EDU101 MIDTERM PAST PAPERS
Comparative component of photosynthesis (among cyanobacteria and green plants Comparative component for combining and embedding layer Proteins Proteasomes (protein processing structures) of comparative development (between archaebacteria and eukaryotes) A Comparison of Prokaryotic and Eukaryotic Cells Highlights of eukaryotic cells not found in prokaryotes.
Division of cells into core and cytoplasm, isolated by an atomic envelope containing complex pore structures Complex chromosomes made out of DNA and related proteins that are fit for compacting into mitotic constructions.
Complex membranous cytoplasmic organelles (incorporates endoplasmic reticulum, Golgi complex, lysosomes, endosomes, peroxisomes, and glyoxisomes).
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Particular cytoplasmic organelles for high-impact breath (mitochondria) furthermore, photosynthesis (chloroplasts) Complex cytoskeletal framework (counting microfilaments, transitional fibers, and microtubules) and related engine proteins.EDU101 MIDTERM PAST PAPERS
Complex flagella and cili Capacity to ingest liquid and particulate material by walled in area inside plasma film vesicles (endocytosis and phagocytosis) Cellulose-containing cell dividers (in plants) Cell division utilizing a microtubule-containing mitotic axle that isolates
chromosomes. EDU101 MIDTERM PAST PAPERS
Presence of two duplicates of qualities for every cell (diploidy), one from each par Presence of three unique RNA orchestrating catalysts (RNA polymerases) Sexual multiplication requiring meiosis and treatment Schematic outlines of a “summed up” bacterial (a), plant (b) cells.
Schematic outlines of a “summed up” creature cell Address 4 Structure of Matter Nuclear Structure Carbon AtoM Electronegativity The propensity of a molecule to draw in electrons towards itself.
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