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BIOL&211 - (Chapter 6) Cell Tour [Page 1]
Cell basics 
-Compare prokaryotic and eukaryotic cell as well as animal and plant cells and describe their basic structural components 
-Describe the structure of nucleus, its function and components 
-Explain the function of free and bound ribosomes 
Endomembrane system 
-Describe the endomembrane system of the cell, its structural components members and its function 
-Compare smooth and rough endoplasmic reticulum, their structure and function 
-Discuss structure and function of Golgi apparatu...
- Package deal
- Class notes
- • 1 pages •
Cell basics 
-Compare prokaryotic and eukaryotic cell as well as animal and plant cells and describe their basic structural components 
-Describe the structure of nucleus, its function and components 
-Explain the function of free and bound ribosomes 
Endomembrane system 
-Describe the endomembrane system of the cell, its structural components members and its function 
-Compare smooth and rough endoplasmic reticulum, their structure and function 
-Discuss structure and function of Golgi apparatu...
BIOL&211 - (Chapter 8) Metabolism [Page 1]
Cellular energetics 
-Discuss the major types of energy 
-Define metabolism, catabolism and anabolism 
-Distinguish between exergonic and endergonic reactions 
-Describe the structure and importance of ATP for the cell 
Enzymes 
-Describe the role of enzymes in cellular biochemical reactions 
-Discuss the mechanism of enzyme action and the importance of an active site 
-Describe different types of enzyme inhibition 
-Explain allosteric regulation of enzymes 
-Connect the concept of negative feed...
- Package deal
- Class notes
- • 1 pages •
Cellular energetics 
-Discuss the major types of energy 
-Define metabolism, catabolism and anabolism 
-Distinguish between exergonic and endergonic reactions 
-Describe the structure and importance of ATP for the cell 
Enzymes 
-Describe the role of enzymes in cellular biochemical reactions 
-Discuss the mechanism of enzyme action and the importance of an active site 
-Describe different types of enzyme inhibition 
-Explain allosteric regulation of enzymes 
-Connect the concept of negative feed...
BIOL&211 - (Chapter 17) From Gene to Protein [Page 1]
Genetic code 
-Differentiate among the three kinds of RNA in terms of structure and function 
-Define the kind of code present in the nucleotide sequence of DNA 
Building proteins 
-Describe the process, machinery (proteins and enzymes) and products of transcription and translation 
-Demonstrate how specific amino acids are added to the proper tRNAs 
-Describe the steps involved in protein synthesis 
Mutations 
-Analyze the effect of DNA mutations on the amino acid sequence of proteins
- Package deal
- Class notes
- • 1 pages •
Genetic code 
-Differentiate among the three kinds of RNA in terms of structure and function 
-Define the kind of code present in the nucleotide sequence of DNA 
Building proteins 
-Describe the process, machinery (proteins and enzymes) and products of transcription and translation 
-Demonstrate how specific amino acids are added to the proper tRNAs 
-Describe the steps involved in protein synthesis 
Mutations 
-Analyze the effect of DNA mutations on the amino acid sequence of proteins
BIOL&211 - (Chapter 11) Cell Communication [Page 1]
Cell Signaling 
-Discuss the differences between local signaling and long-distance cellular communication 
-Describe the three stages of cell signaling. 
Receptor Proteins 
-Know what receptor proteins are, where they are located, and what they do 
-Know the three cell surface receptor superfamilies, the basic structures of each and how each functions to convert an extracellular signal to an internal one. 
-Differentiate between intracellular receptors and cell surface receptors in terms of func...
- Package deal
- Class notes
- • 1 pages •
Cell Signaling 
-Discuss the differences between local signaling and long-distance cellular communication 
-Describe the three stages of cell signaling. 
Receptor Proteins 
-Know what receptor proteins are, where they are located, and what they do 
-Know the three cell surface receptor superfamilies, the basic structures of each and how each functions to convert an extracellular signal to an internal one. 
-Differentiate between intracellular receptors and cell surface receptors in terms of func...
BIOL&211 - (Chapter 7) Membranes [Page 1]
Plasma membrane​ 
-Use the fluid mosaic model to describe the structure of the cell membrane​ 
-Describe some of the proteins associated with the cell membrane​ 
 
Diffusion​ 
-Define the term "Selectively permeable"​ 
-Differentiate passive from active transport​ 
-Differentiate simple from facilitated diffusion​ 
 
Transport​ 
-Describe the steps of active transport​ 
-Use ions to power secondary active transport
- Package deal
- Class notes
- • 1 pages •
Plasma membrane​ 
-Use the fluid mosaic model to describe the structure of the cell membrane​ 
-Describe some of the proteins associated with the cell membrane​ 
 
Diffusion​ 
-Define the term "Selectively permeable"​ 
-Differentiate passive from active transport​ 
-Differentiate simple from facilitated diffusion​ 
 
Transport​ 
-Describe the steps of active transport​ 
-Use ions to power secondary active transport
(Chapter 8) Metabolism [Page 2]
Cellular energetics 
-Discuss the major types of energy 
-Define metabolism, catabolism and anabolism 
-Distinguish between exergonic and endergonic reactions 
-Describe the structure and importance of ATP for the cell 
 
Enzymes 
-Describe the role of enzymes in cellular biochemical reactions 
-Discuss the mechanism of enzyme action and the importance of an active site 
-Describe different types of enzyme inhibition 
-Explain allosteric regulation of enzymes 
-Connect the concept of negative fe...
- Book & Paket-Deal
- Class notes
- • 1 pages •
Cellular energetics 
-Discuss the major types of energy 
-Define metabolism, catabolism and anabolism 
-Distinguish between exergonic and endergonic reactions 
-Describe the structure and importance of ATP for the cell 
 
Enzymes 
-Describe the role of enzymes in cellular biochemical reactions 
-Discuss the mechanism of enzyme action and the importance of an active site 
-Describe different types of enzyme inhibition 
-Explain allosteric regulation of enzymes 
-Connect the concept of negative fe...
(Chapter 3) Themes of Biology, Water and Life [Page 1]
Water​ 
 
-Describe the physical and chemical properties of a water 
-Explain how hydrogen bonds result in cohesive and adhesive properties of water​ 
-Explain how water resists temperature changes​ 
-Describe evaporative cooling​ 
-Explain why water is called universal solvent​
- Book & Paket-Deal
- Class notes
- • 1 pages •
Water​ 
 
-Describe the physical and chemical properties of a water 
-Explain how hydrogen bonds result in cohesive and adhesive properties of water​ 
-Explain how water resists temperature changes​ 
-Describe evaporative cooling​ 
-Explain why water is called universal solvent​
(Ch4&5) Structure and Function of Large Biological Molecules [Page 3]
O-Chem basics​ 
-Describe C atom, its bonds and importance of hydrocarbons​ 
-Distinguish between seven major functional groups​ 
-Know the basic structure of ATP and ADP​ 
 
4 major macromolecules​ 
-Explain basic structure and functions of simple and complex sugars​ 
-Discuss different types of lipids and their role in biology​ 
-Describe protein chemical structure 
-Differentiate and discuss many different functions of proteins​ 
-Briefly explain the basic structure of nucleic...
- Book & Paket-Deal
- Class notes
- • 1 pages •
O-Chem basics​ 
-Describe C atom, its bonds and importance of hydrocarbons​ 
-Distinguish between seven major functional groups​ 
-Know the basic structure of ATP and ADP​ 
 
4 major macromolecules​ 
-Explain basic structure and functions of simple and complex sugars​ 
-Discuss different types of lipids and their role in biology​ 
-Describe protein chemical structure 
-Differentiate and discuss many different functions of proteins​ 
-Briefly explain the basic structure of nucleic...
BIOL&211 - (Chapter 12) Cell Cycle [Page 2]
Cell cycle basics 
-Define cell division and cell cycle 
-Differentiate between somatic cells and gametes 
-Describe the structure of an eukaryotic chromosome 
 
Mitosis 
-List and discuss changes during every stage of cell cycle with emphasis on mitosis 
-Explain the role of kinetochore and mitotic spindle in mitosis 
-Compare cytokinesis in animal and plant cells 
 
Controlling the cell cycle 
-Discuss the importance of cell cycle control system 
-Describe the fluctuation of cyclin and MPF dur...
- Book & Paket-Deal
- Class notes
- • 1 pages •
Cell cycle basics 
-Define cell division and cell cycle 
-Differentiate between somatic cells and gametes 
-Describe the structure of an eukaryotic chromosome 
 
Mitosis 
-List and discuss changes during every stage of cell cycle with emphasis on mitosis 
-Explain the role of kinetochore and mitotic spindle in mitosis 
-Compare cytokinesis in animal and plant cells 
 
Controlling the cell cycle 
-Discuss the importance of cell cycle control system 
-Describe the fluctuation of cyclin and MPF dur...