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Page 243
... phenotype , and its ge- netic makeup , its genotype . In the case of flower color in peas , PP and Pp plants have the same phenotype ( pur- ple ) , but different genotypes . FIGURE 13.5 reviews these terms . ( Phenotype refers to ...
... phenotype , and its ge- netic makeup , its genotype . In the case of flower color in peas , PP and Pp plants have the same phenotype ( pur- ple ) , but different genotypes . FIGURE 13.5 reviews these terms . ( Phenotype refers to ...
Page 248
... phenotypes of the two parental varieties . For instance , when red snapdragons are crossed with white snapdrag- ons , all the F , hybrids have pink flowers ( FIGURE 13.10 ) . This third phenotype results from flowers of the heterozy ...
... phenotypes of the two parental varieties . For instance , when red snapdragons are crossed with white snapdrag- ons , all the F , hybrids have pink flowers ( FIGURE 13.10 ) . This third phenotype results from flowers of the heterozy ...
Page 252
... phenotype does double duty . We have been using the word in the context of specific characters , such as flower color and blood group . But phenotype is also used to describe the organism in its entirety - all aspects of its physical ...
... phenotype does double duty . We have been using the word in the context of specific characters , such as flower color and blood group . But phenotype is also used to describe the organism in its entirety - all aspects of its physical ...
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adaptations algae allele amino acid animals atoms bacteria base biologists biology blood bonds called Calvin cycle carbon cause cell division cell walls cell's cellular respiration chain Chapter chemical chlorophyll chloroplasts chromosome codon complex compounds cytoplasm diploid disease diversity energy environment enzyme eukaryotic eukaryotic cells evolution evolutionary evolved example fertilization FIGURE flowers fossils function fungi gametes gametophyte genetic genome genotype glucose glycolysis guppies haploid human hybrids hydrogen individuals inherited insects living mammals meiosis metabolic microtubules mitochondria mitosis molecular mRNA mutations natural selection nucleotides nucleus occur offspring organelles organic molecules oxidative oxygen pair parent pathway phage phenotype phosphate photosynthesis phylum plants plasma membrane plasmid polymerase polypeptide population produce prokaryotes protein protists reactions recombination replication reproductive ribosomes sequence sexual speciation species sperm strand structure sugar synthesis tion tissue transcription tRNA University variation vertebrates viral viruses zygote