A) chromosome B) heredity C) dominant D) recessive
A) inheritance B) heredity C) recessive D) dominant
A) expression B) base pair C) syndrome D) trait
A) mutations B) heterozygous chromosomes C) homologous chromosomes D) RNA strands
A) diploid B) heterozygous C) homozygous D) haploid
A) crossing over B) mitosis C) mutagen D) mutation
A) S1 B) meiosis C) mitosis D) interphase
A) to create 2 daughter cells B) to create mutations C) all of these D) genetic diversity
A) gamete B) trisomy C) monosomy D) all of these
A) 23 B) 1 C) 13 D) 21
A) monosomy B) Down Syndrome C) trisomy D) cancer
A) DNA B) Karyotype C) RNA D) replication
A) somatic cells B) mutations C) replication D) gametes
A) centromere B) DNA C) telomere D) cytokinesis
A) sister chromatids B) RNA C) mitosis D) mutation
A) gametes B) somatic C) cancer D) haploid
A) lack of sleep B) chemical exposure C) smoking D) radiation
A) mutation B) homozygous C) chromosome D) carcinogen
A) 2 daughter cells B) body cells C) 4 daughter cells D) carcinogens
A) 2 identical daughter cells B) 2 different daughter cells C) 4 gametes D) 4 daughter cells
A) DNA B) ribosomes C) cytoplasm D) Golgi Bodies
A) heterozygous B) all of these C) homozygous D) homologous
A) mutations B) carcinogens C) homozygous D) heterozygous
A) Y B) X C) XY D) XX
A) XY B) YY C) XX D) Y
A) genes B) chromosomes C) ribosomes D) DNA
A) how a trait looks B) DNA strands C) letters for traits D) RNA strands
A) harmful B) neutarl C) all of these D) helpful
A) occur in mitochondria B) a mutation C) cancer D) an organisms complete DNA sequence
A) 2 B) 1 C) 21 D) 23 |