Def-HEP WT - DefiniGEN
... cells display the functional characteristics of primary human hepatocyte cells including albumin production, A1AT secretion, glycogen storage and CYP450 expression. The cells also have wild-type donor genetics, karotype and metabolism in contrast to immortalized cell lines. The Def-HEP cells provide ...
... cells display the functional characteristics of primary human hepatocyte cells including albumin production, A1AT secretion, glycogen storage and CYP450 expression. The cells also have wild-type donor genetics, karotype and metabolism in contrast to immortalized cell lines. The Def-HEP cells provide ...
Eukaryotic organelles - Sonoma Valley High School
... Vacuoles & cytoplasm • Vacuoles store water, salt, proteins and carbohydrates • Vacuoles also serve as support structures in plants • The cytoplasm is the fluid that fills the cell in which all the other organelles float. Left side: What would represent the cytoplasm be in your analogy? ...
... Vacuoles & cytoplasm • Vacuoles store water, salt, proteins and carbohydrates • Vacuoles also serve as support structures in plants • The cytoplasm is the fluid that fills the cell in which all the other organelles float. Left side: What would represent the cytoplasm be in your analogy? ...
Cell Cycle Regulation
... Mitosis-Promoting Factor (MPF) • A type of cyclin that gets the cell through the M-phase checkpoint • MPF also promotes disintegration of the nuclear envelope • AP suggested you know this one ...
... Mitosis-Promoting Factor (MPF) • A type of cyclin that gets the cell through the M-phase checkpoint • MPF also promotes disintegration of the nuclear envelope • AP suggested you know this one ...
Cells - VCE-Unit1and2Biology
... • Bacteria produce enzymes that break down the organic matter into simpler substances that can then be absorbed by the bacteria. • Draw and label a generalised bacterial cell. Page 79 • How would you identify a bacterium? • Cell Size very tiny. See page 79 estimate ...
... • Bacteria produce enzymes that break down the organic matter into simpler substances that can then be absorbed by the bacteria. • Draw and label a generalised bacterial cell. Page 79 • How would you identify a bacterium? • Cell Size very tiny. See page 79 estimate ...
Eukaryotic Cell Organelles
... • Cytoplasm – semifluid material inside the cell membrane • All the other organelles are inside the cytoplasm • Organelles don’t just sit still without nothing to hold it • The cytoplasm is like jello because things move through but they are held in position ...
... • Cytoplasm – semifluid material inside the cell membrane • All the other organelles are inside the cytoplasm • Organelles don’t just sit still without nothing to hold it • The cytoplasm is like jello because things move through but they are held in position ...
Extracellular Matrix of Mechanically Stretched Cardiac Fibroblasts
... they synthesize and degrade the ECM which provides a 3D network for cardiomyocytes and other cells of the heart to ensure proper cardiac form and function (5). Therefore, the investigation of mechanical stimuli influencing formation and bioactivity of ECM, especially produced in vitro, presents a pa ...
... they synthesize and degrade the ECM which provides a 3D network for cardiomyocytes and other cells of the heart to ensure proper cardiac form and function (5). Therefore, the investigation of mechanical stimuli influencing formation and bioactivity of ECM, especially produced in vitro, presents a pa ...
Cell Membrane
... • Cells are suspended in a fluid environment. Even the cell membrane is fluid. It is made up of a “sea” of lipids in which proteins float. • By allowing some materials but not others to enter the cell, the cell membrane acts as a gatekeeper. • The cell membrane also provides structural support to th ...
... • Cells are suspended in a fluid environment. Even the cell membrane is fluid. It is made up of a “sea” of lipids in which proteins float. • By allowing some materials but not others to enter the cell, the cell membrane acts as a gatekeeper. • The cell membrane also provides structural support to th ...
Cell Theory
... •Although most cells are microscopic, they vary greatly in SIZE! • A human egg cell (oocyte), seen here with red blood cells, is the smallest cell in the human body. • An ostrich egg is the largest animal cell. ...
... •Although most cells are microscopic, they vary greatly in SIZE! • A human egg cell (oocyte), seen here with red blood cells, is the smallest cell in the human body. • An ostrich egg is the largest animal cell. ...
Meiosis Guided Notes
... Then the second part - Meiosis II • Prophase II – Nucleus _______________ • Metaphase II – Chromosomes line up _________ file down the middle of the cell ...
... Then the second part - Meiosis II • Prophase II – Nucleus _______________ • Metaphase II – Chromosomes line up _________ file down the middle of the cell ...
Stem Cells
... Stem Cells Stem cells are undifferentiated cells that have the remarkable ability to develop into different types of cells into the body They serve as sort of a repair system for the body, they can theoretically divide without limit to replenish other cells while the person or animal is still alive ...
... Stem Cells Stem cells are undifferentiated cells that have the remarkable ability to develop into different types of cells into the body They serve as sort of a repair system for the body, they can theoretically divide without limit to replenish other cells while the person or animal is still alive ...
3.1 Cell Theory
... 3.1 Cell Theory How does the size of a cell in a blue whale compare to the size of the cell in a tadpole? A: Most cells in a whale are the same size as in a tadpole! So what makes a blue whale so much bigger? A whale has far more cells. ...
... 3.1 Cell Theory How does the size of a cell in a blue whale compare to the size of the cell in a tadpole? A: Most cells in a whale are the same size as in a tadpole! So what makes a blue whale so much bigger? A whale has far more cells. ...
Binary Fission-Bacterial Cell Division
... -The process in which crowded cells stop dividing -The number of cells in an area force competition for nutrients, space, and growth factors, so when cells are crowded, they get signals to stop dividing -When density is high- no cell division -When density is low- cells divide ...
... -The process in which crowded cells stop dividing -The number of cells in an area force competition for nutrients, space, and growth factors, so when cells are crowded, they get signals to stop dividing -When density is high- no cell division -When density is low- cells divide ...
Cell Parts and Functions
... Description: rod-shaped structures that have a folded inner membrane within an outer membrane Function: release energy from the sugar (glucose) in food by combining it with oxygen (cell respiration); it stores this energy in special energy-rich molecules (called ATP) that the cell uses to do its wor ...
... Description: rod-shaped structures that have a folded inner membrane within an outer membrane Function: release energy from the sugar (glucose) in food by combining it with oxygen (cell respiration); it stores this energy in special energy-rich molecules (called ATP) that the cell uses to do its wor ...
Rotavirus
... – Lipoteichoic acid links to plasma membrane – Wall teichoic acid links to peptidoglycan May regulate movement of cations (+ charge) ...
... – Lipoteichoic acid links to plasma membrane – Wall teichoic acid links to peptidoglycan May regulate movement of cations (+ charge) ...
Chapter 5
... peripheral (lie on either side) with diverse range of functions: Figure 5.2 1. Structural support—attach to cytoskeleton 2. Recognition—helps immune system determine self from foreign (that’s why we reject transplants 3. Communication—receptors and binding sites (Interactive Activity 2) 4. Transport ...
... peripheral (lie on either side) with diverse range of functions: Figure 5.2 1. Structural support—attach to cytoskeleton 2. Recognition—helps immune system determine self from foreign (that’s why we reject transplants 3. Communication—receptors and binding sites (Interactive Activity 2) 4. Transport ...
The Cell - Simpson
... Storage area of the cell Stores food and water Plants have one large vacuole for water Some animal cells have them & others do not ...
... Storage area of the cell Stores food and water Plants have one large vacuole for water Some animal cells have them & others do not ...
THINK ABOUT IT
... -New cells are produced from existing cells. • The modern version of the Cell Theory includes the ideas that: Energy flow occurs within cells. Heredity information (DNA) is passed on from cell to cell. All cells have the same basic chemical composition. ...
... -New cells are produced from existing cells. • The modern version of the Cell Theory includes the ideas that: Energy flow occurs within cells. Heredity information (DNA) is passed on from cell to cell. All cells have the same basic chemical composition. ...
Cell Transport - Conackamack Middle School
... to do? WHY? • When one more person was forced into the already crowded elevator did they find it was easy or difficult to get in? WHY? ...
... to do? WHY? • When one more person was forced into the already crowded elevator did they find it was easy or difficult to get in? WHY? ...
- Smart Science
... Inform the students that, as they are animals, their cheek cells are a type of animal cell. Ask them to refer back to the drawing of their cheek cells that they made last lesson. They work in pairs and use page 14 of the Student’s Book to discuss what parts of the cell they can see on their drawings ...
... Inform the students that, as they are animals, their cheek cells are a type of animal cell. Ask them to refer back to the drawing of their cheek cells that they made last lesson. They work in pairs and use page 14 of the Student’s Book to discuss what parts of the cell they can see on their drawings ...
Cell Structure and Function
... the cell’s volume • Bounded by a single membrane • In addition to water the vacuole may contain gases (O2, N2, and/or CO2), acids, salts, sugars, pigments • In plants the vacuole keeps toxins separate from the rest of the cell and maintain internal pressure which aids in the support of the plant ...
... the cell’s volume • Bounded by a single membrane • In addition to water the vacuole may contain gases (O2, N2, and/or CO2), acids, salts, sugars, pigments • In plants the vacuole keeps toxins separate from the rest of the cell and maintain internal pressure which aids in the support of the plant ...
AP Biology TEST #1 Review: Chapters 3-5
... b. Triglyceride A is probably solid at room temperature. Its fatty acid chains are saturated (no double bonds) and relatively long, both characteristics of solid, animal-derived triglycerides. c. Triglyceride B is probably derived from a plant. Its fatty acid chains are unsaturated (double bonds) an ...
... b. Triglyceride A is probably solid at room temperature. Its fatty acid chains are saturated (no double bonds) and relatively long, both characteristics of solid, animal-derived triglycerides. c. Triglyceride B is probably derived from a plant. Its fatty acid chains are unsaturated (double bonds) an ...
Extracellular matrix
In biology, the extracellular matrix (ECM) is a collection of extracellular molecules secreted by cells that provides structural and biochemical support to the surrounding cells. Because multicellularity evolved independently in different multicellular lineages, the composition of ECM varies between multicellular structures; however, cell adhesion, cell-to-cell communication and differentiation are common functions of the ECM.The animal extracellular matrix includes the interstitial matrix and the basement membrane. Interstitial matrix is present between various animal cells (i.e., in the intercellular spaces). Gels of polysaccharides and fibrous proteins fill the interstitial space and act as a compression buffer against the stress placed on the ECM. Basement membranes are sheet-like depositions of ECM on which various epithelial cells rest.The plant ECM includes cell wall components, like cellulose, in addition to more complex signaling molecules. Some single-celled organisms adopt multicelluar biofilms in which the cells are embedded in an ECM composed primarily of extracellular polymeric substances (EPS).