text: Yo, check it out, I got a scientific fact to share,
  'Bout the Influenza A virus, you better beware.
  The Matrix Protein 1, known as M1,
  It's a multifunctional player, gettin' the job done.
  
  When it comes to replication, assembly, and the virus' budding,
  M1 protein's the key, ain't no frontin'.
  I'm talkin' 'bout the pathogenesis of this infection,
  Interactions with intracellular proteins, pay attention.
  
  We used the yeast two-hybrid technique to screen,
  A human cell cDNA library, know what I mean?
  Found 11 proteins, hTFIIIC102-s in the mix,
  A short isoform of TFIIIC102, playin' its tricks.
  
  Now let's dive deep into this interaction,
  M1 and hTFIIIC102-s, a fascinating connection.
  N-terminal globular region of M1, gotta mention,
  Amino acids 1 to 164, it's a crucial section.
  
  And in hTFIIIC102-s, we got TPR1-5,
  Amino acids 149 to 362, keepin' the vibe alive.
  Pull-down assays with GST, they confirm the bond,
  Coimmunoprecipitation assays, makin' it strong.
  
  But wait, there's more, let me give you the scoop,
  When hTFIIIC102-s and M1 in HeLa cells group,
  Translocation of M1 gets inhibited, no doubt,
  Can't enter the nucleus, it's locked out.
  
  So now we know, hTFIIIC102-s has a role,
  Interacting with M1, influenza's on parole.
  This discovery brings us closer to the truth,
  Understanding M1's role with host cells, that's the proof.