! E EUKARYOTE CYTOLOGY INTERCELLULAR SPACE MIDDLE LAMELLA PEROXISOME PLASMODESMATA VACUOLE CYTOSOL CELL WALL GOLGI BODY MIDDLE LAMELLA NUCLEUS
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1 EUKARYOTE CYTOLOGY INTERCELLULAR SPACE! E PEROXISOME VACUOLE CELL WALL MIDDLE LAMELLA CHLOROPLAST CYTOPLASMIC STRAND CYTOSOL CELL MEMBRANE MIDDLE LAMELLA PLASMODESMATA CYTOSOL GOLGI BODY NUCLEUS MITOCHONDRION NUCLEOLUS RIBOSOMES ROUGH ER SMOOTH ER RIBOSOMES PIT FIELD
2 EXOCYTOSIS > GOLGI BODY VESICLES FUSE WITH CELL MEMBRANE AND EXIT MACROMOLECULES FROM CELL EXOCYTOSIS
3 ENDOPLASMIC RETICULUM +
4 ENDOPLASMIC RETICULUM + ENDOPLASMIC RETICULUM VESICLES
5 ENDOPLASMIC RETICULUM + ER-POLE CELL MEMBRANE POLE GOLGI
6 ENDOPLASMIC RETICULUM + ER-POLE CELL MEMBRANE POLE GOLGI CYTOSOL GOLGI VESICLE CYTOSOL
7 ENDOPLASMIC RETICULUM + ER-POLE CELL MEMBRANE POLE GOLGI CYTOSOL GOLGI VESICLE
8 ENDOPLASMIC RETICULUM + ER-POLE CELL MEMBRANE POLE GOLGI CYTOSOL GOLGI VESICLE CELL MEMBRANE
9 ENDOPLASMIC RETICULUM EX? ER-POLE CELL MEMBRANE POLE GOLGI CYTOSOL GOLGI VESICLE CONTENT EXITS CELL CELL MEMBRANE MACROMOLECULES
10 ENDOPLASMIC RETICULUM ^ ER-POLE CELL MEMBRANE POLE GOLGI CYTOSOL GOLGI VESICLE EXOCYTOSIS CELL MEMBRANE MACROMOLECULES
11 E INTERNAL PASSAGE
12 ENDOCYTOSIS
13 ENDOCYTOSIS > CELL MEMBRANE ENGULFS EXTERNAL MACROMOLECULES AND ENTERS MACROMOLECULES INTO CELL ENDOCYTOSIS
14 + CELL CELL MEMBRANE FOOD PARTICLE
15 E CELL FOOD PARTICLE CELL MEMBRANE
16 + CELL FOOD PARTICLE CELL MEMBRANE ENGULFS FOOD PARTICLE
17 F CELL FOOD PARTICLE CELL MEMBRANE ENGULFS FOOD PARTICLE
18 EN? FOOD VACUOLE CELL FOOD PARTICLE CELL MEMBRANE ENGULFS FOOD PARTICLE
19 M FOOD VACUOLE CELL FOOD PARTICLE ENDOCYTOSIS
20 P FOOD VACUOLE CELL FOOD PARTICLE MACROMOLECULES FOOD PARTICLE
21 FOOD VACUOLE CELL FOOD PARTICLE POLYSACCHARIDES FOOD PARTICLE
22 M FOOD VACUOLE CELL FOOD PARTICLE POLYSACCHARIDES FOOD PARTICLE = HYDROLYTIC ENZYMES
23 FOOD VACUOLE CELL FOOD PARTICLE MONOSACCHARIDES FOOD PARTICLE = HYDROLYTIC ENZYMES
24 M CYTOSOL CELL MONOSACCHARIDES
25 E CYTOSOL CELL MONOSACCHARIDES METABOLISM
26 O EFFICIENT METABOLISM CYTOSOL CELL MONOSACCHARIDES METABOLISM EFFICIENT METABOLISM
27 E ORGANIZATION INCREASES CYTOSOL CELL MONOSACCHARIDES METABOLISM ORGANIZATION INCREASES
28 H ENTOPY DECREASES CYTOSOL CELL MONOSACCHARIDES METABOLISM ENTROPY INCREASES
29 HOMEOSTASIS CYTOSOL CELL MONOSACCHARIDES METABOLISM HOMEOSTASIS
30 SLIME MOLD > ENDOCYTOSIS
31 ? ENDOCYTOSIS ESSENTIAL ENDOSYMBIOTIC THEORY
32 PLANT CELL M?
33 PLANT CELL? MITOCHONDRION
34 PLANT CELL C MITOCHONDRION?
35 PLANT CELL E MITOCHONDRION CHLOROPLAST
36 PLANT CELL > 2 MITOCHONDRION CHLOROPLAST ENDOSYMBIOTIC THEORY
37 ^ ENDOCYTOSIS ESSENTIAL ENDOSYMBIOTIC THEORY
38 ? CHAPTER 10 PHOTOSYNTHESIS
39 A QUESTION WHAT DO BIOLOGISTS CALL THE STUDY OF BIOCHEMISTRY? QUESTION
40 P ANSWER PHYSIOLOGY ANSWER
41 PHYSIOLOGY
42 PHYSIOLOGY + STUDY BIOCHEMISTRY PHYSIOLOGY
43 PHYSIOLOGY STUDY BIOCHEMISTRY --- STUDY BIOCHEMICAL PATHWAYS PHYSIOLOGY
44 + PHYSIOLOGY STUDY OF BIOCHEMISTRY
45 + PHYSIOLOGY STUDY OF BIOCHEMICAL PATHWAYS
46 PHOTOSYNTHESIS +
47 PLANT PHYSIOLOGIST ^
48 HETEROTROPHS VS AUTOTROPHS
49 H ~10 MILLION SPECIES EARTH
50 HETEROTROPHS
51 HETEROTROPHS INCAPABLE CARBOHYDRATE SYNTHESIS HETEROTROPHS
52 A NORTH AMERICAN GRASSLAND HETEROTROPHS
53 AUTOTROPHS
54 AUTOTROPHS CAPABLE CARBOHYDRATE SYNTHESIS AUTOTROPHS
55 TROPICAL RAINFOREST P AUTOTROPHS
56 TROPICAL RAINFOREST ^ PHOTOSYNTHESIS
57 P PHOTOSYNTHESIS DEFINED
58 PHOTOSYNTHESIS
59 L CONVERSION LIGHT ENERGY TO CHEMICAL ENERGY
60 GLUCOSE LIGHT ENERGY C
61 GLUCOSE CHEMICAL ENERGY G
62 GLUCOSE
63 TYPICAL PLANT ^ PLANT ORGANS
64 L TYPICAL PLANT ORGANS
65 TYPICAL PLANT ORGANS ROOT TYPICAL PLANT ORGANS
66 TYPICAL PLANT ORGANS ROOT STEM TYPICAL PLANT ORGANS
67 TYPICAL PLANT ORGANS + ROOT STEM LEAF TYPICAL PLANT ORGANS
68 TYPICAL PLANT LEAF R STEM PLANT ORGANS ROOT
69 TYPICAL PLANT LEAF S STEM PLANT ORGANS ROOT
70 TYPICAL PLANT LEAF L STEM PLANT ORGANS ROOT
71 TYPICAL PLANT LEAF ^ STEM PLANT ORGANS ROOT
72 LEAF L
73 LEAF
74 LEAF EG PRINCIPLE PHOTOSYNTHETIC ORGAN LEAF
75 PHOTOSYNTHESIS EX LEAF PRINCIPLE PHOTOSYNTHETIC ORGAN MAPLE
76 PHOTOSYNTHESIS EG LEAF PRINCIPLE PHOTOSYNTHETIC ORGAN NUMEROUS EXCEPTIONS MAPLE
77 PHOTOSYNTHESIS S CACTUS PLANT
78 PHOTOSYNTHESIS STEM + CACTUS PLANT
79 PHOTOSYNTHESIS A LEAF PRINCIPLE PHOTOSYNTHETIC ORGAN MAPLE
80 PHOTOSYNTHESIS ^ LEAF ANATOMY MAPLE
81 LEAF ANATOMY
82 LEAF ANATOMY CUTICLE UPPER EPIDERMIS C PALISADE MESOPHYLL VASCULAR TISSUE VASCULAR TISSUE XYLEM PHLOEM CO2 & H2O LOWER EPIDERMIS SPONGY MESOPHYLL GUARD CELL C.S. CUTICLE STOMA STOMATE
83 LEAF ANATOMY CUTICLE UPPER EPIDERMIS U PALISADE MESOPHYLL VASCULAR TISSUE VASCULAR TISSUE XYLEM PHLOEM LOWER EPIDERMIS SPONGY MESOPHYLL GUARD CELL C.S. CUTICLE STOMA STOMATE
84 LEAF ANATOMY CUTICLE UPPER EPIDERMIS M PALISADE MESOPHYLL VASCULAR TISSUE VASCULAR TISSUE XYLEM PHLOEM LOWER EPIDERMIS SPONGY MESOPHYLL GUARD CELL C.S. CUTICLE STOMA STOMATE
85 LEAF ANATOMY CUTICLE UPPER EPIDERMIS P MESOPHYLL VASCULAR TISSUE VASCULAR TISSUE XYLEM PHLOEM LOWER EPIDERMIS MESOPHYLL GUARD CELL C.S. CUTICLE STOMA STOMATE
86 LEAF ANATOMY CUTICLE UPPER EPIDERMIS S PALISADE MESOPHYLL VASCULAR TISSUE VASCULAR TISSUE XYLEM PHLOEM LOWER EPIDERMIS MESOPHYLL GUARD CELL C.S. CUTICLE STOMA STOMATE
87 LEAF ANATOMY CUTICLE UPPER EPIDERMIS A PALISADE MESOPHYLL VASCULAR TISSUE VASCULAR TISSUE XYLEM PHLOEM LOWER EPIDERMIS SPONGY MESOPHYLL GUARD CELL C.S. CUTICLE STOMA STOMATE
88 LEAF ANATOMY CUTICLE UPPER EPIDERMIS C PALISADE MESOPHYLL VASCULAR TISSUE VASCULAR TISSUE XYLEM PHLOEM AIR SPACES LOWER EPIDERMIS SPONGY MESOPHYLL GUARD CELL C.S. CUTICLE STOMA STOMATE
89 LEAF ANATOMY CUTICLE UPPER EPIDERMIS V PALISADE MESOPHYLL VASCULAR TISSUE VASCULAR TISSUE XYLEM PHLOEM CO2 & H2O LOWER EPIDERMIS SPONGY MESOPHYLL GUARD CELL C.S. CUTICLE STOMA STOMATE
90 LEAF ANATOMY CUTICLE UPPER EPIDERMIS X PALISADE MESOPHYLL VASCULAR TISSUE VASCULAR TISSUE XYLEM PHLOEM CO2 & H2O LOWER EPIDERMIS SPONGY MESOPHYLL GUARD CELL C.S. CUTICLE STOMA STOMATE
91 LEAF ANATOMY CUTICLE UPPER EPIDERMIS P PALISADE MESOPHYLL VASCULAR TISSUE VASCULAR TISSUE XYLEM PHLOEM CO2 & H2O LOWER EPIDERMIS SPONGY MESOPHYLL GUARD CELL C.S. CUTICLE STOMA STOMATE
92 LEAF ANATOMY CUTICLE UPPER EPIDERMIS L PALISADE MESOPHYLL VASCULAR TISSUE VASCULAR TISSUE XYLEM PHLOEM CO2 & H2O LOWER EPIDERMIS SPONGY MESOPHYLL GUARD CELL C.S. CUTICLE STOMA STOMATE
93 LEAF ANATOMY CUTICLE UPPER EPIDERMIS S PALISADE MESOPHYLL VASCULAR TISSUE VASCULAR TISSUE XYLEM PHLOEM CO2 & H2O LOWER EPIDERMIS SPONGY MESOPHYLL GUARD CELL C.S. CUTICLE STOMA STOMATE
94 LEAF ANATOMY CUTICLE UPPER EPIDERMIS S PALISADE MESOPHYLL VASCULAR TISSUE VASCULAR TISSUE XYLEM PHLOEM CO2 & H2O LOWER EPIDERMIS SPONGY MESOPHYLL GUARD CELL C.S. CUTICLE STOMA STOMATE
95 LEAF ANATOMY CUTICLE UPPER EPIDERMIS G PALISADE MESOPHYLL VASCULAR TISSUE VASCULAR TISSUE XYLEM PHLOEM CO2 & H2O LOWER EPIDERMIS SPONGY MESOPHYLL GUARD CELL C.S. CUTICLE STOMA STOMATE
96 LEAF ANATOMY CUTICLE UPPER EPIDERMIS PALISADE MESOPHYLL VASCULAR TISSUE VASCULAR TISSUE XYLEM PHLOEM CO2 & H2O LOWER EPIDERMIS SPONGY MESOPHYLL GUARD CELL C.S. CUTICLE STOMA STOMATE LE
97 PHOTOSYNTHESIS LEAF STOMATE LOWER EPIDERMIS
98 LOWER EPIDERMIS? LEAF W.M. LEAF STOMATE
99 LOWER EPIDERMIS S STOMA? LEAF W.M. LEAF STOMATE
100 LOWER EPIDERMIS? STOMA LEAF W.M. LEAF STOMATE
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