ribosomes
chromosomes
chloroplast
leucoplast
A. ribosomes
M.J. Schleiden and Theodore Schwann in 1838 and 1839 respectively
M.J. Schleiden and Theodore Schwann in 1939 only
Theodore Schwann and M.J. Schleiden in 1938 only
T.J. Schleiden and M.J. Schwann in 1838 only.
Huxley and Virchow
Leeuwenhok and Hooke
Knoll and Ruska
Farmer and Moore
electron transport and ATP synthesis
carbon assimilation
intake of
elimination of
phase contrast microscope
electron microscope
light microscope
autoradiography
nucleus
cell
protoplasm
nutrition
lysosome
spherosome
glyoxysome
lomasome
uracil and adenine
thymine and uracil
uracil, adenine, guanine and cytosine
thymine, adenine, guanine and cytosine
nucleus
centriole
nucleolus
mitochondria
Robert Brown
Huxley
Virchow
Hammerling
55S to 70S
80S
40S
60S
Benda
Kolliker
Altmann
Robert Hooke
GUA AUC GUA GUA CUG
GTA ATC GAT GTA CTA
TAG ATG ATG GUA CUG
GTA ATG GTA GAT CTA
respiration
photosynthesis
protein synthesis
fat synthesis
9 + 2
9 + 4
9 + 0
9 + 1
cm
m
m
m
pinocytocis
phagocytosis
absorption
imbibition
Scheiden
Schwann
Leeuwenhock
Robert Hook
joining enzyme
RNA polymerase
nuclease
none of these
chloroplast
mitochondrion
microtubules
crista
ribosomes
chromosomes
chloroplast
leucoplast
oxisomes
quantosomes
lysosomes
microsomes
centrifugation
radioactive tracers
microscopy
chromatography
sugar and proteins
lipids and proteins
starch and lipids
sugar and lipids
dying
dehydrated
active
dividing
DNA and proteins
RNA and proteins
DNA, RNA and proteins
RNA arid DNA
200 times
2000 times
20,000 times
200,000 times
glyoxisomes
lomasomes
spherosomes
lysosomes
Ribosomes
Contractile vacuoles
Chloroplasts
Cell wall
Danielli and Davson
Singer and Davson
Buvat
Robertson
oxygen supply
nutrition
regulation by nucleus
all of die above