A. Homozygous
C. Heterogeneous
D. Homogenous
A. Set aria sphacelata
B. Lena sativa
C. Scale cereals
A. Mather (1951)
B. Thoday (1960)
C. Allard (1957)
A. Negative
C. Imperfect
D. Positive
A. Garner
C. Altmann
D. Cowdry
A. Caster
B. Colocasia
D. Maize
A. Yield performance
B. Photosynthesis
C. Root length of seedings
A. Rye
B. Brassica
C. Oat
B. Chromosome
C. Recon
D. Gene
A. Wheat & Anglos
B. Rice & maize
C. Wheat & rice
A. Stability
C. Low buffering capacity
D. Adaptability
A. Z-test
C. t-test
D. x-test
A. Mitochondria
C. Episodes
D. Microtubules
A. Amphidiploids
B. Aneupoidy
D. Allopolyploid
A. Genetic erosion
B. Field gene banks
C. Gene sanctuaries
B. Maize
C. Wheat
D. Barley
A. Correns (1900)
C. Hull (1945)
D. Karpechenko (1927)
A. Pathologist
C. Plant breeder
D. Agronomist
A. Sorghum
B. Berseem
D. Cowpeas
A. Inbreeding
B. Amphimixis
D. All the above
A. Gram
B. Onion
D. Tomato
B. Heritability
C. Genetic gain
D. Coheritability
A. Incomplete dominance
B. Chromosomal inheritance
D. Cytoplasm inheritance
A. Cross breeding
B. Inbreeding
C. Self fertilization
A. Syria
B. Columbia
C. Mexico
A. Unmalted cereals
C. Unmalted potatoes
D. Fermented fruit juice
A. Foundation seed
B. Certified seed
C. Nucleus seed
A. Rimpu (1890)
B. De Vilmorin (1856)
D. Nilson (1900)
A. Coumarin
B. Neurotoxin
C. All the above
B. Arginine
C. Trytophan
D. Lysine
A. Micro cloning
B. Gene sequencing
D. Gene splicing
A. Chromatids become chromosomes
B. Chromosomes become half in number
C. Nuclear division come to close
A. Unexpressive
B. Non-genetic
C. Dominant
B. Van Mohl
C. Schultz
D. Benda
A. Giber (1953)
B. Brim (1966)
C. Simmonds (1979)
A. Lethal mutation
B. Sub-vital mutation
D. Vital mutation
A. Jink (1950)
B. Kempthome (1957)
C. Griffing (1965)
A. Bateman (1952)
B. Stout (1917)
D. Braw baker (1958)
B. Allard (91400
C. Vilomorin (1980)
D. Falconer (1960)
B. Sressler (1968)
C. Crick (1953)
D. Attmann (1889)
B. Ribosomes
C. Lysozymes
D. Dictysomes
A. Deep root system
C. Small waxy and thick leaves
D. Sunken, small and less stomata
B. Identify new gene
C. Gene mapping
D. Gene sequencing
B. Anaerobic respiration
C. Fat synthesis
D. Starch synthesis
B. Seed cot removal
D. Seed risking
A. Over dominance
B. Incomplete
D. Complete dominance
A. Centrosomes
D. Microsomes
A. Methionine
B. Threamine
A. RNA synthesis
C. Protein synthesis
D. Photosynthesis
A. teriary gene pool
C. Modern cultivars
D. Obsolete cultivars
Showing 1301 to 1350 of 5608 mcqs