Biology: Concepts & Connections |
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Page 44
... polypeptide coiling or folding produced by hydrogen bonding 3F 3.17 Tertiary structure is the overall shape of a polypeptide 3F 3.18 3F Quaternary structure is the relationship among multiple polypeptides of a protein Figure 3.15 ...
... polypeptide coiling or folding produced by hydrogen bonding 3F 3.17 Tertiary structure is the overall shape of a polypeptide 3F 3.18 3F Quaternary structure is the relationship among multiple polypeptides of a protein Figure 3.15 ...
Page 198
... polypeptide " factories ” —organelles in the cytoplasm that coordinate the functioning of the mRNA and tRNA and actually make polypeptides . Ribosomes are these factories . A ribosome consists of two subunits , each made up of proteins ...
... polypeptide " factories ” —organelles in the cytoplasm that coordinate the functioning of the mRNA and tRNA and actually make polypeptides . Ribosomes are these factories . A ribosome consists of two subunits , each made up of proteins ...
Page 323
... polypeptide would be a rough transla- tion of the RNA gene . If , in turn , the polypeptide behaved as an enzyme for helping RNA molecules replicate ( Figure 16.6A ) , then reciprocal molecular cooperation between nu- cleic acids and ...
... polypeptide would be a rough transla- tion of the RNA gene . If , in turn , the polypeptide behaved as an enzyme for helping RNA molecules replicate ( Figure 16.6A ) , then reciprocal molecular cooperation between nu- cleic acids and ...
Contents
The Scientific Study of Life | 1 |
The Life of the Cell | 15 |
The Chemical Basis of Life | 16 |
Copyright | |
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Other editions - View all
Biology: Concepts and Connections with Mybiology Richard M. Liebaert,Neil A. Campbell,Mitchell,Reece No preview available - 2000 |
Biology: Concepts and Connections with Mybiology Neil A. Campbell,Mitchell No preview available - 2000 |
Common terms and phrases
action potentials activities algae allele amino acids animals antibodies antigen atoms auxin bacteria biologists Biology blood cells body bone brain called cancer capillaries carbon cavity cell division cellular respiration changes Chapter chemical chloroplasts chromosomes CO₂ color cycle cytoplasm digestive diploid disease electrons embryo energy environment enzymes eukaryotic evolution evolutionary example fertilization Figure flower fluid fossil function fungi gametes gametophyte genes genetic genotype glands glucose growth haploid hormones human hydrogen immune infected intestine ions layer light lungs male mammals meiosis metabolic mitosis Module molecular molecules mRNA muscle mutations natural selection nerve nervous system neurons nitrogen nucleotides nucleus nutrients occurs offspring organelles organisms oxygen photosynthesis plasma membrane polypeptide population produce prokaryotes proteins protists reactions receptor reproduction result roots seed sensory sequence shows signals soil solution species sperm structure sugar surface tion tissue tree vertebrates xylem zygote