1. Characteristics of Life Monachus schauinslandi `Ilio-holo-i-ka-uaua

2. The Characteristics of Living Things Great Complexity & Organization Composed of Cells Reproduction & Development Mechanism for Inheritance Metabolism & Homeostasis Interaction with the Environment Evolution (Adaptation)

3. –Living things are made of the same materials as everything else in the universe Atoms are assembled into molecules Living things are more organized, more complex –Living things require energy to carry out life processes Great Complexity and Organization

4. Atoms Molecules Organelles Cells Tissues Organs Organ Systems Organisms Populations Communities Ecosystems Biosphere

5. Atoms

6. Some Elements

7. Simple Inorganic Molecules Water (H 2 O) Carbon Dioxide (CO 2 ) Molecular Oxygen (O 2 ) Ammonium (NH 3 ) Sodium Chloride (NaCl)

8. Categories: Lipids ProteinsNucleic Acids Carbohydrates Biological Compounds

9. Combining the Organic Building Block Molecules + o GlucoseFructoseGlucoseFructose OHH H2OH2O Sucrose CH 2 OH

10. Polysaccharides Proteins Nucleic Acids Fats Polysaccharides Proteins Nucleic Acids Fats Macromolecules (usually polymers)

11. Cell Organelles mitochondria smooth ER nucleus golgi rough ER

12. Cells Osteocyte Nerve cell Blood cell Muscle cell

13. Levels of Body Organization

14. Organisms

15. Populations

16. Communities

17. Ecosystems

18. The Biosphere

19. carbon atom organ system DNA molecule organellecell tissue organ organismpopulation community ecosystem biosphere

20. The Characteristics of Living Things Great Complexity & Organization Composed of Cells Reproduction & Development Mechanism for Inheritance Metabolism & Homeostasis Interaction with the Environment Evolution (Adaptation)

21. Prokaryotic Cell

22. Eukaryotic Animal Cell

23. Eukaryotic Plant Cell

24. Classification: Six kingdom system : Eubacteria Protista Fungi Plantae Animalia Archaebacteria E. coliCyanobacteria ParameciumDiatomSlime mold EUKARIAEUKARIA

25. The Characteristics of Living Things Great Complexity & Organization Composed of Cells Reproduction & Development Mechanism for Inheritance Metabolism & Homeostasis Interaction with the Environment Evolution (Adaptation)

26. Asexual Reproduction

27. Sexual Reproduction

28. Development

29. The Characteristics of Living Things Great Complexity & Organization Composed of Cells Reproduction & Development Mechanism for Inheritance Metabolism & Homeostasis Interaction with the Environment Evolution (Adaptation)

30. DNA Contains information for almost all cell activities

31. Mechanisms for Genetic Change Genetic Recombination Mutation Chromosomal Aberration Genetic Recombination Mutation Chromosomal Aberration

32. Genetic Recombination

33. Mutation Sickle cell Normal RBC

34. Downs Klinefelter’s syndrome XYY Chromosomal Aberration DiGeorge Syndrome

35. The Characteristics of Living Things Great Complexity & Organization Composed of Cells Reproduction & Development Mechanism for Inheritance Metabolism & Homeostasis Interaction with the Environment Evolution (Adaptation)

36. The sum total of the chemical processes that occur in living organisms, resulting in growth, production of energy, elimination of waste material, etc. Anabolism- build up of complex molecules Catabolism- break down of complex molecules Metabolism

37. Cellular Respiration C 6 H 12 O 6 + 6O 2  6H 2 O + 6CO 2 + energy

38. Photosynthesis 6H 2 O + 6CO 2 + light  C 6 H 12 O 6 + 6O 2

39. Autotrophs Organisms that make their own food (like plants, some protists, and some bacteria) Plants capture energy from the sun, use water and carbon dioxide to make sugars and starches Photosynthesis Chemosynthesis

40. Heterotrophs Organisms that take in food to meet their energy needs Animals must consume autotrophs (plants), and other heterotrophs to meet their energy needs

41. Homeostasis Relatively stable internal environment

42. All organisms must maintain a constant internal environment to function properly Temperature pH Ions Water Hormones Homeostasis

43. Negative Feedback vs Positive Feedback

44. Body Temperature Regulation Negative Feedback

45. Blood Sugar Levels Negative Feedback

46. Positive Feedback

47. The Characteristics of Living Things Great Complexity & Organization Composed of Cells Reproduction & Development Mechanism for Inheritance Metabolism & Homeostasis Interaction with the Environment Evolution (Adaptation)

48. –Living things interact with each other and with the environment –Ecology – the study of these interactions Hawaiian Monk seals eat fish Humans eat fish What if something happened to the fish? Interaction with the environment

50. The Characteristics of Living Things Great Complexity & Organization Composed of Cells Reproduction & Development Mechanism for Inheritance Metabolism & Homeostasis Interaction with the Environment Evolution (Adaptation)

51. Evolution Change in the genetic composition of a population through time

52. –Inherited change in the characteristics of organisms over time –Living things are slowly changing –Process of natural selection results in change over time –Organisms with favorable genes are more likely to survive, reproduce, and pass on those favorable genes Evolution

53. Mechanisms Contributing to Evolutionary Change Production of heritable variations Natural Selection Chance

54. –Transmission of characteristics from parent to offspring –Instructions from parent to offspring are passed on in the form of genes Heredity

55. Heritable variations Blood type Dwarfism Beak Depth Banding pattern Eye color

56. Adaptations The structural, functional, and behavioral features that contribute to the success of a species.

57. Natural Selection Peppered Moths: study in England 1800’s More light than dark moths Industrial pollution turned trees dark Population shifted to mostly dark moths

58. Natural Selection

59. INQUIRY 1.In the equation for photosynthesis and respiration which is the organic molecule? 2.List 3 mechanisms for genetic change. 3.Why did the population of dark moths proliferate? 4.Define homeostasis. 5.Why is positive feedback not always beneficial for the body? 6.Which process produces genetic change: asexual reproduction or sexual reproduction? 7.Compare plant versus animal cell.