text: Yo, check it out, we just built a magnetic separation system,
  Expanding the game with split-flow thin (SPLITT) fractionation, we gon' make it rhythm.
  Characterizing the magnetic SPLITT system, no doubt,
  With magnetically susceptible particles and ion-labeled particles, we gonna figure it out.
  
  The flow axis of separation channel, we got it set,
  Parallel and perpendicular to gravity, we ain't breakin' a sweat.
  Excluding and including gravitational effects on separation,
  Testing the theory experimentally, that's our dedication.
  
  We workin' in both modes, but parallel's the focus,
  Magnetic susceptibilities of carrier and ion-labeled particles, let's get the dosage.
  Experimenting with ion-labeled and unlabeled particles, we do it right,
  Successfully separating labeled particles, yeasts, and cells, outta sight.
  
  The difference in magnetic susceptibility, it's gotta be precise,
  Delta(chi) for complete particle separation, no compromise.
  We talkin' 'bout 1.75 x 10(-5) [cgs], that's the deal,
  10(9) labeling ions per particle, that's the real deal.
  
  The throughput, yo, it's flowin' steady,
  Around 7.2 x 10(8) particles/h, now that's ready.
  Magnetic SPLITT fractionation, yo, it's got potential,
  Getting them particles' magnetic susceptibilities, it's essential.
  
  All this from a simple theoretical treatment, that's the key,
  Magnetic SPLITT fractionation, a new wave in this industry.