Revision Sheet Quarter 1 2014-2015 Department:
... 1- Prokaryotes and Eukaryotes The cells of both prokaryotes and eukaryotes contain DNA,a cell membrane, cytoplasm and organelles. Eukaryotes; DNA is found in the nucleus, while prokaryotes; DNA is found in the cytoplasm. 2- Role of phospholipid molecule in cell membrane Phospholipid molecules form t ...
... 1- Prokaryotes and Eukaryotes The cells of both prokaryotes and eukaryotes contain DNA,a cell membrane, cytoplasm and organelles. Eukaryotes; DNA is found in the nucleus, while prokaryotes; DNA is found in the cytoplasm. 2- Role of phospholipid molecule in cell membrane Phospholipid molecules form t ...
Cell Unit
... Diatoms – single celled organisms that are plant like. Diatoms have chloroplasts and make their own food. This type of algae produce a lot of Earth’s oxygen. They are also produce a lot of food for ocean life. ...
... Diatoms – single celled organisms that are plant like. Diatoms have chloroplasts and make their own food. This type of algae produce a lot of Earth’s oxygen. They are also produce a lot of food for ocean life. ...
Life Science
... Classification of Life & Characteristics • One HUGE tool that we use to classify organisms is to determine if they have a backbone • Another is to determine whether they make their own food – animals do NOT make their own food, they must get energy from eating something, whereas plants do make thei ...
... Classification of Life & Characteristics • One HUGE tool that we use to classify organisms is to determine if they have a backbone • Another is to determine whether they make their own food – animals do NOT make their own food, they must get energy from eating something, whereas plants do make thei ...
Exam 7 Study Guide
... 25. Neuron (Nerve Cell)- many entry points for signal, one path out, and transmits signal 26. Sensory Neuron (Afferent), Interneuron (Associative),and Motor Neuron (Efferent) 27. Transmission of Signal (Think Dominoes) Start the signal (Tipping first domino) Propagate the signal (dominoes do not ...
... 25. Neuron (Nerve Cell)- many entry points for signal, one path out, and transmits signal 26. Sensory Neuron (Afferent), Interneuron (Associative),and Motor Neuron (Efferent) 27. Transmission of Signal (Think Dominoes) Start the signal (Tipping first domino) Propagate the signal (dominoes do not ...
Final Exam Review Packet (Scary, Isn`t It?) Date: Time: Room
... ___Prokaryotic (BACTERIA)- contains DNA, cytoplasm, ribosomes, cell membrane, cell wall (NO membrane bound organelles); Eukaryotic cell (ANIMAL, PLANT, FUNGI, PROTISTS)- more complex with membrane bound organelles and DNA contained in a nucleus_____ 3. What is the difference between a unicellular a ...
... ___Prokaryotic (BACTERIA)- contains DNA, cytoplasm, ribosomes, cell membrane, cell wall (NO membrane bound organelles); Eukaryotic cell (ANIMAL, PLANT, FUNGI, PROTISTS)- more complex with membrane bound organelles and DNA contained in a nucleus_____ 3. What is the difference between a unicellular a ...
Cells - Dr Magrann
... When cells cluster together and perform the same function, they are called tissues. When tissues cluster together and perform the same function, they are called organs. Organs cluster together to form organ systems, which result in the total organism. All cells on Earth A) Are enclosed in a membrane ...
... When cells cluster together and perform the same function, they are called tissues. When tissues cluster together and perform the same function, they are called organs. Organs cluster together to form organ systems, which result in the total organism. All cells on Earth A) Are enclosed in a membrane ...
Histology
... ³ most common blood cells ³ in mammals, lose their nucleus, mitochondria, and ER ³ mammalian red blood cells are disc-shaped ³ each one has about 300 million copies of the hemoglobin protein used to carry oxygen ³ hemoglobin with oxygen is red § leukocytes – white blood cells ³ several types ...
... ³ most common blood cells ³ in mammals, lose their nucleus, mitochondria, and ER ³ mammalian red blood cells are disc-shaped ³ each one has about 300 million copies of the hemoglobin protein used to carry oxygen ³ hemoglobin with oxygen is red § leukocytes – white blood cells ³ several types ...
Chapter 20
... 3) Tissues are groups of cells with a common structure and function a) tissue – (latin for “weave”)cooperative unit of many similar cells performing a special function i) most cells of multicellular organisms are organized into tissues ii) the cells themselves are highly specialized to perform their ...
... 3) Tissues are groups of cells with a common structure and function a) tissue – (latin for “weave”)cooperative unit of many similar cells performing a special function i) most cells of multicellular organisms are organized into tissues ii) the cells themselves are highly specialized to perform their ...
Teri`s Muscle lecture as sub for CBJ
... they repeatedly “pull actin” toward M-line Z discs also move toward M-line I bands & H zone disappear A band length remains constant Lack of Ca = relaxed muscle antagonist can extend sarcomeres ...
... they repeatedly “pull actin” toward M-line Z discs also move toward M-line I bands & H zone disappear A band length remains constant Lack of Ca = relaxed muscle antagonist can extend sarcomeres ...
cell structure and function
... When cells cluster together and perform the same function, they are called tissues. When tissues cluster together and perform the same function, they are called organs. Organs cluster together to form organ systems, which result in the total organism. All cells on Earth A) Are enclosed in a membrane ...
... When cells cluster together and perform the same function, they are called tissues. When tissues cluster together and perform the same function, they are called organs. Organs cluster together to form organ systems, which result in the total organism. All cells on Earth A) Are enclosed in a membrane ...
Exam Summary Points 2013
... Distinguish between monocotyledons and dicotyledons in terms of root, stem structure and leaf venation. Transport of carbohydrates (in the form of sucrose) is in phloem via translocation. This process is active Phloem structure (sieve tube cell and companion cells) and process of translocation from ...
... Distinguish between monocotyledons and dicotyledons in terms of root, stem structure and leaf venation. Transport of carbohydrates (in the form of sucrose) is in phloem via translocation. This process is active Phloem structure (sieve tube cell and companion cells) and process of translocation from ...
RED &WHITE BLOOD CELLS
... A very simple cell. Major function is to transport oxygen to the tissues . And disposal of carbon dioxide and protons formed by the tissue metabolism. Is composed of a membrane surrounding the hemoglobin. Hb forms about 95% of the intracellular protein of the red cell. ...
... A very simple cell. Major function is to transport oxygen to the tissues . And disposal of carbon dioxide and protons formed by the tissue metabolism. Is composed of a membrane surrounding the hemoglobin. Hb forms about 95% of the intracellular protein of the red cell. ...
Metabolism and Enzyme Kinetics in the Lung
... Adapted from Xiao, et al. (2003). J Biol Chem. 278(50). ...
... Adapted from Xiao, et al. (2003). J Biol Chem. 278(50). ...
Cells
... Schleiden (mah THEE uhs SHLIE duhn) studied plants. In 1838, he concluded that all plant parts were made of cells. Theodor Schwann (TAY oh dohr SHVAHN) studied animals. In 1839, Schwann concluded that all animal tissues were made of cells. Soon after that, Schwann wrote the first two parts of what i ...
... Schleiden (mah THEE uhs SHLIE duhn) studied plants. In 1838, he concluded that all plant parts were made of cells. Theodor Schwann (TAY oh dohr SHVAHN) studied animals. In 1839, Schwann concluded that all animal tissues were made of cells. Soon after that, Schwann wrote the first two parts of what i ...
Biology Essential SOL Knowledge
... 29. Nucleic acids (DNA and RNA) control cell activities by directing protein synthesis. 30. Some protein are structural (hair, nails). Others function in transport (hemoglobin), movement (muscle fibers and cytoskeleton elements), defense (antibiotics), and regulation of cell functions (hormones and ...
... 29. Nucleic acids (DNA and RNA) control cell activities by directing protein synthesis. 30. Some protein are structural (hair, nails). Others function in transport (hemoglobin), movement (muscle fibers and cytoskeleton elements), defense (antibiotics), and regulation of cell functions (hormones and ...
B3 Intervention and Revision Higher B3a Molecules for
... • allows for cell differentiation • allows organism to be more complex. Becoming multi-cellular requires the development of specialised organ systems, limited to: • communication between cells (nervous system) • supplying the cells with nutrients (digestive system) • controlling exchanges with the e ...
... • allows for cell differentiation • allows organism to be more complex. Becoming multi-cellular requires the development of specialised organ systems, limited to: • communication between cells (nervous system) • supplying the cells with nutrients (digestive system) • controlling exchanges with the e ...
Fertilization
... Cleavage the first series of cell divisions by mitosis after fertilization Cell division is rapid, new cells do not take time for the growth phase G1 cell growth does not occur so cells decrease in size with each cleavage division ...
... Cleavage the first series of cell divisions by mitosis after fertilization Cell division is rapid, new cells do not take time for the growth phase G1 cell growth does not occur so cells decrease in size with each cleavage division ...
Keystone Countdown
... 2. The process by which mature body cells divide into new cells is called? 3. Meiosis is the cell division needed to create __________________________. 4. In human body cells, there are _______________ number of total chromosomes. Another word for a cell having the total number of chromosomes is ___ ...
... 2. The process by which mature body cells divide into new cells is called? 3. Meiosis is the cell division needed to create __________________________. 4. In human body cells, there are _______________ number of total chromosomes. Another word for a cell having the total number of chromosomes is ___ ...
Cell cycle
... Distinguish between monocotyledons and dicotyledons in terms of root, stem structure and leaf venation. Transport of carbohydrates (in the form of sucrose) is in phloem via translocation. Phloem structure (sieve tube cell and companion cells) and process of translocation from source to sink. Transpo ...
... Distinguish between monocotyledons and dicotyledons in terms of root, stem structure and leaf venation. Transport of carbohydrates (in the form of sucrose) is in phloem via translocation. Phloem structure (sieve tube cell and companion cells) and process of translocation from source to sink. Transpo ...
Chapter 3 The Basic Structure of a Cell - GMCbiology
... nucleus or membrane-bound structures called organelles – small single-celled Eukaryotes include most other cells & have a nucleus and membrane-bound organelles (plants, fungi, & animals) – larger than prokaryotes and can be either unicellular or multicellular ...
... nucleus or membrane-bound structures called organelles – small single-celled Eukaryotes include most other cells & have a nucleus and membrane-bound organelles (plants, fungi, & animals) – larger than prokaryotes and can be either unicellular or multicellular ...
How a Cell Functions
... 5. Cell 40% water placed in solution 65% water. Which way does water move? 6. Into cell – more water outside cell than inside cell. 5. Cell 88% water placed in solution 85% water. Which way does water move? 6. Out of cell – more water inside cell than outside cell. 5. Cell 90% water placed in soluti ...
... 5. Cell 40% water placed in solution 65% water. Which way does water move? 6. Into cell – more water outside cell than inside cell. 5. Cell 88% water placed in solution 85% water. Which way does water move? 6. Out of cell – more water inside cell than outside cell. 5. Cell 90% water placed in soluti ...
Cell theory
In biology, cell theory is a scientific theory which describes the properties of cells. These cells are the basic unit of structure in all organisms and also the basic unit of reproduction. With continual improvements made to microscopes over time, magnification technology advanced enough to discover cells in the 17th century. This discovery is largely attributed to Robert Hooke, and began the scientific study of cells, also known as cell biology. Over a century later, many debates about cells began amongst scientists. Most of these debates involved the nature of cellular regeneration, and the idea of cells as a fundamental unit of life. Cell theory was eventually formulated in 1838. This is usually credited to Matthias Schleiden and Theodor Schwann. However, many other scientists like Rudolf Virchow contributed to the theory. Cell theory has become the foundation of biology and is the most widely accepted explanation of the function of cells.The three tenets to the cell theory are as described below: All living organisms are composed of one or more cells. The cell is the most basic unit of life. All cells arise from pre-existing, living cells, by biogenesis.