share email twitter ⋅ join discord whatsapp(2ck)
free120  nbme24  nbme23  nbme22  nbme21  nbme20  nbme19  nbme18  nbme17  nbme16  nbme15  nbme13 
Welcome to missi199’s page.
Contributor score: 7

Comments ...

Subcomments ...

submitted by hayayah(1057),
unscramble the site ⋅ remove ads ⋅ become a member ($39/month)

In atoricekuy l,eslc otw orajm aashwhttyep— epioset-iqinbruuotma whtayap and saoylsoml edetaselspomoiity—r rteopin .eddgainatro

ehT jmroa atwhpay fo clsiteeve enritpo rgatenodadi ni ouytarkice csell suse iutiunqbi sa a rramke tath egtstra tocslcoyi dan cnlraue opresnit ofr dirpa slspteioor.y

The trhoe jorma ahywapt of tirnepo gtndaredioa in tcyarekiou lclse olvnsevi eht pkauet fo rieopnts by ooyesmssl nad oeingsidt yb ap.setreos

missi199  Could I ask why it is not Lysosomal protease +7  
smc213  "Certain viruses have evolved to recruit the cellular E3 ligases to induce the degradation of cellular proteins that might have harmful effects on the viral life cycle. For instance, the protein E6 of Human papillomavirus (HPV) recruits the cellular E3 ubiquitin ligase E6-AP to induce ubiquitination and degradation of p53, thereby allowing viral replication." from: +3  
smc213  USMLE Kaplan: A majority of cellular proteins are degraded via the ubiquitin proteasome pathway, including many proteins that play a role in maintaining cellular homeostasis. These include proteins that regulate the cell cycle, apoptosis, etc. +3