Plasma membrano V
Figurę 3. rht inrelcy poth<vo/. Wirtw/ protefis ttn&<coltd in w# orr
onnboKiwej tootK) to nie enc»p(asmic rci<uV.m «TRl Jhtyat rhm trantpomd \<o Mifeutar coir.toj rMajgb rhr Gol? caroplei ati1 a* tV-v?V «0£yt0i*r. nm fOfMOft tto* no: iW Sfoporianf tnmcha: I. The
irantA kr ł/wtcmol proAr-in tom rtw d»lol Gofy otfrmor and IV hw*A fo' (K.Ku»t\rv< mtmkronr prctrms 6w» theW J, The r<ra»jet»^r irencftn oflhi pcthw* .rKfodSig tnctooroiu. J. Mm* inwrentt/. asenda\V at Vi«grol /nemiwne prc<»V.s for thoie ot mi>xAcr>3-.U oi* oMo-opOoSiJ ifuvc tfat putAwoy
Mitochondrion
Chloroplast
Figurę 48. "Public"protein translocation systems in the celi. The bold blue arrow indicates the protein translocation system in the ER, the slim blue arrows indicate the related systems within the mitochondrial matrix and the chloroplast stroma. Bold and slim red and green arrows indicate protein translocation systems for import across the outer and inner mitochondrial or chloroplast membranę, respectively. White and black arrows indicate transport into and out of the nucleus, respectively, across the nuclear porę complex.