Tic Tac Toe Review Questions File
... with specific molecules) 15. What is the job of the Golgi apparatus? (Sort, package, and transport proteins) 16. What are the 3 products of Cellular respiration? (ATP, CO2, Water) 17. Give three reasons why Folded membranes are an advantage to the cell? (efficient, more work done in small space, cre ...
... with specific molecules) 15. What is the job of the Golgi apparatus? (Sort, package, and transport proteins) 16. What are the 3 products of Cellular respiration? (ATP, CO2, Water) 17. Give three reasons why Folded membranes are an advantage to the cell? (efficient, more work done in small space, cre ...
Facilitated Diffusion & active transport
... proteins go through the plasma membrane (also called transmembrane proteins). Perpherial proteins are only on the surface of the membrane.) ...
... proteins go through the plasma membrane (also called transmembrane proteins). Perpherial proteins are only on the surface of the membrane.) ...
Plasma Membrane: Structure and Function
... phospholipid. Phospholipids are amphipathic. Write down what that means. ...
... phospholipid. Phospholipids are amphipathic. Write down what that means. ...
Unit 4 Photosynthesis
... Is this energy requiring or energy releasing? How does this energy change our system? Helps form ATP!!! ...
... Is this energy requiring or energy releasing? How does this energy change our system? Helps form ATP!!! ...
The Cell in its Environment - Mother Teresa Regional School
... molecules move across the cell membrane. A cell membrane is selectively permeable, which means that some substances can pass through the membrane while others cannot. Cells like castles, must let things enter and leave. Let in oxygen and food molecules and let out waste products, which all pass thro ...
... molecules move across the cell membrane. A cell membrane is selectively permeable, which means that some substances can pass through the membrane while others cannot. Cells like castles, must let things enter and leave. Let in oxygen and food molecules and let out waste products, which all pass thro ...
Saving the Day for a Cell.
... mitochondria, so they can produce a high energy molecule called ATP. ATP will supply enough energy for the actions needed to fix up the damaged parts of the cell. ...
... mitochondria, so they can produce a high energy molecule called ATP. ATP will supply enough energy for the actions needed to fix up the damaged parts of the cell. ...
Oxidative Phosphorylation and the Chemiosmotic Theory
... atoms), flavins, ubiquinone, copper atoms and clusters of iron and sulphur atoms; each can be reduced by accepting electrons and oxidized by donating them. The pathway of electron transport down the respiratory chain is complicated but well understood. The oxidation/reduction components are associat ...
... atoms), flavins, ubiquinone, copper atoms and clusters of iron and sulphur atoms; each can be reduced by accepting electrons and oxidized by donating them. The pathway of electron transport down the respiratory chain is complicated but well understood. The oxidation/reduction components are associat ...
Chapter 5.1 Notes
... to separate the internal from external environment of the cell Regulates materials entering and leaving the cell. Helps the cell, in turn the organism, maintain homeostasis ...
... to separate the internal from external environment of the cell Regulates materials entering and leaving the cell. Helps the cell, in turn the organism, maintain homeostasis ...
4.7-4.16
... -the golgi receives vesicles from the ER and chemically modifies them -some chemical modifications are used to mark and sort proteins for export out of the cell -one function of the shipping portion of the golgi is to package a finished protein into a vesicle to move to the plasma membrane so it ca ...
... -the golgi receives vesicles from the ER and chemically modifies them -some chemical modifications are used to mark and sort proteins for export out of the cell -one function of the shipping portion of the golgi is to package a finished protein into a vesicle to move to the plasma membrane so it ca ...
Getting things where they need to go: Protein Targeting
... Hypotheses for molecular basis of bipolar disorder •Suggest problem lies in protein targeting Proteins made in cytosol (cytosolic and membrane ones) Sorting places proteins in membrane and in lumen of organelles ...
... Hypotheses for molecular basis of bipolar disorder •Suggest problem lies in protein targeting Proteins made in cytosol (cytosolic and membrane ones) Sorting places proteins in membrane and in lumen of organelles ...
Ch. 10 - Photosynthesis
... Which of the following is NOT a product of the light reactions of photosynthesis? A. oxygen B. sugar C. NADPH D. ATP E. All of the above are products of the light reactions ...
... Which of the following is NOT a product of the light reactions of photosynthesis? A. oxygen B. sugar C. NADPH D. ATP E. All of the above are products of the light reactions ...
AP Biology Study Guide Exam 2
... Chlorophyll and the ETC is found inside the thylakoid discs. H+ ions are then pumped into the thylakoid sac to create a concentration gradient. Concentration gradient is combined with ATP Synthase to create ATP (Photosystem II see below) 9. Light Dependent Reactions Happens inside the thylakoi ...
... Chlorophyll and the ETC is found inside the thylakoid discs. H+ ions are then pumped into the thylakoid sac to create a concentration gradient. Concentration gradient is combined with ATP Synthase to create ATP (Photosystem II see below) 9. Light Dependent Reactions Happens inside the thylakoi ...
Mitochondria
... Three major steps in oxidative phosphorylation 1) Production of reducing equivalents (NADH, FADH2) from glycolysis, fatty acid oxidation, and the citric acid cycle 2) Electron transport and generation of proton motive force 3) Phosphorylation - Synthesis of ATP, driven by the proton motive force ...
... Three major steps in oxidative phosphorylation 1) Production of reducing equivalents (NADH, FADH2) from glycolysis, fatty acid oxidation, and the citric acid cycle 2) Electron transport and generation of proton motive force 3) Phosphorylation - Synthesis of ATP, driven by the proton motive force ...
Mitochondria
... Three major steps in oxidative phosphorylation 1) Production of reducing equivalents (NADH, FADH2) from glycolysis, fatty acid oxidation, and the citric acid cycle 2) Electron transport and generation of proton motive force 3) Phosphorylation - Synthesis of ATP, driven by the proton motive force ...
... Three major steps in oxidative phosphorylation 1) Production of reducing equivalents (NADH, FADH2) from glycolysis, fatty acid oxidation, and the citric acid cycle 2) Electron transport and generation of proton motive force 3) Phosphorylation - Synthesis of ATP, driven by the proton motive force ...
1 - MSU Billings
... 67. ATP A. is a non-renewable source of energy B. carries energy in sulfate bonds C. couples endergonic and exergonic reactions D. is only forned in chemiosmosis E. is a modified protein 68. In competitive inhibition A. the substrate binds to a site other than the active site B. the cell regulates t ...
... 67. ATP A. is a non-renewable source of energy B. carries energy in sulfate bonds C. couples endergonic and exergonic reactions D. is only forned in chemiosmosis E. is a modified protein 68. In competitive inhibition A. the substrate binds to a site other than the active site B. the cell regulates t ...
PHOTOSYNTHESIS HOW PLANTS MAKE THEIR
... • JUST LIKE IN PHOTOSYNTHESIS THIS ALLOWS FOR ADP TO BECOME ATP WHEN THE H+ PROTONS ENTER ...
... • JUST LIKE IN PHOTOSYNTHESIS THIS ALLOWS FOR ADP TO BECOME ATP WHEN THE H+ PROTONS ENTER ...
Cellular compartmentalization
... This complex diffuses until it reaches a contact site, where it is treaded through both channel proteins. Once inside the cell the protein refolds and the signal sequence is cleaved off. ...
... This complex diffuses until it reaches a contact site, where it is treaded through both channel proteins. Once inside the cell the protein refolds and the signal sequence is cleaved off. ...
Notes 9 The Cell Membrane Questions and Vocabulary
... 5. What is the primary type of lipid found in the membrane called? Describe this molecule. 6. What does “hydrophobic” mean? What part of the phospholipid is hydrophilic? What part is not? 7. What happens spontaneously when phospholipids are put in a watery environment? Explain. 8. Besides lipids, wh ...
... 5. What is the primary type of lipid found in the membrane called? Describe this molecule. 6. What does “hydrophobic” mean? What part of the phospholipid is hydrophilic? What part is not? 7. What happens spontaneously when phospholipids are put in a watery environment? Explain. 8. Besides lipids, wh ...
Biology EOC Review - Mater Academy Lakes High School
... Large numbers of chloroplasts are found in these mesophyll cells. Chloroplasts are the cellular site of photosynthesis. The light reaction of photosynthesis occurs on the inner membrane called the thylakoid. The dark reaction (aka Calvin Cycle) occurs in the stroma ...
... Large numbers of chloroplasts are found in these mesophyll cells. Chloroplasts are the cellular site of photosynthesis. The light reaction of photosynthesis occurs on the inner membrane called the thylakoid. The dark reaction (aka Calvin Cycle) occurs in the stroma ...
AP BIOLOGY-EXAM REVIEW The Cell
... The organelles that contain their own DNA are all enclosed in double membranes. Relate this observation to the endosymbiotic theory. ...
... The organelles that contain their own DNA are all enclosed in double membranes. Relate this observation to the endosymbiotic theory. ...
Cell surface dynamics, and the role of endocytic machineries All
... All cells are surrounded by a lipid plasma membrane that control transit of molecules into and out of the cell through receptors and channels exposed on this cell surface. During endocytosis, distinct protein machineries (coats) re-sculpture the plasma membrane into vesicular carriers that enclose m ...
... All cells are surrounded by a lipid plasma membrane that control transit of molecules into and out of the cell through receptors and channels exposed on this cell surface. During endocytosis, distinct protein machineries (coats) re-sculpture the plasma membrane into vesicular carriers that enclose m ...
Unit 4 Photosynthesis
... 2. Explain how limiting factors (CO2, O2, Light intensity, H2O) may affect photosynthesis and be able to ...
... 2. Explain how limiting factors (CO2, O2, Light intensity, H2O) may affect photosynthesis and be able to ...
File
... prokaryotes to come together for DNA exchange *Lamella- contains chlorophyll for photosynthetic prokaryotes * Not on all prokaryotes ...
... prokaryotes to come together for DNA exchange *Lamella- contains chlorophyll for photosynthetic prokaryotes * Not on all prokaryotes ...
Thylakoid
A thylakoid is a membrane-bound compartment inside chloroplasts and cyanobacteria. They are the site of the light-dependent reactions of photosynthesis. Thylakoids consist of a thylakoid membrane surrounding a thylakoid lumen. Chloroplast thylakoids frequently form stacks of disks referred to as grana (singular: granum). Grana are connected by intergranal or stroma thylakoids, which join granum stacks together as a single functional compartment.