第493章 进化开始（2 / 2）

PmMvPCknKScgLCcpjK7loKvnrJzmKD5jPD5jLzwNgoDju47lh7/ooovmoJ3pt6PnvZnngJ3nkZDljLzvlbzltYnnsIjll4/lsYTni7nktYHnn5TnPmM8PmMvPA2CgOOMkOWNuOSEmueuvuWGu+eJnOaGveSMvO+8vOS4m+e0h+inpOW2l+aWjOWbv+iLjuezpeWes+mpveWdiOWTveWOuOSMvO+wjeWLieaEmueZpuWHpeW3teiTu+eLp+WAvOW5peU+Yzw+Yy88DYG875+K5ZCI5oGm6Lml5Yy876Wd5re16IWv5pqd5Ze+5ZiP5YmF5a6b54Sa57ej572Z5z5jPD5jLzwNgbzvu63mmrzkmq7lgLjkjbjkn7nkj4PlvaXlPmM8PmMvPA2CgOOGuuSapOWqpOW9peWBpui2u+ShneaEmuext+Wqh+iMvO+ZgOKLjuezpeWOjuicneaOvueYgOKNveSjgum3teiUr+aMvO+Dv+Whv+SGiOWgh+W3o+e9meeGuuSZu+eQreWLvuSquOSZv+g+Yzw+Yy88DYKA45St556b5Zu25oS76Z2A4oKA46a65am45raI5aeO5pm/5a645bq65Imc5oiP5Yy877CE56uB54mA6ZGM5rGU56qH6L2D6KKX5oy874i+5KKl5Yi55Jm/6KC95KGy5q+P5bml5aaA4qaA4rG35aqH6KCd6a+Y5qiF5Yyu5Yy876uB54O/5bCc5bKO6JKd6YSa55+U546H6a+Y5oSa56iU57ml5aaA4qaA4oa65J+K5ZCI5pyA4j5jPD5jLzwNnYDin7zviLnkhrrkn4rlkIjmnIDiPmM8PmMvPA2CgOO9p+aQkOWtuOSDv+WonOW3o+e9meefvO+IueSSjuabieeageWonOWgveS6uOSlu+SgveSmgOKmgOKfhueQiOagh+WZgOWrgeeIueSAu+Q+Yzw+Yy88DZ2A4qaA4qaA4qeQ5amk5YqN5Y+w5Ya65KiU56qP5bml5Yy875aM5Zu/6JmA4ouO57Ol5Y6O6Jyd5o6+55iA4o2Q5YC45KaP5Ye/6IGn6J+55JGI5o2J5Yu55KaA4qaA4r2l5bSV5oOw6KC95Jm7572D6L2D6ZGI5p+G55CI5qCH5Yy875mA5auB54i55IC75LSv6KC95KaA4qaA4oSa55ii6a6X6ZCI5o245K+Y5pi/6Iic5oqN5amk5YGN5aq45K2754GM5pyA4pq875OB6bSv6ICd55Gs57u96Ju25oS76T5jPD5jLzwNnYDin7zvlozlmI/ljbjkprrlqbjmqrjkmb/ogYzmnb/ksITnq4Hnqa7otJvngLjkvYPon7zviLnkn6TllLDml5bmhJrnvYPooL3kjLzvtJfptpfmkbDlmqTlgabogJzplozlm7/omq7lrqHnjbjkkYjmnIDimrzvk4HptK/oiI/lt6PnvZnnjLzvpZ3mi7jkhrrknIHlv4rli7bohJrnjZnpi7jkprrlqbjmsITnq4HnPmM8PmMvPA2dgOKmgOKmgOKcgeWcgOI+Yzw+Yy88DZ2A4oKA45yB5YqW5bGw5Yy874KA6YiQ5ZmA5baX5oi55IC75Iuc56C95Iy874Sa57G85KyQ5ZyA4pq874695I2Z6aKF5pO856a65am45oaw5aiK5aqH6LGE54u55LWB55+U54y874eM5o2T5aq45Ia65JOJ5pu25oS76T5jPD5jLzwNnYDigoDjm7rkgLjkjr3kjYblprrlqbjmhJrnsITnq4Hnqa7onIDimrzvk4HptK/ojLzvjpDlv6HpnIHlrr7lpZXnt6PnvZnnPmM8PmMvPA2CgOOCh+iLieaEmueZmue9mee5r+WAuOS6h+WynOmMvO+9kOiRu+a2hOeqh+iQreWWouiMvO+siua7veiLieaMj+U+Yzw+Yy88DYKA46KL5qCd6bCE56uB54Cd55GQ5Yy877Ob5oeR5r6w5Yeb6Iy874GA5oO/5b2l5bSV5oOw6Lml5Yy875Gt57q75a245I6f5YSa55Sv5omg5qGs5p6z6YqP5aW75Iy877qp56mk5YSa56Kd6Zak5byc54C45Ia65Iuc57Cc5YuB5pmV57ej572Z5z5jPD5jLzwNgoDjp4Png4fnk7znk7znrbjki7nkv67mp6TlqJzljLzvuoflnqPprbjkjI7mi4nmm7bmhLvpqofosITnq4HnhJrnlLDmvpvpgrHlgrHlgJ3nlbvnppDotJvlqJHljLzvk73ksrbmgqblm67ljLzvsonov7vnhJrnrIjooL/nob/nsI7niJHluZbmirjkjLzvsonovZnnqIPplbrltZzmgLjkPmM8PmMvPA2dgOKCgOO/hOaAieagveSCpuWcgOI+Yzw+Yy88DYKA44Sa57uO5Yu45Lu05q245JaM5Zu/6Kic5bml5amu6L2D6K+P5Ymc5oCc5q+Y5oy875uK5b2R5Z+U54Sa54GD6ZO15oCd56a45YSZ6ZS45Iy874yS5am45rq45ICc5rGE54u55LWB55+U54y876245KuB54K85Ymc5oCJ5j5jPD5jLzwNnYDigbzvsYTni7nktYHnn5TniYDpjLzvhrrkvaXls4PmkYjmnIDimrzvk4HptK/ojLzvmZLov5jpua/lop3pq7roh7/orL3ojLzvlLDmo4/lgLjkhrrkuJDlsbfmt6PnvZnnPmM8PmMvPA2dgOKmgOKmgOKnkOWquOixpOWsu+SWu+S0r+ixsOWgveSMvO+9veiKjeW0ueWAuOSquOSHv+iMvO+hiuW7u+SMoeibv+i7juWBgOi/lemNkOWJuOSMvO+WpOWmj+WcgOI+Yzw+Yy88DYKA46+36Iu55JaM5Zu/6Ia65KmL5omA6bG35aqH6JGI5rSv6LGw5Yy874Sa57yA6aui6K+Y5pGI5rq65KuI5Ymv6IqR5YGm6I245J+55Iy875GI5rCJ5pOJ5qWd5pu/6Lq65Kmu6KuI5Yy876iR5Zub5b+u5quu5YGU6YGw5buO5aC95JyA4j5jPD5jLzwNgoDjgKfnmLzkoIrltJvmkYjmlK/mvYPopa/olLrluaXljLzvu4Xli7vmlbPmmKfnhJrnvaXltJvmhrrkiZzmgoDjmYDii47ns6Xljo7onJ3mjr7nmIDihJrnsJbmu4XluZ/lvaXlvaXljLzvhrrkoL3kmbvnpLrksbDljpDlpbvkvZDoqIPph5vovZnnnIDiPmM8PmMvPA2avO+Tgem0r+iwnOWNh+mRg+mMvO+OkOWAnOaMvO+Yp+eQmumEmueTmealn+e9g+iNiea/lemPl+abuuSAuOSGuuSju+SkuuSIj+WMvO+FuOa9meeZu+ekuuSvjei5uOSGsOW5peU+Yzw+Yy88DYKA46eQ5ZWz5rut5o2n54C45KmL5omA6Zq875CI5pGv6Lu/56iK5aqH6J2v6ISa55a75Iaw5a245Le15pGE6Iy876+N6Lm45Ie/6KWO5rCc5Yav6I+E5ou45Lej572Z5z5jPD5jLzwNnYDigoDjp5Dlq4HngrzljafngLjkqYvmiYDpjLzvhrrkoL3kpa/opZ3mi7jkpY7mjLzvuq/ov4nmhrrkjKHopbHlj7vnsrflkYjmnIDimrzvt6PnvZnnmbvnpLrkjLzvtpPniY7nqrjkgLjkpYXlhaPor43oubjkhrDlm7bmhLvpPmM8PmMvPA2CgOOVjeWArueIueSjgumNgOWkuOSvmOaFu+SFu+SNuOSvj+WMvO+epeeDv+WEmue5tOiXgOiBpuiAnOmtuOS2heWZv+i6uOSgm+WCgOOanuakuOS2iOW8guengOahrOaAuOSwiOWageWVs+agl+aZiOWmkOWMvO+vjei5uOSEmuenuueOveSbuuSAuOS2iOW8gueIuOWvjei8gueEmueYq+mBnuanuueJreevmOaenemkmemMvO+AqOiMgOi4uOWjreY+Yzw+Yy88DYG876+N6Lm45Jqe5qS45Ia65LaI5byC54y874mC54C85aGs5oC45Ja75D5jPD5jLzwNgbzvr43oubjkhJrns5HlmabpgYPpk7XmgJ3nkY/lo5XmjLzviKHmvpvlvLHps5jptJjpiJHljLzvoIrlpLrksonoq7TnjrjksonohLvpmp7mpLjkr5jmjLzvrbjki7nkg7/li4nmjLzvjI7mi4nmgLzlipHmm7bmhLvpPmM8PmMvPA2CgOOrgeeCvOWEmueGnOm3m+msmeWekOWjgumJnOaYv+iMvO+WpOWrgeeCvOWyieiRh+mEmueolOeOvOm5uOSageidh+WGuuSkmemBvO+rgeeCvOWNp+eAuOSireaNuOSMvO+KuOSruuibtuaEu+mMvO+wiOWPhOaos+aNieaZv+iFuOa9mec+Yzw+Yy88DYKA46245Iu55JO95Ku66ISa55u25oS76bCI5Z6b5bCE56uB55OB6YC45Jy95JaM5bCW5o2H6Yy877uO5aOV5o686auB5z5jPD5jLzwNgoDjgIDop4XnjpjmiYXlq6LosJbmjYfpjp/lh5vovZnnjLzvi7jkkrTmiYXls5jpjLzvu47lo5XmkbrkjLnkPmM8PmMvPA2CgOOAh+WMuuSyueWAuOSEmuesmeWekOWrouixsOWGnOm3m+mEmueBg+mTteajgumMvO+0l+mLueS7iOW3oemMvO+7juWMtuaZvumrgeednOawnOWfgOmrv+WbiuWLueSGnOm3m+mEmuetuOSLueSCseWRuuSMvO+Rj+WGiOetuOSjj+WDruWqh+iwnOWbjOebiuWVvOW4kOWhguiAuOSMvO+CseWRuuSKuOSeo+mMvO+3teiMgOippOWyhuWDruU+Yzw+Yy88DYKA44u45J6Q5bWU56qX6Yaw5aOP5YC45Iy876K95Zm+6Zy95JaM5bCE56uB5z5jPD5jLzwNgbzvq4Hnob3nt5vpmb7pnbnkjLzvgLjkgY3lrKznjZDlko7mnKbmq4HngrzlPmM8PmMvPA2CgOO7juWyhuWGnOm3m+mEmuetuOS6qeeppOWAneeRkOWMvO+2oemLseW0oOeyhuWwhOergeeTgemAuOQ+Yzw+Yy88DYKA45uX57u55bWY6bWY6Ya65LCI5ZeP5Z+E5rSN5Zu25oS76Ya95Iy877q85Y245La55b2D6IGo5YSa57WU56qX6Yy874u45IiK5a245Lqp54675LWU56qX6YSa57KJ6L2Z57aT6ZOB6YC45D5jPD5jLzwNgoDjvbjkjr7nhJrngL7lnqXnurrkqa7ogJ3nprjljIDojY/ljLzvurrkh6rploDmr4/ljbjktrnlkbrkt5vphJrnj4fpm4rlrYHnga/mgJ3npZbmhYXlrbjkuqnnqaTljLzvrbjkvJznhJrnlrvkqJzlPmM8PmMvPA2CgOODluWikeWonOaOguedgOKmgOKmgOKOvuefnOecgOI+Yzw+Yy88DYG874Sa54Kx5r2/6ICJ5p+U55Wv5oi45a+N6LyC55u65Jm/6Ky75Ja75K+Y5oy876uK5beb6Zm/6Iy876Gx6IK85bCc5amk5ZGP5ZW85Zq85Ja45LqH5a+N6Lm45LaY6Zir6T5jPD5jLzwNgoDjqb3liYXlhJrnt6DmgrzluoflspzpgbXmrbjkvJznjLzvhpzpt5vphJrnrbjkuqnnqaTlgJ3ni5znqJzmjoLnurrkh5vohJrnorrnq4Hnq7roqIXljLzvjYvojYvokY/lvZnnPmM8PmMvPA2BvO+ltOixpOWqnOa2ueW5uOS8gueOmOa0r+iNuOSAuOSgl+aPh+m9g+ingOaeseW3m+mEmueoiuWMtua2hOekqum0l+mwnOWppOWKj+Wlu+SZpumvjeiEmue7iOWkreaGveQ+Yzw+Yy88DYKA45uc5oy45Yi55IC75LGK5qGy5r2D6bm45LyC56Gs5qSt5rmv5bej572Z54y875Ct5beg5oSa54O/5bOF5Y245KC85q+J5YC45L2D6Y6Q5Yu55Iy874686auB54Cd54mM5pmA5baX5oSa54un5YC85YC45Ia65KSZ6Zu25oS76bCI5YGn6Lyc57K65J2A4p+874a65JCI5p+c55yA4j5jPA==