Concepts in BiologyWm. C. Brown Publishers, 1991 - 535 страница Concepts in Biology is a short, student-friendly text organized in a traditional manner. It has very little botany and presents a human-oriented approach to the animal unit. Professors and students appreciate the low cost of this title, and that it is written for students who are not biology majors. |
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Страница 58
... function in eukaryotic cells . 58 Identify the nuclear components of a cell and associate the functions with the nuclear structures . Box 4.1 The Microscope In order to view very small. Cell History, Structure, and Function.
... function in eukaryotic cells . 58 Identify the nuclear components of a cell and associate the functions with the nuclear structures . Box 4.1 The Microscope In order to view very small. Cell History, Structure, and Function.
Страница 79
... function regardless of the kind of cell in which they are found , we can learn more about how mitochondria function in plants by studying how mi- tochondria function in animals . There is a commonality among all living things with ...
... function regardless of the kind of cell in which they are found , we can learn more about how mitochondria function in plants by studying how mi- tochondria function in animals . There is a commonality among all living things with ...
Страница 136
... function is known for this organelle . However , Von Adelhoff speculates that it may be responsible for epoxy glue , which holds the cell together . Further information on the possible origins and function of this organelle will be ...
... function is known for this organelle . However , Von Adelhoff speculates that it may be responsible for epoxy glue , which holds the cell together . Further information on the possible origins and function of this organelle will be ...
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What Is Biology? | 2 |
What Is Biology? | 11 |
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activities allele amino acids amount animals atoms attached bacteria behavior biological body bonds called carbohydrates carbon dioxide cause cell membrane cellular cellular respiration centrioles changes chapter characteristics chemical chromatids complex contain cycle cytoplasm diet diploid disease ecosystem EeDd electrons energy environment enzyme eukaryotic example factors female fertilization Figure free earlobes function gametes gene frequencies gene pool genetic genotype glands glucose growth haploid homologous chromosomes hormones human hydrogen increase individual insects intestine involved ions kcalories kinds living things male materials meiosis metabolic mitosis mRNA muscle mutation neuron nitrogen normal nucleotides nucleus nutrients occur offspring oocyte organelles organic molecules ovary oxygen pair parasites PGAL phosphate photosynthesis plants population produce prokaryotic protein protons pyruvic acid reactions released reproduction respiration result ribosomes sexual species sperm stage structure substrate sugar surface synthesis trophic level vitamins X chromosome