiDEZKEfK2VWqmtQbpVQVlG47tPQMjVP7SoffRh0+pya8lvD+eZhWiRIZQJTwCTbAp7YpHM4sU5VJj8e5XC63aZqDSPHovVQDKyfMYTDx4Nx-ObOBZLEGyMEgMRMJRFA47Qr7UgIlEVRFo5z1STXQUtO6i3FdJ69V5yInOYaqUk-CnY2YAoE0+k0RmLCivUBieDIAhbNAgABiAFUAAo0GgmG0AFRADCSBBSaREiCYACFPNldCA1syKEGDvAIAAPeBKRBmkBEtYwZgQJQAB3iRpNCfTniMYjEFCgK2IDDDkd0ReN8QAkrpK9XUGgAIyMgBGUCEyAAgrohABhD1QsNgeKd7tpIwp02uplSRDwADKxtn5vgAFphYu59v4APkq8QABiC1n8+7hf7pRG2BO6Ox+NpAD6A5v8Fgz5bACYTFwuAAnF+JgAMwQEIgQmCYCQACwwbBeAJFwAD0LbBgw7aIUwYCeEo-bxO6noHBI0YHkICbHjBNBUVRwZrIhCTiGIKQUHEBwrHAvp4EIkBpHRQA	DNA Expand to Copy DNA N4Ig5gpg9gthAuAnAniAXKKA3CiCGANgeqHgGYCWe6ADADQh4DWFTUtAdAOwCsDz+GLQYATPBADOACwpC09EGIrIArsMV4sFdQCsIAO30UyudQSrqYF+RwBMfEFHNbq8hvh1q3IRFAmuaDgd-aQCGCQMAgF8ohghkSRIQAGMnKER0EBgVEQoAd2oGbFxCYgxGSjDGFjZ1ATw5BTFJGUbRPGUvJs1tbz1DY1NvcyqrKqcKF3UPLvc-KpCpBcjaGIZ9Pwgk4vwiJPJrBWZWdm96to0W2XUlVRue3QMjEwzhw4Yx9Qmp7xnp+fUi2W+misSyUBU8Ck2xwuzKpEqdRqpyOTEE9yuF1usw0WkeAxeZneWWJ32Jf1+AO8QMBK3kaxAEiYKj25R2pX2iLOyKR6O8zWk135HTuwrxfSeg1eChGllJznJeE8-38gLwoVpINWYKWFFeoAk8GQBC2aBAADEAKoABRoNAAnNaACogBipAjpTIAIw9+hEWzBTIo+iS8AgAA94CpEKasngRCJUGCYMwICoAA5JQ3G2Pp3wmCQSChQEHEBjBsP6ItGpIASX0lerqDQAEYGV6oImAIJ+gDCHqhwbASQ7icyJhTJtdjJkiHgAGUjVOzfAALSCufTjfwXtpV4gADE5uPJ63s53KkNsCdEajMcyAH1e5f4LAHy3bFwABxf+3vrgAMwQCIPBcFwyQACwQZBeDJF+AD0LYgGCXqwUwYC+CofpJO6nrlFIEa7v6mQHhBNBkWRyFgrBySSBI6QUIk5QgnAABC8aQJkVFAA
DNA Expand to Copy DNA N4Ig5gpg9gthAuAnAniAXKKA3CiCGANgeqHgGYCWe6ADADQh4DWFTUtAdAKwPP4y0GAEzwQAzgAsKAtPRAiKyAK6D5eLBVUArCADtdFMrk4AOBgSqcA7AxiXZDKBY3UHIfFpVvEUMa7l+kv4MYnr+AL7hDBDI4iQgAMZOUIjoIDBKQhQA7tSOOPhE8eT2csys7G58eDJyIuJStcJ4il516ppuOvqGxm4Wwemljs7D7nieqj5+qoESg6G6EVEgur4Q8di4hMQYjJSD5Wyq1U1qDdKqCspXHdp6Bkap-WN2g04ULlMTbQzTC3ggrMwrRIrYoEp4BJNgUdsUDicWMcqkx+LcLmdrr81Bp7j0nqoBqo3qoPl9vD8pr4AUC3ItliEmEoinstoVdqQESiKoi0W56pJLvyWjdhbiug9es85ES3CS3GSxh5sf9ZoD5sClqCVvMKM9QGJ4MgCBs0CAAGIAVQACjQaAAma0AFRADCSBBSaQARgQ8AkmCAVmIWLp4vAIAAPeBKRCm-aWFYwZgQJQAB3ihuNcdTPiMYjEFCgS2IDAounDugLRviAEly3oq6g0ABGMEgL1QITIACCuiEAGEPVCy2B4h2u2kjEmTa6QILEPAAMpGmdm+AAWnn8FnW-7yWeIAAxOaT6ed1IF-2lIbYE7I9HY2kAPpXm8wJ-N+1WEwmACcH6sABmCAhC4KwrASAAWSCoL9EwAHpm0DBgvT9JgwB8JQ+3id1PT2CRIz3IQ40PSCaDIsjAxWP0EnEMQUgoOI9iWOAACE8CESA0iooA	DNA Expand to Copy DNA N4Ig5gpg9gthAuAnAniAXKKA3CiCGANgeqHgGYCWe6ADADQh4DWFTUtAdAOwPP4y0GAEzwQAzgAsKAtPRAiKyAK6D5eLBVUArCADtdFMrk4AOBgSqqYl2QygWN1WRwCsDfFpW2QiKGKdy-pIBDGJ6AQC+EQwQyOIkIADG9lCI6CAwSkIUAO7Udjj4RAnkNnLMrOzefHgyciLiUnXCeIpe9eqa3jr6hsbeFiEZZXYOIz54nqq+-qpBEkNhupHRILp+EAnYuITEGIyUQxVsqjXNao3SqgrK153aegZGaQPj1kP2FI7Tk+3ufos8ME5uFaFEGDAoEp4BItoVdiVDqcWCdqkx+HdLucbn81BoHr1nqpBlZxp9vt4PLiZoDgd4litQkwlMV9tsintSEi0ZVkRjvA1JFcBa1biL8d1Hn0XnISd53qpyeMqdMAXMgQsQcswasFhQXqAxPBkARNmgQABZADKAAkaDQAIwAYQA8iAGMkCKl0iJEEwAEK+HK6ECrMQsEP7eAQAAe8CUiDNIHm1FWMGYECUAAcEkaTUms74jGIxBQoMtiAwKLpo7pS8aEgBJGt6euoNAO8EgABGUCEyAAgrohE6vTDq2AEr3++kjOnTe7k1JEPArcaF+b4ABaIUrxe7+BOlIvEAAYgAYper-vl4elEbYAAVWPxxPpAD6Tvv8Fg74dACYuBMEwAE4-y4ABmCAhBcLguESAAWBDELwRITAAegdUMGG7VCmDAXwlGHBJPW9fYJFjI8hCTU8EJoOi6NDVZUMScQxFSCh4n2ZY4H9PAhEgdImKAA
DNA Expand to Copy DNA N4Ig5gpg9gthAuAnAniAXKKA3CiCGANgeqHgGYCWe6ADAHQCMArADQh4DWFHUtjATG074YtNgBM8EAM4ALCqLQ0JeCsgCuYkJKwUtAKwgA7IxTK4+AdlYgCVLTHtK2UO7urOQ+fZs+Io0h7KIIFyQWzSxkEAvtFsEMgyJCAAxq5QiOggMOriFADu1C44+ETJ5E7BnNy8nsJ4isGSMvKNKmq+TXi6Bsam5pmeduHZlS5uY154Plr+gVqhsiORRjFxIEYBEMnYuITEGOyUI9U8WvVt2lJyClqSHXfdep6GJmYWQ5OOI64U7rPTTpsObLPBhBZRWixNgwKDqeCyHYlfblY7nLhnOocESPFq3Tz3DSPHovPrvQbBYYOSa-f5+QGzAKg8GeFZrCIcdRlQ67UoHUhorE1dE4gnXVqPB5iknBV79D6Ur40iYjbxArxMhZgpYQ1ZQ9ZLCiDUDSeDIAjbNAgABiAFUAAo0GiWe0AFRAbDSBAyWUkiA4ACF-PkjCB1tIuKHDvAIAAPeDqRCW2z2dYwTgQdQAB2SpvNyaz-nM0mkFCgq2IbAoRhjRlLZuSAEka8Z66g0AxoSAAEZQcTIACCRnEAGFvQjq2Bkr3+1lzOmLR6QvJEPAAMpmxdW+AAWhuq6X+-gI-SgxAAGJrVfr4eV8f1KbYK64wmk1kAPojh-wWDvhj8SwAA5AIATj-SwAGYIHEJhLEsFIABYEMQvAUkAgB6BgwzYbtUI4MB-HUYdki9H1DlkOMT3EZNzwQmg6LosN1lQlIZGkDIKCSQ5VjgAM8HESAsiYoA	DNA Expand to Copy DNA N4Ig5gpg9gthAuAnAniAXKKA3CiCGANgeqHgGYCWe6ADAHQDMANCHgNYVtS0vv4y06AVhYATPBADOACwoC0NMXgrIArjxDisFDQCsIAOwMUyuDQSroAjCxiWFLKBe3UHIfLvVvEUSa-oiIH4y-iyShv4AvpEsEMhSJCAAxk5QiOggMKqiFADu1I44+ESJ5PaKrBxcGnx48hXiUrL1SipeDXjaeobGpuluFqGZ5Y7OI+54nho+fhrB0kPhBlExIAa+EInYuITEGKyUQ+yc3G61LZoSMnIa4m23nTpu+kYmZgPjdkNOFC7Tk+0WDNFngQnMIrRorYoKp4NItkVdqVDjUqqcKucHk0bm47moHl1nj03v0KoMNF8ND8-t4AdNfCCwW4liswmxVCV9ttintSCizmjUfwsdcLnjAZdCRUXr13mTPuNqeMPBLgXNQQtwctIasFhR+qBJPBkARNmgQAAxACqAAUaDQAOw2gAqIBYKQIaQy4kQbAAQj5cgYQKtJBxg-t4BAAB7wVSIM0gAAOu0eIds7AgqiTiSNJsTSZ8pkkkgoUGWxBYFAMUYMpeNiQAkjXDPXUGgrFCQAAjKCiZAAQQMogAwp64dWwIle-2MqYYIRNmFZIh4ABlY2mjLwAC011XbqCK-gI9S-RAAGILdeb4f9yfVEbYM6Y3GExkAPojx-wWAfqwAEwOgAHMBACc-4OgwECiEIDoOkkAAsiFIXgSTAQA9FY6Y9mhbBgD4qjDokHpevs0gxqeoiJheiE0HRdEhqsaFJFIkhpBQCT7MscB+ngoiQBkTFAA
DNA Expand to Copy DNA N4Ig5gpg9gthAuAnAniAXKKA3CiCGANgeqHgGYCWe6ADADQh4DWFTU6AjA8-jLQwBM8EAM4ALCnzT0QQisgCu-WXiwVlAKwgA7bRTK5aAOgDsDAlWUxL0hlAtrq0owBYG+DUtshEUEU5l-cQCGER0AgF8IhghkURIQAGN7KER0EBgFAQoAd2o7HHwiBPIbGWZWdm8ePCkZIVEJOsE8eS961XVvLV19Q28LEIyyuwcRnzxPZV9-ZSCxIbDtSOiQbT8IBOxcQmIMRkohirZlGuaVRsllOUVrzs0dPQM0gfHrIfsKR2nJ9vc-RZ4YJzcK0KIMGBQBTwMRbQq7EqHU4sE7VJi8O6Xc43P4qNQPXrPZSDKzjT7fbweXEzQHA7xLFahJgKYr7bZFPakJFoyrIjHeBriK4C1q3EX47qPPovGQk7zvZTk8ZU6YAuZAhYg5Zg1YLCgvUAieDIAibNAgABiAFUAAo0GgAZgAQgA5EAMZIEVLpABGBDwiSYIFWIhY2gS8AgAA94ApEGaMhB1KsYMwIAoAA4JI0mhMZ3wGEQiChQZbEBgUbSR7TF40JACSVZ0tdQaA44JAPqgAmQAEFtAIAMJemGVsAJLs99IGVOm90gIWIeAAZWNc-N8AAtIv4POd4OUi8QABiC1n897iRLwcKI2wAAq0dj8fSAH0b3eYK+OAAmEwADn-ABOb8TAdCABAAVhMExEhcFw4IDf8AHoOGDBgfQDJgwF8BQBwST1vX2MRowPAQE2PFwaCoqjg1WANElEERUgoeJ9mWOAnTwARIHSOigA	DNA Expand to Copy DNA 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-Ap+uewluiAAMRmw9HzdiWc9uQG2COsMRqPJAD658vMHv+gATAB2AAcX7tr4-ADMEB8A4H4frEAAsEGQXgsRfgA9PoICLJ6sFMGAnhyL6MRuh62wiGG25+ske4QTQZFkchiywbEwhCIkFDRNs8xwAAQngfCQMkVFAA
DNA Expand to Copy DNA N4Ig5gpg9gthAuAnAniAXKKA3CiCGANgeqHgGYCWe6ADADQh4DWFTUtDz+MHIAJnggBnABYUeaevzwVkAV14CsFXgCsIAOw0UyudAEYGBKrxgnJAOgDsDKMeXVJDfKoVOQiKEMdTvonxYArAxCmj4AvuEMEMjCJCAAxnZQiOggMHJ8FADu1LY4+ETx5OZSzKzs7lx4ElICwmK1DAKybnV4ymqa2rqp7sY+DGaDIHYUDrwubc5eI34ic2G0kQwaXhDx2LiExBiMlCPlbLzVTdIN4ooy8led7upaOnr9pUOvo-bvU5OzvPOLGgiUXSUDk8BEmwKO2KBxOLGOVSY3CuFzOLRu7iUKnu3SefSkA1M7zGE3c3zJv3c-z+S0kKxAQiYciKey2hV2pFhiIqcORmMEoku-Nat2xUgePWeBPew14JK+eFcP28fzw-hpgOWwIWFD6oCE8GQBA2aBAADEAKoABRoNCsVoAKiAGEkCCk0gAjAh4BJMEDAxkUDTxeAQAAe8DkiBN+xMwJgzAgcgADvEDUaY8nPLohEIKFBAcQGEHQxo84b4gBJDSl8uoND6ekeqB8ZAAQQ0fAAwm7wUGwPFm620roE8bnQyxIh4ABlQ3j03wAC0gunE9X8C7yT6IAAxGaD4f11PN3IDbAHeHI9G0gB9Ltn+CwW-6ABMVgAHB+AJwvqwAZggPhAisKwEgAFnAiCfQ-AB6fR-QYD0fSYMBPDkTt4ldd09hEcMtz4GNd3AmgSJI-1gR9BJhCEFIKDiPZATgAAhPA+EgNIKKAA	DNA Expand to Copy DNA 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-Bh0kniAAMRWy9Xg-Lo9yE2wF3R2OIeMAfWH9-gsDfHYATIYAAcgEAJy-oYADMEB8AArIYhjxNY1iIXg8SAQA9B2IYMH6qFMGA3hyEOcSet62wiNGx58PGZ7WDQdF0SGiyofEwhCMkFCxNs8xwAAQngfCQKkTFAA

Crowdsourced Digital People

DNA Expand to copy DNA N4Ig5gpg9gthAuAnAniAXKKA3CiCGANgeqHgGYCWe6ADAHQBMAnADQh4DWFHUtdAjADY2nfDFpsAJnggBnABYVxaGlLwVkAVwkhpWCjoBWEAHYmKZXHwAs-NgSo6YjtHZBQH+6q7b5D2lV8oWW96a2EQEIVQtllTUIBfBLYIZDkSEABjDyhEdHZKajZsXEJiDAKXegB2N05uXhVGAA4RDjEbVt0ZBSUdaQ0A+n4uvQNAkGMzCysJhxiQZ1C6QQBWYs8qumsGXzx-HURghaj5E-jaJLYTYIgMkvwiDPIthjquHh1RPGVVbrlFL81IN+nh9EZTOZLHk5lU2EsbNYNhQvHwAMxovYHCZHEJ8BjVWJ4aI6OImZYMBhXRZQTTweT3HCPcqkQpfD6NP7fIH-Xo8gZaUHgiZTKGzP7zJxbaysdybZbWTEgPxDIJ4ianc7ky7JSIcTRPCoPMrPNkTeqfJojNodCbSAF9K3rbogu1g8Z-UUzGH0QS7ECSiYInxylHSrGq5XHUnEs6ki4qalnCgw0CyeDIAh3NAgABiAFUAAo0GjVQsAFRAbGyBFy+TgkgomhgACEjgB3EwgXWyLhdirwCAAD3gmkQ2YDjl1ME4EE0AAcMunMxP50dLLJZBQoOTiGwKCZByYtxmMgBJQ+mE+oJqrazUgBGUEkyAAgiZJABhWv0g9gDJPi++SWDOWZVpEiiIPAADKGZgTm8AALS9FB4EofAn45DCIAAMS5vhBFoZBGGaOmsDlsOo7jvkAD6n6kfAsA0WiNCCDQzQ0RAZCSNYNDWNUlirEw1QyKsaIAPT8N2bAPngmQcGARyaB+GQ1nWFQUJItH0WRMDMQwqzMUweBsc0D6ZMwD78GilhkJJ4HyMOmGSBOOGSEwmRkA+dzUnJmRyLIuQUOkFTknALZ4JIkD5N2CRAA	DNA Expand to copy DNA N4Ig5gpg9gthAuAnAniAXKKA3CiCGANgeqHgGYCWe6AjADQh4DWFTU6ADAHQBMAbA2b4YnXgHYGAEzwQAzgAsKItNwDMAFil4KyAK6ctWCgZAArCADsLFMrhMEqomgE4GMRyoZQHR6p5D4pvoqXKoAHAyIULJ+HAwxCrHxlrEAvqkMEMhyJCAAxt5QiOggMLqSFADu1F44+ES55B7cNBKMLGyi-IJMwibScorK9CDSOsHcfDyGxiGqI+ZWNnYhAKyqDA5Jpc1ePrsBeEEmUTEmCfLbsimiq+kMFtEQudi4hMQYjJSxoZrtrOwQmEIu0+iFXKMZAolKIxH8xnpROoQdIjLC-otrLZiiEeBsQFsTO4fmERt4KL4nAJDscgW1TiT8RcrjdcfdSlBdPB5C86u9Gt9RGE2swAU4Rb08MpuDwIQNodKuKsRgiJjNRKppmZLFiVi0IYT-MSTOTKf5AmqAtErnhEudWRx2bImLoGp9XvUPqRBf5RZ1fZLpVpBjD-Kr+ng0XMQZjlji4gSDsb-KaDhaTtbzrbLvaLGkMiBLhQcaBZPBkARnmgQAAxADKAAkOBwaAAFAAaIAYBQIRRKACMCHg8kwQAXnRQLLl4BAAB7wXSIKsgJh4ABek7HbmYEF0AAdcmWK8v+3gl12QJOZxZZBRy7kAJIWa+3+8qdn9qCSZAAQQskgAYV7blJzAXJP2-EoYEIZ54kURB4DrctKxKeAAFpoQQi9MPgADChxEAAGJ5lUMRVAAUWw+DcN0MtYAAFTnBdz2rLcQFPEcwCiXR-1yHs+0+eQ5zwyRl0I9QOAkiSxwLYc8jkWQigoHJPjzOAACE8EkSAShkoA
DNA Expand to copy DNA N4Ig5gpg9gthAuAnAniAXKKA3CiCGANgeqHgGYCWe6ADAHQBMAnADQh4DWFHUtdAjADY2nfDFpsAJnggBnABYVxaGlLwVkAVwkhpWCjoBWEAHYmKZXHwAs-NgSo6YjtHZBQH+6q7b5D2lV8oWW96a2EQEIVQtllTUIBfBLYIZDkSEABjDyhEdHZKajZsXEJiDAKXegB2N05uXhVGAA4RDjEbVt0ZBSUdaQ0A+n4uvQNAkGMzCysJhxiQZ1C6QQBWYs8qumsGXzx-HURghaj5E-jaJLYTYIgMkvwiDPIthjquHh1RPGVVbrlFL81IN+nh9EZTOZLHk5lU2EsbNYNhQvHwAMxovYHCZHEJ8BjVWJ4aI6OImZYMBhXRZQTTweT3HCPcqkQpfD6NP7fIH-Xo8gZaUHgiZTKGzP7zJxbaysdybZbWTEgPxDIJ4ianc7ky7JSIcTRPCoPMrPNkTeqfJojNodCbSAF9K3rbogu1g8Z-UUzGH0QS7ECSiYInxylHSrGq5XHUnEs6ki4qalnCgw0CyeDIAh3NAgABiAGUABI0Gj8AAKAA0QGxsgRcvkAEYEPCZDggXWyLgmDLwCAAD3gmkQ2YDjl1ME4EE0AAcMunMyPp0dLLJZBQoOTiGwKCZeyY1xmMgBJXemA+oJqrazUhtQSTIACCJkkAGE6-Sd2AMrf7-lLBOs2rSJFEQeB8wzQCc3gABaXpQKAuD4BfHIYRAABiXNMKwhCQKQzR01gAAVftB2HfIAH0X3w+BYHItEaEEGhmnIiAyEkawaGsapLFWJhqhkVY0QAen4ds2AbFsODAI5NGfDJa3rCoKEkCiqIImA6IYVY6KYPBGOaBtMmYBt+DRSwyBEoD5H7ZDJBHNDJCYTIyAbO5qRbTI5FkXIKHSCpyTgAAhPBJEgfJ2wSIA	DNA Expand to copy DNA N4Ig5gpg9gthAuAnAniAXKKA3CiCGANgeqHgGYCWe6ADADQh4DWFTUtAdAMwAcDz+GLQYATPBADOACwpC09EGIrIArpx4BOUXiwVhIAFYQAdsYplc+glX0wb8hlGu7q87gEYG+A2ochEUBKuCkHSrp4gEibBAL4xDBDIkiQgAMZOUIjoijp6jjj4RCnk9grMrOx+AnhyCmKSMrXayr51ufpGpuaWftbBDHb9IE4ULvrerV6BwRwALADsDKFSQ1HGM7MATHEMxoEQKdi4hMQYjJRD5Wz61U05DbL6SqpP7X6dZhZZvaUDv8POf4TcbTfTLVbRTgANm28RAMCgKngUkOBROxQuNxY1yqTEErwed2ekxyug6Jk+PQUfVs-xGYz8wMZoL84LBkPkO0iTBURTOR0Kp1ImNxFSx+L89Wkj0leBarzJ7wp3W+1P+g309KBeB8IKCYLwYXZ61oXJWFG+oAk8GQBAOaBAADEAKoABRoNChroAKiAGOkCJlsnARBQVDAAEIBADuxhAcIkLDjZ3gEAAHvAVIh7fCIHo4TBmBAVAAHFLW205kypxDwOXGODGeB+kAUJsmCQUG0pACS7eMne7bnmAFYuQAjKAiZAAQWMIgAwoHkW2wClJ9PshZC3aW9LawBlG27h3wAC0++bSxktYXGW+IAAxI6X6+9zf4AuVNbYN705ns2yeMGHHPBUiYMAAhUecUgDIMzikdM7xEHNH1mGh0PQ+M4TA1JJAkTIKGSM51jgCM8BESAgLiIA
DNA Expand to copy DNA N4Ig5gpg9gthAuAnAniAXKKA3CiCGANgeqHgGYCWe6AjADQh4DWFTU6ADA8-jJwwBM8EAM4ALCnzRcQQisgCu-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-IhAwiEQUKAK4gMavl7Sj6PpACS2hnc9QLjMAHYsQAjKACZAAQW0AgAwoW8dWwOld-u8gYO7G88qJIh4Eno4-4-AALT019Pv94BPbIRhAABiAARDcIJME8ACEAJfICFCjWAABUIAbJsWxAJVtzwDImDAEIFGPdICyLEkKAEPIAH0TxQ+BYFonZvlosgzBsCABAgEw5ggMwIBobcaA4PAAHoaCfMRMOAni8jA7cyG3fC5lwpUCIyUQRByCg0hJBU4DgvABEgPJ1KAA	DNA Expand to copy DNA N4Ig5gpg9gthAuAnAniAXKKA3CiCGANgeqHgGYCWe6ADADQh4DWFTUtDz+MtAdDQBYGAEzwQAzgAsKPNPRCiKyAK4cFeLBTUArCADs9FMrjUEqamObkMoZzdWsh821XN4BmAEwNEUcQ5peAE4AVgZ-KQDw-QCAX1iGCGQJEhAAY1soRHQQYzM08xscfCJU8it5ZlZ2Ry48WXlRCWkGkTwlV0aNLUddAyMTRzMokEsHAEYbOwqfPBc1X381CMkR8RjaeIY9PwhU7FxCYgxGShGqtjU61vVmmT53ADY2jrVRTR19Q2NsoZnR-62Cj2BZzTo+PxrPCRZYbORbUZQZTwST7YpHMpnK4sS61JjcN5iKT3RyKFSEj69L4DX7yYYWQHTEbOcFOSHLaGrdCTEDrPRxBK8pjKUonA4lY6kLF46rYgmkoktQmvBWU+R9b6DOn-MZqIEgxwshbsxwrCbRfmbQWrCi-UDieDIAh7NAgACyAGUABI0GjjADCAHkQAwMgQsjkAEYEPBpJggQXiFh6VLwCAAD3gykQLt5nOogpgzAgygADqkHU7c5G8DmQyAKHo03pxBRHakAJJN-St9vwwWRqDCZAAQT0wn94ZRjbAqUHw5yxiLzvrxMQ8A9jpXrtLmQAtGv4KvpOv-ZlfiAAMTucbuAAcjxHx9t8H9ygdsAAKhms3XXQmGBrOMwF8ZRx1SMMIxOSQMzPYRc0vARBGQhNBVjNIJHELIKBSE5+TgAAhPBhEgHJUKAA
DNA Expand to copy DNA N4Ig5gpg9gthAuAnAniAXKKA3CiCGANgeqHgGYCWe6ADADQh4DWFTUtDz+MHIAJnggBnABYUeaevzwVkAV14CsFXgCsIAOw0UyuWgDoA7AA4GBKrxgXJ+gGwBGBlHPLqaRyHyqFkhoihCblKBokEMQppBAL5RDBDIwiQgAMbOUIjo0sogTjj4REnk1jT6ACwezKzsvoxM3IqCouINsj5SSio16lo6ejXmQfoAzKUMVmEgzhSuvF5tfgETISJLkbQxDBoBEEnYuITEGIyUE5VsvFx4Eu2NYtcMAq0N2V2a2roZ-cXDAJxj36UAKxOFzFPx4byzRa8ZarDTRWIgGBQOTwES7PIHQonC4sc41S73aTCO4teTPTpSbrvPpSAaWb5DQwg6ZgzwQ+aeaE1WEGUrMkAReHrRFCJhyApHPb5Q6kHEEvHVKSEhok5o1R7kjV4F5Ut69T50tnjPmjSagtweOZQwIwvChGFrSQbEArCifUBCeDIAg7NAgABiAFkAKI0GhDABCkZyKTSn0YcgARnJEBoQKKWOmjvAIAAPeCpv1I3AABzw8BUiJgzAgclLSS9PuLiAQMmIDAoGlzGiEFG9SQAkt3NH2B+4XUmoHxkABBDR8ADCBCgaK7YCSU5nmV0Nd9saaiHgAGVvfv-fAALSH+AHsRHxfxzIAYhDpXDACYY+F7-BF3IvVgAAVfNC1bTIMwYJM8GSJgwH8OQFySVIVw9EAKD4TIAH1-0AmAsKGD9Siwn5jFKD8yD4cNSmSewflKIYaEBAB6exYxEfNHz4Ytn0oshDH4jNERg5JhCEdIKESI54TgSM8D4SAIJiIA	DNA Expand to copy DNA N4Ig5gpg9gthAuAnAniAXKKA3CiCGANgeqHgGYCWe6AjADQh4DWFTU6ADA8-jJwwBM8EAM4ALCnzRcQQisgCu-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-wBfRR4gADElpoloAHHsZ7eD-eFM6sDBlmOZ5nESYMNG8ZMGALgKPO4QRlGKwUAIcQAPoLgB8CwOhlr-Ja6E0NGNARIClrIh++Efv8eAcP8AD0NB7mIWYPgI+bPtaHDcdxSZTPGESiCIMQUGEKwTHAABCeACJA4GBEAA
DNA Expand to copy DNA N4Ig5gpg9gthAuAnAniAXKKA3CiCGANgeqHgGYCWe6ADAHQ0AcANCHgNYXtS2sf4xeIACZ4IAZwAWFQWhqtRFZAFchorBSEArCADtdFMriEEqQmGbmsopjdSsh8W1Q8RRx9+gEYArKw9Snv56nnSMAMwAvpGsEMgSJCAAxjZQiOggcJrWOPhEieSW9OEALHyc3EL8eLLyImJSMmp4Si516poOOvqGxg6moQBMAJysFkEgNhR2Qk5trG4etHQA7ABs-niBQuIhtNGsuu4Qidi4hMQYbJQTHFw8DtW1Cg3Sz-WtzRraegZG6XI6F5wqwBuYitZbEU6IMQY48M5lmsNo53BMApJ0XtASMDpkoMp4JJTrkLgUblUKg96Cs4U9mhI3s1Pg4Oj8ev8TNCImMIZMoRM5rM0Tstpjlj5BsFdKEvCs8eJ2Mp8lcznlLqQKY8qZSBAzGu9FCplowyvVvl1fr0AXUwQ5xkIpjNXAj5qilg4MbK-CBdjL9jEQJiKADQOJ4MgCCc0CAALIAZQAEjQaF4AMIAeRArBSBDSGVEiHYACE3AB3XQgQOKiiVq7wCAAD3gykQ0ZARLwACMeIGYBwIMoAA6JcOR9tDtxGcTiChQGXEVi1hu6WcRxIASV0K7XqEBJXlgZ7wmQAEFdMI03mibWwIlj3vMoQTv5pIh4PGI1GMvAALSNd9s19N94DTVIARAABiAAxWC4KAgDQOUcNYAAFSbFs2wyAB9NNkPgWBsLWHwVlItZGGwiAfGEYEfBoCAIDwYYvGRSUAHovCrVguzwJJ2DANxlAvRJc3zK4KGEHC8JQmBsPCQYSmw4QIBKYYknCYZhi7MgVggNYaCSLwOKAyQmzA5SMkgrthmEZThirQNeKSCRxDSCgEiuGU4GLPBhEgDIHKAA	DNA Expand to copy DNA N4Ig5gpg9gthAuAnAniAXKKA3CiCGANgeqHgGYCWe6ADADQh4DWFTUtDz+MHIAJnggBnABYUeaevzwVkAV3QBGBgKwUlDAFYQAdjoplcvAlV4xTkhlBNrqlkPk0K0yh1CF2pH0Z4ZDdngC+gQwQyMIkIADG1lCI6CDeItRWOPhEkeQWNAB0AKwAzJwsbLxceBKuAsJiElICss65AGxVeGq0OTQAHFq6+obxkjkATAAsDCa+IOZ2rtYUtryOTQyI7tNJc34BnTQjwQw67hCR2LiExBiMlNPMrOz25ZUqgqLivA3yn+3q9tp6AxGexTMzZKw2cEOPBOZYbDSJPA+Xj+HRBEIzKByeAiM5pS6ZW5lEqPKTPBHVd51V6NH4df79IFDKSg+yzXgLJb2FZwjydAq9RHI+yo9F+JhyDLXc7pK6kIlPEnE7g-GofYZ5GnfeyqP5SAEDYEsiyudn2TlQnnc+HDADsri2KN2w26Y0OIGSFCGoCE8GQBFOaBAADEAKoABRoNDy4YAKiAGDECHEEgAjAh4KJMEAYoQsHSReAQAAe8DkiEDMzwIj5GJgzAgcgADpFff7K031oYhEIKFA0cQGBQdEWdL2-ZEAJIj3Tj1Aud2pqB8ZAAQR0fAAwsmccOwJElyuEoZ6wGE4kxIh4ABlP1noPwAC07yv55f8E3sSGIAAxABRMYoxGAAhN9Lw-ORfVgWMSzLCsEhzBhU0zJgwHWOQN0iJMU2uCg+ASAB9TdIPgWACIKcYCL4EY+FTMYCj4PJUxoPAem6bo8gAekUc8RBLT8+ErH8owKGgxgAThzDFMyiYQhDiCgImuNE4GAvA+EgBDgiAA
DNA Expand to copy DNA N4Ig5gpg9gthAuAnAniAXKKA3CiCGANgeqHgGYCWe6ADAHQBMA7ADQh4DWFHUtdALK3Yd8MWmwAmeCAGcAFhTFoakvBWQBXcSClYK2gFYQAdsYplc2glW0wbytlGt7qDkPgNa3iKDNcqQP3l-NhkTfwBfCLYIZFkSEABjJyhEdECNO3hqRxx8IgTye3oAVhK2Tm5eN05RbSlZBSUAqXUvFrw9QxMzCzS3axCQOyGnChdtD3a2Hz9tILkhsONI6JBjXwgE7FxCYgx2SiHKnm1avGbVRsV6tU1brrcjU3NLZQEADjZB22LHZ2KdA+-BmeE8k18SzwwXm4VoUTYMCgGngcm2eT2hSOfBoDAqXFONREF1u10uOju7ToTAAbKpHgFnr03gEfm4RtoxhN3kwQe4wdN3JC+ABOL6BaGLWEreFrGQcDQFA47fL7UjYolVPg08XnckNeQ3d40ukUtoPfRPHqvfqsv7De1c+1TCFzNwLJZw5QIkCLCj9UAyeDIAhbNAgABiAFUAAo0GhMGMAFRAbGSBFS6TwGgARhpEMYQHKuIWDvAIAAPeD5sP8gDuFDM1DWME4EA0AAcEkGQ7WOz4LDIZBQoCtiGxG+XjMPgwkAJLGKcz1DGgCMPpzUAkyAAgsYJABhDOoxtgBKb7fpCyt0OpwIKRDwADKwdv4fgAFpDY+79-4AeUn6EAAGIAGZV1AphQIAUV-B9-w0INYCTStq0QWsizYHM8ESDgwB8DR9wSdNMwOCgJHSAB9A9EPgWBKNAhgSko-gaQYMgJESdi8FAiAmBKCQGBpAB6Vc7zkSsAIkWtgJFRI8BKBSizWHDElkGRUgoeIDhWOAACE8AkSB0mUoA	DNA Expand to copy DNA 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-H1TjjjBmBB1EUstHY+2ihsLNJpBQoIdiAw643jBOY1kAJLGeeL1Ag5Fq0tQcTIACCxnEAGFC8S62Asrv94ULN243n1fJEPAAMoxx8Jop5AC0zNfJ8APgE88mBEAAGIAFEhAzRwACEgJfED1GjWBs2bVtEHbasGFLPBsiYMANnUY8sgLIsKVkZtQPEdsINgxiaGrY4COyGRpHyChMgpQ44HgvBxEgQoWKAA
DNA Expand to copy DNA N4Ig5gpg9gthAuAnAniAXKKA3CiCGANgeqHgGYCWe6ADAHQBMAbADQh4DWFHUtdAHAHY2nfDD4BGfmwAmeCAGcAFhXFp6AZgCssvBWQBXWrqwVjIAFYQAdtYplc5glXMwX6ukwZsoz09XU2fAsjQJBEKAUA+n4dECjlaLYFG2iAXzS2CGRFEhAAY18oRHRwvAB3CjtqHxx8IjzydxoRLh5zUTw1FpA5RRVuz2FevUNzOVNzK1t7RzDnJJA3Rd8Kfz5BVjKQjbiIqL4AFmS8RPMU63TMkGtIiDzsXEJiDHZKRc5uXjDOwYBOCS6fqqcajUI9CZmMLTOwOErzZpsZbmVbrMLBcECLb7aJ0Y7xU5KXESbzxVK0DJIqAGeBKB51Z6Nd4dNrfHq-UHA7q6fTgkxQnow2bwnoLVzNOg0YaoiV-aTbTGHQHhSK4wT4hJE87k9SU+IcAwNV6PeovUjMjxaP6tL4ssSc5QgjwSZVyXl8GiuvCTaE2WFzUWIpZBmW4-j4jEeiOqvjyzW4miki4JiR6okUeGgBTwZAEe5oEAAMQAqgAFGg0DQAIQAciA2IUCMVSngDAAjAyIawga4KLjd17wCAAD3gnfz8QMbng1GuME4EAMAAc8tncxOlxEHAoFBQoJdiGwqkPrLuc3kAJLWE9n1AeBh-PVtqAyZAAQWsMgAwk3aVUwHkz6vqUDjznm9bxCoiDwAAyjm4EFvAAC0jrQRBqHwF+RTwiAADEGgSBo-BMG+6FQZhBjZrAAAqI5jogE4APpfpR8CwIxTCEQwNB-IxEgQFoZD5G2WgaIcImcV4hwAPQSD2bBtng+QcGAEQGJ+eSNs2rwUDIpTMax7EaAwWiMXghwMAw8hCFo-BkPwEiCOZskQUoI5YTIE64WQhwQDIMiCD21xKfkigKMUFC5K8lxwFWeAyJApRBUAA	DNA Expand to copy DNA 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-fj4+5B9WAABUIELYtSxAZEpzwZImDAfw5CXJIkxTE4KD4TIAH1l0A+BYCwkYACZyiwshgXsZJkj4ewKL+ewIHo8pjAAensQ8RDAp8+FLV8yFsMg+EEqDkVg5JhCEdIKESE5ETgAAhPA+EgTIRKAA
DNA Expand to copy DNA N4Ig5gpg9gthAuAnAniAXKKA3CiCGANgeqHgGYCWe6ADAHQAsDANCHgNYXtS10BMATlYd8MWqwAmeCAGcAFhTFoakvBWQBXcSClYK2gFYQAdsYplc2glW0wbyugHYhIKNb3VlrfAa1eQiFAyniogwfIhrDImIfx8AL7xrBDIsiQgAMZuUIjoAXgA7hRm1KzYuITEGGyUsYLCnNzaInhKoVKyCm2q6n7teHqGJmYWuQ4AbHys1pEgdrNuFB68DAAc3ni+2oHB2uFys9HGIYmsxkEQ6eX4ROnk9qEcXDz+Ld060vKK2lK9K6qDfxGUzmSz+Ga2B5ldxQ-JbBwAZgArN4goc8BEVgiojFaKc5lANPA5FccDcqqRarwpmxGi9HuxRD9Pl1eABGGm-TTMwH0JHjVjAkZg0IQxFs1jzbSLZb+Hx9VG7fz7Q645T4mTsDS3arXSp3KkOGg0p5NV6M1rMzrffxcvp0FEfXmC4agsai2FSxHY1ww2by7ZovYYg57NU0fEHChjUAyeDIAiXNAgACyAGUABI0GhsgDCAHkQKwsgQcnkpIh2AAhQIFYwgJJhTj16rwCAAD3gGkQScyGIADnh8A3JRwIBp++k4wnewAjIeXVjFNvGGQUePpACSxhXa436sbs6gEmQAEFjBJc6XicUwOkjye8hYYIRF2EFIh4Gn44m8vAALRfJ+RbvtG8C5tkYwgAAxAAIo4sF8LmVYgUB4EaHGsAACodl2PZ5COIDzhk7BgIEGgXukJZltUFASHkAD6uYYfAsAMQifBIgxEiOI4NBkGQeBIkibJrOMfEQAA9GyIFyB2EESL20GrGsqxkDQDaNngGQZLIMg5BQaTVMccBVngEiQARiRAA	DNA Expand to copy DNA N4Ig5gpg9gthAuAnAniAXKKA3CiCGANgeqHgGYCWe6ADADQh4DWFTUtAdAEwBsDz+GLQYATPBADOACwpC0ARlF4KyAK6cuXJVgrCQAKwgA7IxTK49BKnpjW0NDgGZHDKFZ3V7DfPvVeQiFASnvQgwdIhDBLGIRw8jgC+CQwQyJIkIADGblCI6IyU1K44+EQZ5HahzKzs-gJ4cqFikjKNSip+TXg6eoYmZhb+VpEgtrGOAByu7pXeeL56gcF64VIj0UYhSQxGQRAZ2LiExBgFs4wsbJwArIoXgnrN0rKPymqvPf59puZ5Q5Uca4MMZ6NwUDyLeadbxBdZ4CKceQAdiiMVo21GUFU8CkBxKx3KhT01SudSYD38T1anBoABZ2u9Kd1dF9jD9BqFhjZzmCIf4fNCArCVvC1is0fY4lwMRImKoyqdDqUTqQiWSaug7vVGhxaXcqS8mR0PizQt8Bn9OecQQppuDzgLESihct-Kt1hKaBi1hQ-qAJPBkAR9mgQABZADKAAkaDR5ABhADyIAY2QIuXyACMCHhMkwQMkwiwjBl4BAAB7wVSIEMgCjBXMF4HMCCqAAOGQDQdrmbwNZTdaMZaMEgogYyAEkh8ZR+P7BjM1ARMgAIJGETx9M4ihGMAZRfL-IwQj7KIyRDwCOB4P5eAAWmeF4Hj-g8ZyfxAAGJHPJHEjHAAos+56vqoAawAAKhWVb9qGTYgL2eZgIEqjrhkaYZqcFAiPkAD68ZgfAsC4Y4XC0rhmbyFwEAQLStIQJmtI8LSXC5jQAD08gDlIFZviItafvIZDyHg8i0gWha5pkkgSLkFDpKcmxwAAQngIiQPkElAA
DNA Expand to copy DNA 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-6BsBhZut2K6ZM620xsSIeAAZS14718AAtJzpxPV-Au1EmiAAMT6g+H9dTzdyTWwK1hiNR2J+hiNvDhJhgRxyTthe2OlYUPixAD6XZnvAsB-gAzAATAALH+ZDmh44ThHwHhwQAnB4EBoZBAAcAD0HgTiIYZbnw0a7mQoFkJRv5fI+4TCEI0QUKEKwTHA7p4HwkC3gEQA	DNA Expand to copy DNA N4Ig5gpg9gthAuAnAniAXKKA3CiCGANgeqHgGYCWe6ADADQh4DWFTUtAdDQOwPP4xaDACZ4IAZwAWFQWnohRFZAFdONAGwi8WCkJAArCADsjFMrjUBOBgSp6YduRwCMAJgZRbO6nIb59qr4giFDiPvJhUuEM4sbhAL7xDBDIEiQgAMaeUIjoIJGS1B44+ETp5I7yzKzsQfx4svKiEtKNWkqBTdq6QYYmZhZBttEgDiOeFN56-p1+oSMFC3GcACwArIkMRqEQ6di4hMQYjJQj1Wx69W0KYlIynGsAzO0q6M5aOnp9pua5To+aEDDeyVDiPdwgCZTIIzabzVbvfJ4KKcVzWfLLJzqVw0XF4lbcdQADke3Gc6k2oygyngkj2JUO5VOqO4eNxzh4riJJPUGj4LAuTjWazZNGczksOMl6KunGcItFa0svJW6hWKyJWha9yCileuu6X2MP0GNDB6OBWMRYz0UMqfjwAThYT0i1dmJolPETGUZWO+1KR1IzLqAtqVSYAj0zTu1z1sxun16xoGf3klvkNqcNEsopojzWhNc3CJ6nRdvCLhWDqdTnllgbjbVrlJrmcz2C8LrHbdTlVeZJ6vUIuLMQ9LgVbKVKrVGsphQof1A4ngyAIuzQIAAYgBVAAKuNce4AKiAGFkCDk8gAjAh4DJMEBJfIsIzpeAQAAe8GUiA3QLsZ8YGYCBlAAB3SFc13-YwP0QeA8AoIw4CMeAzxAJCPyMcQKFXdIAElUOMHC8LQZxKWvKBhGQABBIxhAAYUvWkkLAdJKOovJzGA9d0LueCAGVV14zd4AAWn4tCYmkeCGOyP4QAAYi3FTVL4mT4AY5QV1gY8vx-P88gAfS0nSYCMls1hVR4jMeMh1EeIlrzwdQ8Fca9rzISxuDIAB6ZwnwYZyHzAEJlHo9ILyvY5JC-OThH-RSVhoZLkqfZ97wyCRxByCg0mOIwGggAAhPBhEgPJ0qAA
DNA Expand to copy DNA N4Ig5gpg9gthAuAnAniAXKKA3CiCGANgeqHgGYCWe6ADADQh4DWFTUtDz+MHIAJnggBnABYUeaevzwVkAV14CsFXgCsIAOw0UyuXgSq8YhyQygHl1NAEYG+VQtMhEUIValvR7gHQBmAKwMQpruAL6hDBDIwiQgAMbmUIjoILoGcYZmOPhEseQmUsys7JLeACwATJxM3IqCouJ1so5SSipO6lo6ek4GPhUA7AzG7mYWJrbOeA68Lm68niKjIMEaYREgGq4Qsdi4hMQYjJQ+ZYGMLGy8XHgSrfVidwwCzbR+k21qmtq6yb0FwwBIHMFEss2mLTsrlOAA4gngvAsQm8Kr5wsMoHJ4CJdtkDnkTtdLiUaOVfDQKZSBtZ-BV-P4BmVqrUnAJhI8mvI6sovl1fvogSNeCCwTY7BDZtCFgilki1m9rDD0SsmHJckc9jlDqRCU4ilc9TVbnV2Y1StYAGzPGRc1l4Hkdb7dP6k6xVEB9IxAkVA+yQ5xSpyLfoATiCyMkyqWFD+oCE8GQBB2aBAADEAMoACQp1gACgANEAMBIEJIpADuYngOw2QhYGli1YAHvA5Ihkx7DBsYMwIHIAA6xeOJjvt+AyYgMCgaasaIQUBOxACSM8088XpQGyoARlA+MgAIIaPgAYVL2OnYFiu-3KV0PaTRZWYkQ8HTCcfKfgAFoGq+n3+8AnokfwgAAxAAIgMEEVCeABCAEvkBcjxrAAAqEAtm2HYgBs254HETBgC4cjHrEJZlkcIiYcBfAdmBZQ0IxjG4RsBFxMIQhJBQMRHGscBwXgfCQCkrFAA	DNA Expand to copy DNA N4Ig5gpg9gthAuAnAniAXKKA3CiCGANgeqHgGYCWe6AjADQh4DWFTU6ADA8-jJwHQAOAKwMAJnggBnABYU+aLiAkVkAV07i8WCgIBMDAFYQAdiYplcmkASrWYdxQyi2d1JyHyGNi-gGYGRCgpdw5+ADYGENlQ-gB2KNNQgF9khghkaRIQAGMXKER0EEtbHLtnHHwibPJHML1RRhY2ax48BSUJaTkO-hpGlXUBSOVtXV8R4zMLKw9bUIYHBZAXCjdrLx8lIJDraJllqSSBABZhVIYTYIhs7FxCYgxGSmXmVnYPNt64gclZeVOWlUWy0OmsU3MlkKczq-kaS2sq3WHk2w0CwVi-SieBiAgCICOJhSaRAMCgangMlulQeNRew3xbxanyYvAEAE58V1-h0gUMPBIwR4ITNoUp5vY6s5XFLPHhvPp0bsPPtDsdFBcCUw1NUnncqo9SPSWe9Wqz2gJft0AQK8MDLaDxmF8SKodYJR4ER4kbD6HKFSiMXscQcBIJBIkiZxNQcKNDQFJ4MgCDc0CAALIAZQAEhwODQAMIAeRADDyBAKRQkiCYACEggB3EwgElSFjNp7wCAAD3gakQqZAFBCeByLcWzAgagADtlE8nB9OgpYpFIKFAicQGBQTF2TGuk9kAJK70wH1C+YTnEkAIygYmQAEETGICxXKTuwNk7w+ipYYIQNxRHIiDwJmSYpkU8AALT-KBpYEiB8AFvk0IgAAxAAInEmF6AWtYIXByFqImsAACo9n2A5FAA+gWJHwLANFxH4wjhjQ4Q0cIN40GQJx+HggjhKxeZ4CcHAAPQ0OOIA3qOTBgEEagvtk5aVk8FBiLR9GkTANF+A0NEQOyOQ3uyYjCGQHDsjQgh+DeEAQFJCEyD2KFiIO6FiHogg5HE1CaqOOTSFIBQUFkTxEnAtZ4GIkBFC2yRAA
DNA Expand to copy DNA N4Ig5gpg9gthAuAnAniAXKKA3CiCGANgeqHgGYCWe6ADADQh4DWFTUtDz+M6AjAwBM8EAM4ALCjzT0QQisgCuHWXiwVlAKwgA7bRTK5lBKrQB0vAGwMYJ6QyjG11OyHwal00wBZ+rqCOcZAPFAhhEdQNMAJgBWAF84hghkURIQAGMHKER0EAAHQgJVdXscfCI08lsZZlZ2Fy48KRpTAA5BYXFJZTlFHuLNHT0DHJdjUJAbCYcKJ2U3DxlEfwngsVWI2gSGbX8INOxcQsrKCdq2MyivTiZuPg7RCWaO+UWOtUHdfUMx6us-kAzOYuBbzFbKNYbbSBbaTKAKeBiA5lY4YRinZTneo1W5NfqPbouXpvFQfFxaL4jIzVNoATn+00cANBIPBLkhEM20lhIiYCgqaMO5WIaKqZxYFwauKkviEBOeKle-TJLQsVhAFOGPxk42UU2UQJpPgYLKWbKCeBCnOhW0SIHWFFGoBE8GQBH2aBAADEAKoABRoNAAzAAhAByIAYmQI2VyACMiukmCA7byKNo0vAIAAPeAKRAelTylPWZgQBR5NIut2FuN4AuRkDprPaEQUV1pACS2hbbY73LtcagAmQAEFtAIAMIxxHpsBpIcj3IwQj7MISRDwADKrvduTyWQAtF1N42T-BJ1lRiAAMRB3hB1oWUdnjcXhQu2AAFRzeYbnpLEA6yTMBlgUCc0mjWM0QoARcgAfUnD94FgeCg1ieCAHYg0w1oBDIK48HSGIogEWkyAsAB6XhGzEHNLwEQsbxiIMaAgNiUztIj0lEERsgoVI0WhOAQzwARIFyTigA	DNA Expand to copy DNA N4Ig5gpg9gthAuAnAniAXKKA3CiCGANgeqHgGYCWe6ADAHQ0DMANCHgNYXtS10BMARlYd8MXjSEgAJnggBnABYUxaGqxkVkAV1rq8WCrpAArCADszFMriMEq4gGysY91ayh2D1VQwCsrfGMdNxBEKDlvekYnEAjFSNY5c0iAXxTWCGR5EhAAYw8oRHQQGC0pCgB3anccfCIc8lc1Nk5uIxE8FWaZeSUuvU1g7v1DENMLKxsQuwSSpvdPedC8IKMwiKM4hVmks1T0kDNwiBzsXEJiDDZKWY4uHh8aPmF2UV5fAA49XuVeFmk8IMjDIDEZxpZrEVpksXLMPBQvGsVkMAuEdnh4ptkrQ0s4oFp4ApTrULg0bu1Wg9mh1+gCfrSNNpgSMweYIVNmjMjLCjPDESFAkM6IxnqE0ZsMds-gAWRLYnwCACcuNi7C09SuZzql1I5JCdzaPhFLzeIR6il+ZsBTKtoLGbMmUM5MKadAEkj5S0Fa3FIS2O3lNBV2woUNAcngyAIJzQIAAYgBVAAKNBoviTABUQKx8gRCsUAEYEPC5dggA5yThmHLwCAAD3gWkQMZAAAcLiyDjAOBAtK2chGoy3zLXEPBAWY4GZ4NmQBRp+Y5BRIzkAJILsxLlc+BwAdhVBagUmQAEEzFIAMJ5wnzsA5Q-H4rWbvR2cWscAZUjr9j8AAtO+M6JEoY4XgUUIgAAxAAotKqZ8AAQm+IHwBeWgRrAGb1o2zbFOWrAFiW7BgGEWjnjkub5lcFBSMUAD6aEYTAdEitKdECHg0SpngDgFnwDi5HgipMAA9AIs4KPWYFSC2kFkIRfB4Hw5YHCWuTyHIhQUNkVx7HACF4FIkB4WkQA
DNA Expand to copy DNA N4Ig5gpg9gthAuAnAniAXKKA3CiCGANgeqHgGYCWe6ADAHQBMArADQh4DWFHUtbn+GLToBONgBM8EAM4ALCkLT0AzGJCSKyAK591eLBWHM2AKwgA7cxTK5dBKrpgOlbKPYPUXIfCZ1fEUNKeNGxBcsGhFsEAvtFsEMgyJCAAxm5QiOggMFriFADu1K44+ETJ5M4h7Fw8ugJ4ivQiapIy8o0SeJp+VZIGwgBsABymFlY2mV72EdmVru5z3ni+ugFBg8qheOG60lG0sWzmgRDJ2LiExBjslDOc3Lxe9R16bQq6Gtof+oZeZpbWWxTRZOGZuCgeVbLHpsNYzMKyeH7JSHbJQLTwWRnEqXcq3Oo1R5VZ7fN4vT4wvT9P5jQGTKrTRyLcGQ-zQ1aBeHbRG7ZE0VHSDhaMrXc6lK6kfFPQkEwSkuTvJR0JibPTdb7Uqr-cZAhkg5kLGY+Slw3bcpHmGJxECIiiTUDSeDIAinNAgACyAGUABI0GgARgAwgB5EBsNIEDJZABGBDwKQ4IGtgoo5mS8AgAA94FpEK7Uu5TtaYJwIFoAA7JR3O-PRvB5sMgVMZ8zSChO5IASXMLbbHZR1ujUHEyAAguZxIHI5jU2BkkOR1kSy7GwrEPBPU6V274ABaNfwVfydeB9KTEAAYgAYjfb0e7fBA1pHbAACpZnMNt1Jth1hNgAItAnZIIyja5ZCzU9xHzC8ABYaHg+Ck2teMUhkaQMgoJJrktOAACE8HESAsmQoA	DNA Expand to copy DNA 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
DNA Expand to copy DNA 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-V6NEIKHqwgBJDSF4ul2k+zNQPjIACCGj4AGEXUD-WAwvXG7FdAmDXmkYh4Ka9cOjcmogBaUfwEdiMdtqJNEAAYgAzD4twB2LcAUSXWvgbbkutgABUICGwxGQHW8OEmGBHHJW2Fna7ViJb6u+AjDcABYaFA0DHx9Z9wmEIRogoUJVkmOAACE8D4SBYkgoA	DNA Expand to copy DNA N4Ig5gpg9gthAuAnAniAXKKA3CiCGANgeqHgGYCWe6AjADQh4DWFTU6ADA8-jJwwBM8EAM4ALCnzRcQQisgCu-WXiwVlAKwgA7bRTK5lBKspgnpDKMbXULIfBqV3EUEbZlvx7hiJ22aAL4BDBDIoiQgAMZWUIjoIDAKAhQA7tSWOPhEEeTmMsys7HY8eFIyQqISZYJ48k7lqup2Wrr6hnbG-gxm3iBWFDbKDvUMLm7KnmK9vtruQQzarhAR2LiExBiMlL0FbMol1SqVkspyiqeNmjp6BnEded0PfdZPw0Ou03hetD5+nPMJKAKeBiFaZdY5bb7Fh7YpMXgXY6HM4jFRqK6tW5GJ49ZT9QbOPCOd7jOyTaZ-aQAkRMBTZTarLIbUhQuGFaEIuwVcQnLm1c589HNa5tO4yTqmJ7415E1FjT7fMmUjgAqYUO6gETwZAEZZoEAAMQAqgAFDgcADsJoAKiAGNECLF4kJEEwAEIuFLaEDBEA0ijezbwCAAD3gCkQeoSeAEAlQvpgzAgCgADhEtTqozpg4h4LVtHBtPA7SAA8HtCIKNqIgBJIs6SvVtCBX0AIygcYAgtoBABhR0ggNgCLtuPxRO6ks83MAZW1k-18AAtNPiz4JLnezE7iAAMQAZho+4AHAA2TtTjfwXsKLWwa2h8OR+I+hitvCRJhgFwKHsRB1OpsYihluAhRruAAsHBQVBPq+h+kSiCIsQUOEmyzHAboxpAL5BEAA

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