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Page 151
... pigment molecule would quickly remit the energy and the molecule would return to its ground state . In the membranes of the chloroplast , pigment molecules are organized into units made up of several hundred chlorophyll molecules plus ...
... pigment molecule would quickly remit the energy and the molecule would return to its ground state . In the membranes of the chloroplast , pigment molecules are organized into units made up of several hundred chlorophyll molecules plus ...
Page 258
... pigment cells and photoreceptor cells . Figure 2-82 diagrams the three types of ocelli found among the jellyfish ... PIGMENT CELL PHOTORECEPTOR CELLS O மஈ 「 ༠ / PIGMENT CUP O 2-83 Sea anemones of the species Actinia equina in an 258 ...
... pigment cells and photoreceptor cells . Figure 2-82 diagrams the three types of ocelli found among the jellyfish ... PIGMENT CELL PHOTORECEPTOR CELLS O மஈ 「 ༠ / PIGMENT CUP O 2-83 Sea anemones of the species Actinia equina in an 258 ...
Page 680
... pigment production . A mutation of this gene may , in the homozygous condition , result in reduced flower color or , perhaps , no color at all . The loss of pigment associated with the mutant gene may result from one of three causes ...
... pigment production . A mutation of this gene may , in the homozygous condition , result in reduced flower color or , perhaps , no color at all . The loss of pigment associated with the mutant gene may result from one of three causes ...
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activities algae amino acids amoeba animals arthropods atoms auxin axon bacteria behavior birds blood body bonds brain cavity cell membrane cell wall centrioles CH₂ chain chemical chloroplast chromosomes cilia coelenterates coelom colony complex contains cycle cytoplasm digestive division egg cell electrons embryo energy enzymes epidermis evolutionary example female fertilization fibers Figure fish flagella flower fluids function fungi gametes gametophyte gene genetic gills glands glucose grow growth haploid hormone Hydra hydrogen insects known larva layer living male mammals material meiosis mesoderm micrograph mitochondria mitosis molecules move muscle mutants neurons nucleotides nucleus organisms outer oxygen pair particles phloem photosynthesis pigment planarian plants produced protein protons pyruvic acid reaction released reproductive ribosomes seed sensory shell shown species sperm sponge spores structure substances sugar surface tion tissue tube tubules types vacuole vertebrates xylem zygote