Add 100 mL of water to the original culture C. Add 1 mL from original culture to 100 mL of water. d. Add 10 mL from the original culture to 990 mL of water. Match the organelle to its function by writing in the appropriate number in the space provided 36. ribosome production 37. synthesis of complex polysaccharides 38. photosynthesis 39. synthesis of secretory proteins 40. detoxification of hydrogen peroxide 41. storage of hydrolase 42. boundary of the cell 43. protein synthesis 44. oxidation of sugars 45. cell shape and movement of organelles 46. information center 47. steroid synthesis 1) nucleus 2) mitochondrion 3) chloroplast 4) nucleolus 5) rough endoplasmic reticulum 6) smooth endoplasmic reticulum 7) extracellular matrix 8) cytoskeleton 10) Golgi complex 11) lysosome 12) peroxisome 13) central vacuole 14) ribosome 15) plasma membrane 48. Identify the technique or technology that is most appropriate for the following tasks try selecting from-differential centrifugation, western blotting, DNA sequencing, transmission electron microscopy, confocal microscopy with fluorescent proteins, phase contrast microscopy. SDS-PAGE, yeast 2-hybrid assay, mass spectrometry (i) Identifying protein interacting partners: (ii) Identifying a peptide: (iii) Separating proteins based on molecular weight: (ivj Determining the levels of protein expression in a cell: (v) Determining the order of bases in DNA:
