Structure and Function of Cells
... plant cells, animal cells or both? 3. What is a cell wall and what function does it serve in the cell? Is it found in plant cells, animal cells or both? 4. What are the parts of the cell theory? ...
... plant cells, animal cells or both? 3. What is a cell wall and what function does it serve in the cell? Is it found in plant cells, animal cells or both? 4. What are the parts of the cell theory? ...
Presentation
... oxygen, carbon dioxide, and fat soluble vitamins. • Example: oxygen in blood cells ...
... oxygen, carbon dioxide, and fat soluble vitamins. • Example: oxygen in blood cells ...
Binary Fission
... reproduce by binary fission process. As a preparatory step, it grows considerably and increases its size. At the same time, the two circular DNA strands (chromosomes) migrate and attach themselves to the cell membrane at different sites. Step # 3: Segregation of DNA Following cell growth, the cell e ...
... reproduce by binary fission process. As a preparatory step, it grows considerably and increases its size. At the same time, the two circular DNA strands (chromosomes) migrate and attach themselves to the cell membrane at different sites. Step # 3: Segregation of DNA Following cell growth, the cell e ...
Cell Transport Honors Biology Mr. Lee Room 320
... (concentration gradient) Equilibrium occurs when the concentration of solute (particles) is the same throughout (the particles still move!) ...
... (concentration gradient) Equilibrium occurs when the concentration of solute (particles) is the same throughout (the particles still move!) ...
Parts and Functions of Cells
... each with respective functions that they perform for the city to thrive, a cell is also made of structures (organelles), each with specific roles and duties. ...
... each with respective functions that they perform for the city to thrive, a cell is also made of structures (organelles), each with specific roles and duties. ...
LEARNING GOALS: To identify cell parts from a diagram
... 3. DNA is found in this structure. nucleus 4. The general location of where a protein is made endoplasmic reticulum 5. This organelle is analogous to a post office because it sorts, modifies, and packages newly membrane proteins. Golgi HINT: Golgi, Endoplasmic Reticulum, DNA, Nucleus, Ribosome ...
... 3. DNA is found in this structure. nucleus 4. The general location of where a protein is made endoplasmic reticulum 5. This organelle is analogous to a post office because it sorts, modifies, and packages newly membrane proteins. Golgi HINT: Golgi, Endoplasmic Reticulum, DNA, Nucleus, Ribosome ...
Unicellular and Multicellular
... Photosynthesis uses energy from the Sun to make carbohydrates. Folded membranes inside each chloroplast contain the green pigment chlorophyll, which absorbs sunlight. ...
... Photosynthesis uses energy from the Sun to make carbohydrates. Folded membranes inside each chloroplast contain the green pigment chlorophyll, which absorbs sunlight. ...
Cell Biology – A Journey
... – double helix located in nucleus in eukaryotes – nuclear envelope (double bilayer membrane) ...
... – double helix located in nucleus in eukaryotes – nuclear envelope (double bilayer membrane) ...
BIOL103 study notes – Entire semester
... Golgi apparatus = shipping and receiving centre (packages proteins) consisting of cisternae. Golgi cisternae stacks have: Cis entry face = Receives proteins from the ER. Faces the cisterna of the endoplasmic reticulum (has enzymes catalysing early protein modification) Trans exit face = Modified ...
... Golgi apparatus = shipping and receiving centre (packages proteins) consisting of cisternae. Golgi cisternae stacks have: Cis entry face = Receives proteins from the ER. Faces the cisterna of the endoplasmic reticulum (has enzymes catalysing early protein modification) Trans exit face = Modified ...
The Cell
... This pocket breaks loose on the inside of the cell forming an individual vacuole, or storage structure. Large molecules, clumps of food and other cells can be taken into the cytoplasm this way. ...
... This pocket breaks loose on the inside of the cell forming an individual vacuole, or storage structure. Large molecules, clumps of food and other cells can be taken into the cytoplasm this way. ...
5 kingdoms
... • eukaryotic organisms – can be photosynthetic, absorptive or ingestive. • Complex 1 cell (many organelles) • some move (cilia, flagella, pseudopodia); others don't • Ex. amoeba, diatom, euglena, paramecium, some algae (unicellular), etc ...
... • eukaryotic organisms – can be photosynthetic, absorptive or ingestive. • Complex 1 cell (many organelles) • some move (cilia, flagella, pseudopodia); others don't • Ex. amoeba, diatom, euglena, paramecium, some algae (unicellular), etc ...
Unit 3 (ch 4)
... nucleoid region The nucleoid region is a coiled loop of DNA, but isn’t contained in a membrane Ribosomes are used to make proteins ...
... nucleoid region The nucleoid region is a coiled loop of DNA, but isn’t contained in a membrane Ribosomes are used to make proteins ...
AP Bio Ch 4
... endosymbiotic theory - says that mitochondria and chloroplasts originated when a eukaryotic cell engulfed a prokaryotic cell - mitochondria came about when a eukaryotic cell engulfed an oxygenusing non-photosynthetic prokaryote - chloroplasts came about when a eukaryotic cell engulfed a ...
... endosymbiotic theory - says that mitochondria and chloroplasts originated when a eukaryotic cell engulfed a prokaryotic cell - mitochondria came about when a eukaryotic cell engulfed an oxygenusing non-photosynthetic prokaryote - chloroplasts came about when a eukaryotic cell engulfed a ...
Plasma Membrane ppt
... Heads are the phosphorous group which are polar (attract H2O) Tails are long lipid chains that are non-polar (push H2O away) Polarity of the phospholipids causes them to form a 2 layer “sandwich” with the heads outside and wet and the tails inside and dry Prevents most materials from passing in/out ...
... Heads are the phosphorous group which are polar (attract H2O) Tails are long lipid chains that are non-polar (push H2O away) Polarity of the phospholipids causes them to form a 2 layer “sandwich” with the heads outside and wet and the tails inside and dry Prevents most materials from passing in/out ...
Active Transport (con`t)
... Some active transport processes involve carrier proteins. These proteins bind to specific substances on one side of cell and releases it on the other/opposite side of cell. ...
... Some active transport processes involve carrier proteins. These proteins bind to specific substances on one side of cell and releases it on the other/opposite side of cell. ...
7. Plant Cell as a Restaurant PowerPoint plant_cell
... Think of ribosome as the cooks of the restaurant. They make the products or meals for the restaurant. The ribosome are the black dots on the endoplasmic reticulum. ...
... Think of ribosome as the cooks of the restaurant. They make the products or meals for the restaurant. The ribosome are the black dots on the endoplasmic reticulum. ...
Chapter 4 Notes – “THE CELL”
... to the presence of _____________ all along the membrane. Function of the rough ER is to ______________________________. Most of these proteins are packaged into _______________________(pieces of the membrane that act as a protective sac) and shuttled to the ______________________________. Similar to ...
... to the presence of _____________ all along the membrane. Function of the rough ER is to ______________________________. Most of these proteins are packaged into _______________________(pieces of the membrane that act as a protective sac) and shuttled to the ______________________________. Similar to ...
Neuronal Function
... The axon hillock (trigger zone) is sensitive to changes in ion concentration and is the site at which an action potential is initiated. An action potential is a self-propagating depolarization of the axonal membrane that initiates at the hillock and runs to the axon terminus without diminishing in ...
... The axon hillock (trigger zone) is sensitive to changes in ion concentration and is the site at which an action potential is initiated. An action potential is a self-propagating depolarization of the axonal membrane that initiates at the hillock and runs to the axon terminus without diminishing in ...
Cells And Their Functions - in-love-with-science
... Surrounds the protoplasm of a cell Physically separates the intracellular components from the extra cellular environment (Animal Cell) Mechanical support for the cell and precludes passage of the larger molecules (Fungi, Bacteria and Plants) Plays a role in anchoring the cytoskeleton to prov ...
... Surrounds the protoplasm of a cell Physically separates the intracellular components from the extra cellular environment (Animal Cell) Mechanical support for the cell and precludes passage of the larger molecules (Fungi, Bacteria and Plants) Plays a role in anchoring the cytoskeleton to prov ...
Plant and Animal Cell Project 7th Grade Science 2013
... The purpose of this project is to become familiar with both plant and animal cells. You will need ½ of 1 full sheet of poster board, and the poster board will need to be white. You will be hand drawing both a plant and an animal cell. You will need to label the organelles listed on your drawing. Eac ...
... The purpose of this project is to become familiar with both plant and animal cells. You will need ½ of 1 full sheet of poster board, and the poster board will need to be white. You will be hand drawing both a plant and an animal cell. You will need to label the organelles listed on your drawing. Eac ...
Slide 1 Cells are the fundamental structural units of life
... basic unit of life, and that cells arise only from pre-existing cells. A cell is usually a microscopic structure containing nuclear and cytoplasmic material enclosed by a semi-permeable membrane and, in some instances, a cell wall. Slide 2 There are two main categories of cells – prokaryotic and euk ...
... basic unit of life, and that cells arise only from pre-existing cells. A cell is usually a microscopic structure containing nuclear and cytoplasmic material enclosed by a semi-permeable membrane and, in some instances, a cell wall. Slide 2 There are two main categories of cells – prokaryotic and euk ...
Cell membrane
The cell membrane (also known as the plasma membrane or cytoplasmic membrane) is a biological membrane that separates the interior of all cells from the outside environment. The cell membrane is selectively permeable to ions and organic molecules and controls the movement of substances in and out of cells. The basic function of the cell membrane is to protect the cell from its surroundings. It consists of the phospholipid bilayer with embedded proteins. Cell membranes are involved in a variety of cellular processes such as cell adhesion, ion conductivity and cell signalling and serve as the attachment surface for several extracellular structures, including the cell wall, glycocalyx, and intracellular cytoskeleton. Cell membranes can be artificially reassembled.