1	Major membrane-bounded organelles of an animal cell
2	Membrane systems and cytoskelton of intesistinal cell
3	Major membrane-bounded organelles of a plant leaf cell
4	Atom
5	Chemical reactivity of an element
6	Formation of chemical bonds involves electron transfers
7	Na donates its electron
8	Acids in Water
9	Glucose, a simple sugar
added	Fatty Acids added
10	A fatty acid
11	Amino Acid alanine
12	Chemical structure of ATP
13	ATP as an Energy Carrier
14	The bases of nucleotides
15	DNA Molecule
16	Hydrogen bonding between complementary base pairs in DNA
17	Panel 2-2
18	Panel 2-4
19	Panel 2-6
20	Dr. Guild Power Points
123	Fluid Mosaic Membrane Model
add	Hydrophobic molecule in H2O(H2O cage)
add	Amphipathic molecule in H2O
125	Lipid micelle and lipid bilayer in water
126	Parts of a phospholipid molecule
127	Phospholipid
128	Cholesterol
129	Types of motions of membrane lipids
130	Regulation of TM
131	Phospholipid- Cholesterol interactions
132	Asymmetrical distribution of membrane lipids
133	Ways in which membrane proteins associate with a lipid bilayer
134	Photosynthetic reaction center complex
135	Example of a membrane glycoprotein
136	Spectrin-based cortical membrane cytoskeleton
137	Relative permeability of a pure lipid bilayer
138	Carrier Protein versus channel protein
139	Comparision of passive and active transport systems
140	Energy Reguirements of transports systems
141	Two components of the electrochemical gradient
142	Three types of transport by carrier proteins
143	Glucose carrier protein-facilitated diffusion
144	Three ways of driving active transport
145	Transport of calcium by Ca2+ pump
146	Na+/K+ ATPase of animal cells
add	Model of lactose/H+ symport mechanisim
147	Stimuli that activate gated ion channel
add	Cut-away view of a K+ channel
148	A K+ channel
149	Structure of an ion channel
150	Acetylcholine receptor/channel
151	Aquaporin water channel
152	Joesph Priestley's first photosynthetic experiments
153	Structure of Chloroplast
154	The plastid family of organelles
155	Overview of photosynthetic reactions
156	Chlorophyll structure
157	Why are chlorplasts green?
158A	Light Harvesting Antenna Structure
158B	Conversions of light energy to an excited electron
159	Electron flow during photosyntheisis in the thylakoid membrane
160	Overview of non-cyclic and cyclic electron transport
161	Functional organization of photosystem II
162	Electron transport by a quinone carrier
163	Plastoquinone in a lipid bilayer
164	Non-cyclic electron transport
165	Cyclic electron transport
166	Changes in redox potential during photosynthesis
167	Model of H+ - driven ATP synthase
168	Conversion of proton translocation in rotor movement in H+ - ATP synthase
169	Model of alternation mechanism of ATP synthesis
170	Mitochondrial morphology and components
171	Breakdown of foods for ATP production
172	Location and functional activities in mitochondria
173	Electron transport in inner mitochondrial membranes
174	Redox potential changes ..
175	Sectretory Pathway
176	Sectretory and Endocytic Pathways in Animal Cells
177	Endocytotic pathway
178	Mechanisms by which membranous organelles import proteins
179	Functional organization of a polysome completed polypeptide
180	Free and membrane-bound ribosomes
181	How an ER signal sequence directs a ribosome to the ER
182	Ribosome attached to translocon complex in ER membrane
183	Protein synthesis by membrane-bound polysomes
184	Integration of a transmembrane protein into ER membrane
185	Structure of a 14 sugar N-glycan
186	Dolichol-medicated glycosylation of a protein in the ER
add	Secetory Pathway Transport Systems
187	Diagram of ER with Golgi stack of plant cell
188	Models of golgi trafficking
189	ER-to-Golgi transport(new model)
190	Release of TGN cisterna from an ER-Golgi unit of the yeast Pichia pastoris
191	Three pathways to degradation in lysosomes
192	Receptor-mediated endocytosis
193	LDL recpetor with bound LDL
194	Clathrin triskelions and structure of clathrin coat
195	Formation of a clathrin-coated vesicle with cargo
196	Lysosomal functions
197	Model of a gap junction
198	Synaptic signaling
add	Transmission of a nerve signal at a synapse
199	Endocrine signaling
200	Example of a hydrophobic signaling molecule that binds to intracellular
201	Basic classes of receptors
202	Basic classes of receptors
203	Basic classes of receptors
204	Hydrophobic hormones that bind to intracelluar receptors and which act as gene regulatory proteins
205	Cellular signaling cascade
206	Three classes of cell surface receptors
207	Three classes of cell surface receptors
208	Three classes of cell surface receptors
209	Intracellular proteins that act as molecular switches
210	Activation of G-proteins
211	Adrenaline activation of glycogen breakdown
212	Formation and breakdown of cAMP
213	Activation of a receptor tyrosine kinase stimulates the assembly of an intracellular signaling complex
214	Types of cytoskeletal filaments
215	Epithelial Cells
216	Spot desmosome structure
217	Construction of an intermediate filament
add	Electron Micrograph of MT ends
add	Two types of plant cell microtubule arrays
218	Microtubule structure
219	GTP hydrolysis
220	Organization of MTOCs in animal cells
221	MT-motor proteins
add	Kinesin "walking" along a MT
222	Kinesins and dynamins transport cargo in opposite directison along MTs
223	Actin bundle-containing structures in animal cells
224	Actin filament structure
225	Actin Filament Assembly
226	Two types of myosins
227	Functions of myosin I and II
228	Sliding Filament Theory
229	Three Classes of MT's in a mitotic spindle
230	Kinetochore attach chromosomes to kinetochore spindle
add	Packing of DNA into condensed chromosomes
231	Interphase animal cell
232	Mitosis I
233	Mitosis II
234	Mitosis III
235	Mitosis IV
236	Mitosis V
237	Mitosis VI
238	Generation of osmotic turgor by vacuoles
239	Creation of a transgenic plant
240	Human Growth Chart
241	Agricultural food production and availability
242	Molecular orginization of lipid bodies in plants
add	Is lateral gene transfer a rare event?
add	Anti GM crop advocates claim:
add	First GM crop plating
add	Organic Farming
add	Reasons why organic farming is bad for the environment
add	Reasons why GM foods are safer than organic foods
add	Pesticides used by organic farmers
add	Pesticide use in Bt-corn
add	Natural Levels of mycotoxins(fumonisins)