HONORS BIOCHEMISTRY 2016-2016 MIDTERM EXAM STUDY
... 42. Compare and contrast normal versus cancer cells. How are they alike? How are they different? Refer to you Biochemistry Journal entries for the L-929 and IMR-90 cell observations lab (CellServ Kit 1) AND THE BACKGROUND READING HANDOUT; and the HeLa cell lab (CellServ Kit 4). a) Explain what is me ...
... 42. Compare and contrast normal versus cancer cells. How are they alike? How are they different? Refer to you Biochemistry Journal entries for the L-929 and IMR-90 cell observations lab (CellServ Kit 1) AND THE BACKGROUND READING HANDOUT; and the HeLa cell lab (CellServ Kit 4). a) Explain what is me ...
Microbiology Part 1 Study Guide Tell what contribution the following
... 14. Define the following: a. Flagellum – Whip-like part that helps the protist move. b. Cilia – hair like projections from cells that move and obtain food. 15. How does a virus multiply? a. Attaches to the host cell and enters the cell b. viruses genetic material takes over the cell functions of the ...
... 14. Define the following: a. Flagellum – Whip-like part that helps the protist move. b. Cilia – hair like projections from cells that move and obtain food. 15. How does a virus multiply? a. Attaches to the host cell and enters the cell b. viruses genetic material takes over the cell functions of the ...
ion channel activity found in cytoplasmic droplets of n…
... on Characeaen algae have significantly contributed to better understanding of the properties of plant signaling via analyzing action potentials as well as the characteristics of ion channels [1]. Patch clamp technique employs a microelectrode to seal an area of a chosen membrane to create a high res ...
... on Characeaen algae have significantly contributed to better understanding of the properties of plant signaling via analyzing action potentials as well as the characteristics of ion channels [1]. Patch clamp technique employs a microelectrode to seal an area of a chosen membrane to create a high res ...
Presentation
... environment. The cell is open to interaction with the environment. • Remember, cells can only be so small. (There has to be ENOUGH room (volume) to hold things and to perform work inside a cell using the cell membrane.) • Cells can only be so large. ( Larger means more traffic going in both directio ...
... environment. The cell is open to interaction with the environment. • Remember, cells can only be so small. (There has to be ENOUGH room (volume) to hold things and to perform work inside a cell using the cell membrane.) • Cells can only be so large. ( Larger means more traffic going in both directio ...
Homework - Nerve Cells
... 1. The two basic cells found I the nervous system is __________ and _________cells. 2. Nerves are bundles of A) axons. B) dendrites. C) axons and dendrites. 3. The functions of neuroglia include A) support of neurons B) filling spaces C) sending and receiving messages D) all of the above 4. The spac ...
... 1. The two basic cells found I the nervous system is __________ and _________cells. 2. Nerves are bundles of A) axons. B) dendrites. C) axons and dendrites. 3. The functions of neuroglia include A) support of neurons B) filling spaces C) sending and receiving messages D) all of the above 4. The spac ...
White Blood Cells
... It may be balanced, a decrease in all cellular elements, or it may be confined to a single element. It is most likely to occur if there is an overwhelming microbial infection or viral induced disease. This decrease occurs as neutrophils move into tissues ...
... It may be balanced, a decrease in all cellular elements, or it may be confined to a single element. It is most likely to occur if there is an overwhelming microbial infection or viral induced disease. This decrease occurs as neutrophils move into tissues ...
2.-6 Lipid Bilayer of the Cell Membrane
... • Maintenance of osmotic pressure across membrane – cells neither shrink nor swell due to osmosis & osmotic pressure • sodium continually pumped out as if sodium could not enter the cell (factor in osmotic pressure of extracellular fluid) • K+ inside the cell contributes to osmotic pressure of cytos ...
... • Maintenance of osmotic pressure across membrane – cells neither shrink nor swell due to osmosis & osmotic pressure • sodium continually pumped out as if sodium could not enter the cell (factor in osmotic pressure of extracellular fluid) • K+ inside the cell contributes to osmotic pressure of cytos ...
The Cell Organelle Worksheet
... The Cell Membrane performs a number of critical functions for the cell. It regulates all that __enters__ and leaves the cell. Phospholipids or PROTEINS scattered across the surface of the membrane act as the doorways into and out of the cell. Endoplasmic Reticulum (ER) is a series of double membrane ...
... The Cell Membrane performs a number of critical functions for the cell. It regulates all that __enters__ and leaves the cell. Phospholipids or PROTEINS scattered across the surface of the membrane act as the doorways into and out of the cell. Endoplasmic Reticulum (ER) is a series of double membrane ...
Cell Types Kindoms of Life How are cells similar and different?
... Prokaryotes are bacterial cells that have no internal membranes inside their cells, but still have all these structures Eukaryotes are plant, animal, protist and fungi cells that have internal membranes within their cells that help them carry our specific functions for the cells. ...
... Prokaryotes are bacterial cells that have no internal membranes inside their cells, but still have all these structures Eukaryotes are plant, animal, protist and fungi cells that have internal membranes within their cells that help them carry our specific functions for the cells. ...
Monkemeier / Senko - Madison Public Schools
... - Why can't cells continue to grow larger and larger to become giant cells, like a blob? - Why are most cells, whether from an elephant or an earthworm, microscopic in size? - What happens when a cell grows larger and what causes it to divide into two smaller cells rather than growing infinitely lar ...
... - Why can't cells continue to grow larger and larger to become giant cells, like a blob? - Why are most cells, whether from an elephant or an earthworm, microscopic in size? - What happens when a cell grows larger and what causes it to divide into two smaller cells rather than growing infinitely lar ...
Active and Passive Transport
... Active Transport – is the _________________________ through a cell membrane using _________________ energy – like riding a bike ______ It takes________ energy. 2 Methods of __________________Transport: Transport Proteins Transport by ____________________ Transport Proteins – these proteins “pick ...
... Active Transport – is the _________________________ through a cell membrane using _________________ energy – like riding a bike ______ It takes________ energy. 2 Methods of __________________Transport: Transport Proteins Transport by ____________________ Transport Proteins – these proteins “pick ...
Cells - 2011sec1lss
... Genetic Diseases • Down’s Syndrome – Extra chromosome in each cell in his/her body – 47 chromosomes instead of 46 chromosomes – Result of unusual cell division when egg/sperm was made, or during fertilisation – Happens by chance, can happen to anyone ...
... Genetic Diseases • Down’s Syndrome – Extra chromosome in each cell in his/her body – 47 chromosomes instead of 46 chromosomes – Result of unusual cell division when egg/sperm was made, or during fertilisation – Happens by chance, can happen to anyone ...
Chapter 8: Cellular Transport and the Cell Cycle
... held together by a structure called a centromere, which plays a role in chromosome movement during mitosis. ...
... held together by a structure called a centromere, which plays a role in chromosome movement during mitosis. ...
6th Grade
... NAME: DATE: HOUR: CELL THEORY: Look at the cell theory on page 476 of your book and record each of the step of cell theory below. This is going to be on your final. ...
... NAME: DATE: HOUR: CELL THEORY: Look at the cell theory on page 476 of your book and record each of the step of cell theory below. This is going to be on your final. ...
1.1 PLANT & ANIMAL CELLS
... 1: All living organisms are made up of cells. 2: The cell is the basic structural unit of living organisms. 3: The cell is the basic functional unit of living organisms. 4: All cells come from pre-existing cells. ...
... 1: All living organisms are made up of cells. 2: The cell is the basic structural unit of living organisms. 3: The cell is the basic functional unit of living organisms. 4: All cells come from pre-existing cells. ...
BIOL 1406 - Meiosis - Chapter 13
... difference between mitosis and meiosis? 1. A single cell is divided into two cells in mitosis and four cells in meiosis. 2. Mitosis produces haploid cells, and meiosis produces diploid cells. 3. Mitosis involves two cellular divisions, and meiosis has only one cellular division. 4. The chromosomes r ...
... difference between mitosis and meiosis? 1. A single cell is divided into two cells in mitosis and four cells in meiosis. 2. Mitosis produces haploid cells, and meiosis produces diploid cells. 3. Mitosis involves two cellular divisions, and meiosis has only one cellular division. 4. The chromosomes r ...
Ch 6 A Tour of the Cell
... based on # or tubulin molecules function: a. move chromosomes during cell division b. guide motor proteins that carry organelles to different places in cell c. structural support for cilia and flagella cilia hairlike structures, move like oars, many flagella one or few, long, whiplike structu ...
... based on # or tubulin molecules function: a. move chromosomes during cell division b. guide motor proteins that carry organelles to different places in cell c. structural support for cilia and flagella cilia hairlike structures, move like oars, many flagella one or few, long, whiplike structu ...
cell_analogy_collage_HONORS_2014
... coordinates activities of the body.”) _____ It must explain both the cell “job” and the comparison “job” in the analogy. _____ There should be the correct number of captions included; this depends on your specific requirement by “group situation.” ...
... coordinates activities of the body.”) _____ It must explain both the cell “job” and the comparison “job” in the analogy. _____ There should be the correct number of captions included; this depends on your specific requirement by “group situation.” ...
Topic 2: Cells - Peoria Public Schools
... 36. Interphase is the phase in which the cell is carrying out its appointed activity or activities. Metabolic activities such as protein synthesis, DNA replication and organelle reproduction occur in this phase. 37. The phases of mitosis can be remembered in their proper order by the word shipmate. ...
... 36. Interphase is the phase in which the cell is carrying out its appointed activity or activities. Metabolic activities such as protein synthesis, DNA replication and organelle reproduction occur in this phase. 37. The phases of mitosis can be remembered in their proper order by the word shipmate. ...
Document
... • Surrounds cytoplasm and defines boundaries of cell • Acts as barrier, but also functions as an effective and highly discriminating conduit between cell and surroundings • Made up of phospholipid bilayer ...
... • Surrounds cytoplasm and defines boundaries of cell • Acts as barrier, but also functions as an effective and highly discriminating conduit between cell and surroundings • Made up of phospholipid bilayer ...
Passive Transport (Chapter 7.4)
... Equilibrium when the concentration of a substance is equal throughout a space. materials moving out of the cell equals the materials moving into the cell. Concentration Gradient a difference in the concentration of a substance across a space food coloring example ...
... Equilibrium when the concentration of a substance is equal throughout a space. materials moving out of the cell equals the materials moving into the cell. Concentration Gradient a difference in the concentration of a substance across a space food coloring example ...
Mitosis
Mitosis is a part of the cell cycle in which chromosomes in a cell nucleus are separated into two identical sets of chromosomes, each in its own nucleus. In general, mitosis (division of the nucleus) is often followed by cytokinesis, which divides the cytoplasm, organelles and cell membrane into two new cells containing roughly equal shares of these cellular components. Mitosis and cytokinesis together define the mitotic (M) phase of an animal cell cycle—the division of the mother cell into two daughter cells, genetically identical to each other and to their parent cell.The process of mitosis is divided into stages corresponding to the completion of one set of activities and the start of the next. These stages are prophase, prometaphase, metaphase, anaphase, and telophase. During mitosis, the chromosomes, which have already duplicated, condense and attach to fibers that pull one copy of each chromosome to opposite sides of the cell. The result is two genetically identical daughter nuclei. The cell may then divide by cytokinesis to produce two daughter cells. Producing three or more daughter cells instead of normal two is a mitotic error called tripolar mitosis or multipolar mitosis (direct cell triplication / multiplication). Other errors during mitosis can induce apoptosis (programmed cell death) or cause mutations. Certain types of cancer can arise from such mutations.Mitosis occurs only in eukaryotic cells and the process varies in different organisms. For example, animals undergo an ""open"" mitosis, where the nuclear envelope breaks down before the chromosomes separate, while fungi undergo a ""closed"" mitosis, where chromosomes divide within an intact cell nucleus. Furthermore, most animal cells undergo a shape change, known as mitotic cell rounding, to adopt a near spherical morphology at the start of mitosis. Prokaryotic cells, which lack a nucleus, divide by a different process called binary fission.