Flagella of prokaryotic and eukaryotic cells differ in
type of movement and placement in cell
location in cell and mode of functioning
microtubular organization and type of movement
microtubular organization and function
Nucleoproteins are synthesized in
nucleoplasm
nuclear envelope
nucleolus
cytoplasm
Cell organelles having hydrolases/ digestive enzymes are
peroxisomes
lysosomes
ribosomes
mesosomes
What mechanism is responsible for movements of cilia and flagella?
kinesin moving on microfilaments
Dynein moving on microfilaments
Dynein moving on microtubules
Myosin moving on microfilaments
Lysosomes are reservoirs of
RNA and protein
fats
secretory glycoproteins
hydrolytic enzymes
During cell division in apical meristem the nuclear membrane appears in
metaphase
anaphase
telophase
cytokinesis
Membranous bag with hydrolytic enzymes which is used for controlling intracellular digestion of macromolecules is
endoplasmic reticulum
nucleosome
lysosome
phagosome
Lampbrush chromosomes occur during
prophase of mitosis
diplotene of meiosis
metaphase of meiosis
interphase
According to fluid mosaic model, plasma membrane is composed of
phospholipids and oligosaccharides
phospholipids and hemicellulose
phospholipids and integral proteins
phospholipids, extrinsic proteins and intrinsic proteins
All plastids have similar structure because they can
store starch, lipids and proteins
get transformed from one type to another
perform same function
be present together