prophase
metaphase
interphase
telophase
deficiency of vitamic C
sex-linked abnormality
absence of rods in retina
absence of visual purple in retina
meiosis only
meiosis II and mitosis
mitosis only
meiosis I and mitosis
Watson
Crick
Temin
Porter
heterosis
hybridization
hypostasis
dominance
fission
budding
asexual means
sexual means
late prophase
early metaphase
metaphase
interphase
chromosomes are composed of DNA and protein
genes are composed of chromosomes
organism cannot live withoutchromosomes
genes are located on the chromosomes and are transmitted to the next generation through them.
gene mutation
segregation
crossing over
polyploidy
crossing over
synapse
chiasmata
terminalization
directly related to crossing over
same as translocation
inversely related to crossing over
opposite to segregation
Herting and Van Beneden
Sutton and Boveri
Hofmeister and Waldeyer
Farmer and Moore
Genetics
Evolution
Morphology
Cytology
four
seven
six
one
25
25.6
26
26.5
lethal
sex-linked
inbred
dominance
cause the death of the organism in which they are present
cause the death of the homozygous infant being formed
cause the death of heterozygous infant being formed
all of the above
t-RNA
m-RNA
s-RNA
hn-RNA
Genome
Genepool
Genotype
Phenotype
Hugo de Vries
T.H. Morgan
Sturtevant
H.J. Muller
transformation
transduction
genetic engineering
sex-duction
inbreeding
cross-breeding
back-crossing
self-fertilization
X-rays
UV-rays
-rays
5-Bromo-Uracil
nondisjunction
crossing over
segregation
hybridization
clone
recon
cistron
codon
At ovulation
During meiosis
During cleavage
At fertilization
leptotene
pachytene
diplotene
diakinesis
Mast and Pantin
Watson and Crick
Corren, Tschermark and Hugo de Vries
Khorana and Nirenberg
Survival of the dominant
Survival of the recessive
Hardly-Weinberg law
None of these