Across
- 2. WHAT INTERACTS WITH NES TO DIRECT PROTEINS OUT OF THE NUCLEUS
- 5. MOST COMMON GLYCOLIPIDS
- 6. WHERE PROTEINS TRAVEL TO VIA THE TIM23 COMPLEX
- 9. BLANK TO RANGDP IN THE CYTOSOL RELEASES CARGO
- 10. N-TERMINAL POSITIVELY CHARGE TARGETING SEQUENCE FOR MITOCHONDRIA
- 12. FORM OF RAN FOUND IN THE CYTOSOL
- 13. FINAL STEP OF TRANSLATION WHERE THE POLYPEPTIDE IS RELEASED FROM THE RIBOSOME
- 16. WHAT PROTEINS USE TO ENTER THE INTERMEMBRANE SPACE
- 18. PROTEINS THAT PREVENT AGGREGATION BY BINDING HYDROPHOBIC REGIONS
- 19. C-TERMINAL TRIPEPTIDE SIGNAL FOR PEROXISOMAL IMPORT
- 20. LOCATION OF RANGTP
- 21. FACTORS THAT TRANSPORT TARGET SEQUENCES
- 22. GTPASE THAT PROVIDES DIRECTIONALITY FOR NUCLEAR TRANSPORT
- 24. WHAT PROTEINS USE TO ENTER THE OUTER MEMBRANE IN ADDITION TO MIM
- 27. PROCESS REQUIRED TO RELEASE PEX5 BACK INTO THE CYTOSOL WHERE UBIQUITIN IS REMOVED
- 28. BARREL-SHAPED CHAPERONE COMPLEX SUPPORTING APPROX 10% OF THE PROTEOME
Down
- 1. SINGLE MEMBRANE ORGANELLES OF EUKARYOTIC CELLS CONTAINING OXIDATIVE ENZYMES
- 3. SPECIFIC TRANSMEMBRANE CHANNELS THAT PERMIT THE CROSSING OF MEMBRANES BY TARGET SEQUENCES
- 4. STRESS RESPONSE TRIGGERED BY ACCUMULATION OF MISFOLDED PROTEINS
- 7. RECEPTORS THAT BIND NLS-CONTAINING PROTEINS
- 8. BLANK COMPLEX THAT IS THE MAIN ENTRY TRANSLOCASE IN THE OUTER MITOCHONDRIAL MATRIX
- 11. LEUCINE-RICH SIGNAL DIRECTING PROTEINS OUT OF THE NUCLEUS
- 14. PROTEASE THAT CLEAVES THE PRESEQUENCE IN THE MATRIX
- 15. BLANK SYNDROME THAT IS A GENETIC DISORDER CAUSED BY DEFECTIVE PEROXISOMAL PROTEIN IMPORT
- 17. MEMBRANE THAT PROTEINS TRAVEL TO VIA THE TIM22 COMPLEX
- 23. SHORT LYSINE AND ARGININE RICH SEQUENCE DIRECTING PROTEINS INTO THE NUCLEUS
- 25. TYPE OF PROTEIN THAT MAKES UP 1/3 OF GENOME PROTEINS
- 26. TYPE OF RIBOSOMES THAT SYNTHETISE NUCLEAR, MITOCHONDRIAL, AND PEROXISOMAL PROTEINS