Sel Hewan dan Tanaman Sel HewanSel Tanaman Vakuola Tidak adaAda Lisosom AdaTidak ada Dinding SelTidak adaAda KloroplasTidak adaAda
Sel Hewan atau Sel Tanaman
Cytoplasm Cytoplasm Nucleus Nucleus Mitochondria Mitochondria Chloroplast Chloroplast Ribosomes Ribosomes RER RER SER SER Golgi body Golgi body Vacuoles Vacuoles Lysosomes Cytoskeleton Centriole Cilium and Flagellum Microvilli Cell membrane Cell Wall Cytoplasm Ribosomes Nuclear Zone DNA Plasmid Cell Membrane Mesosome Cell Wall Capsule Flagellum
Eukaryotic cells Diagram
Prokaryotic cells Diagram
Summary of differences Prokaryotic CellsEukaryotic cells small cells (< 5 mm)larger cells (> 10 mm) always unicellularoften multicellular no nucleus or any membrane-bound organelles always have nucleus and other membrane-bound organelles DNA is circular, without proteinsDNA is linear and associated with proteins to form chromatin ribosomes are small (70S)ribosomes are large (80S) no cytoskeletonalways has a cytoskeleton cell division is by binary fissioncell division is by mitosis or meiosis reproduction is always asexualreproduction is asexual or sexual
Struktur dan Fungsi Sel
Sel Prokariotik dan Eukariotik
Protista, Fungi, Plantae, Animalia Bacteria, Archaebacteria EukariotikProkariotik Rod-Shaped Bacterium, E. coli, dividing by binary fission (TEM x92,750). This image is copyright Dennis Kunkel
Sistem Endomembran
Mengapa sel eukariotik mempunyai organel bermembran Spesialisasi fungsi (kompleksitas)
Mengapa sel eukariotik mempunyai organel bermembran Untuk mempertahankan molekul dalam konsentrasi tertentu pada kompartemen Untuk mempertahankan molekul dalam konsentrasi tertentu pada kompartemen