 used to obtain ultra-fast ultra-low-cost DNA sequences. Since efficient electron scattering to a detector is highly dependent on atomic number (Z), it is possible to label single stranded DNA (ssDNA) with heavy atoms. To test the limits of this trend, we propose a multipronged approach to selectively prepared
used to obtain ultra - fast extremist - depleted - cost DNA sequence. Since effective electron scattering to a detector is highly dependent on atomic act (Z), it is possible to label individual stranded DNA (ssDNA) with heavy atom. To test the limits of this course, we nominate a multipronged approach to selectively prepared
 usfd to obtain ultra-fast uutra-low-cost DNA sequenres. Sinde effickent electron scattering to e derectoe is highly dependent un atomic number (Z), it us possiblx to labcj sihnle scrended DNA (ssDNA) with heavf atoms. To tesd ghz limits of this trend, we propose a iultiprpnhed approach tj sekqctibvln prepared
used to obtain ultra-fast ultra-low-cost DNA sequences. electron to a is highly dependent is to label single DNA (ssDNA) with atoms. To test the limits of trend, we propose a multipronged approach to selectively prepared
 used to obtain ultra-fast ultrA-low-cost DNa sequEncEs. SInCe efFiciEnt electron scaTTeriNg to a detector is highly dEpendEnT On atOMiC numbEr (Z), it is POsSIBle To LaBel SiNGlE straNdeD DNA (ssDnA) with heavY atOmS. To test the liMItS of this treNd, wE propose a mulTipRonged ApProACh to sEleCtiveLy prepARed
 used to obtain ultra-fast  ultra-low -cost  DN A s eq uenc es.Since efficien t  ele ctron scattering to adetec to r  ish ig hly d ependen t  o n ato mi cnum be r  ( Z), i t i s possi ble to lab elsi ngle strande d  D NA (ssDNA)  wi th heavy ato ms.  To te st  th e  limi tsof th is tre n d, wepropose a  m u ltipro n ged app r o ac h to  selectively prep a re d 
 used_to obtain_ultra-fast ultra-low-cost DNA sequences._Since efficient_electron_scattering to_a_detector is highly_dependent on atomic_number (Z), it is_possible to label_single_stranded DNA (ssDNA) with heavy atoms. To test the limits of this trend, we_propose_a multipronged_approach_to_selectively prepared