Acetabularia used in Hammerling's nucleocytoplasmic experiments is
unicellular fungus
multicellular fungus
unicellular uninucleate green alga
unicellular multinucleate green alga
Oxysomes or F0 - F1 particles occur on
thylakoids
mitochondrial surface
inner mitochondrial membrane
chloroplast surface
Electron microscope has a high resolution power. This is due to
electromagnetic lenses
very low wavelength of electron beam
low wavelength of light source used
high numerical aperture of glass lenses used
Ribosomes were discovered by
Golgi
Porter
De Robertis
Palade
Hammerling's experiment of Acetabularia involved exchanging
cytoplasm
nucleus
rhizoid and stalk
gametes
Organelles can be separated from cell homogenate through
chromatography
X-rays diffraction
differential centrifugation
auto-radiography
Segregation of Mendelian factor (Aa) occurs during
diplotene
anaphase-I
zygotene / pachytene
anaphase - II
Resolution power is the ability to
distinguish two trees
distinguish two close objects
distinguish amongst organelles
magnify image
Best stage to observe shape, size and number of chromosomes is
interphase
metaphase
prophase
telophase
Experiments on Acetabularia by Hammerling proved the role of
cytoplasm in controlling differentiation
nucleus in heredity
chromosomes in heredity
nucleo-cytoplasmic ratio