PPT-Cell to cell alignment on GLC structures

24 Nov 2014 CERN Toshi Higo KEK 20141123 CLIC Structure Review 1 Contents Transition from GLCNLC to CLIC Alignment target Alignment mechanism M achining S tackingassembly Bookshelf. Dislocations organize into patterns. Copper crystal. http://. www.minsocam.org/msa/coll. -. ectors_corner/vft/mi4a.htm. Polycrystal. rotations expelled into sharp grain boundaries. Plasticity. Work Hardening. Where indicated, complete the statements by inserting the missing word(s) in the answer blanks.. You are miniaturized to the size of a small protein molecule and will travel in a . microsubmarine. , specially . . Cell Structure. Enormous variety in the size and shape of different cells. Smallest cells belong to group of . organisms. . Mycoplasma. Only about 0.2 µm in diameter. So small that often beyond the limit of resolution of light microscopes. Types of Cells. Prokaryotic cells. Eukaryotic cells. Prokaryotic cells. Simplest cells. No membranes around their nuclear material (DNA and RNA, genetic material). Prokaryotes include bacteria and some pond scum. Cell membrane is like the doors on a car. They regulate what goes in/out.. The cell wall in a plant cell is like the frame on a car. The frame supports the car as the cell wall supports the plant.. The endoplasmic reticulum is like the fuel lines on a car. It lets a passage way for fuel to flow like proteins do in the endoplasmic reticulum . Keywords - cell membrane; cell wall; nucleus; nucleolus; cytoplasm; mitochondria; ribosome; endoplasmic reticulum (smooth and rough); Golgi body; lysosome; vesicles Starter – Why are cells different? Plant Reproduction and Development Chapter 27 Flowers – Basic Concepts reproductive structures of angiosperms monoecious vs. dioecious monoecious : each flower has both male and female structures For each prepared slide . Draw each cell – remember to draw the field of view and label any structures you know. . Record the magnification of each. Make observations of the cells. Include items such as color, structures, size, etc….. Functions of organelles. Organelle. Function. Plant or animal. Nucleus. Contains genetic material, which . provides the instructions to control . the activities of the . cell.. Both. Cytoplasm. Most chemical processes take place here, controlled by enzymes. and . Function. Bacterial . Form . and Function. A. . Structures common to . all. bacterial cells. 1. . Cell membrane. 2. . Cytoplasm. 3. . Ribosomes. 4. . One (or a few) . chromosomes. Bacterial Form . organelles. . .  . A. The cell membrane provides . protection. and support for the . . cell. . Animal . cells . do not have a cell wall, therefore, the cell . membrane . must provide . The ultrastructure of eukaryotic cells. Spec. Animal Cell Plant Cell. Starter. In pairs - Identify the main similarities and differences between animal and plant cells. Animals vs. Plants. Cell Specialization. Multicellular. organisms. contain a wide range of different cells. Every cell is . specialized . to perform its . function . as best as possible. There are many differences between different cells specialized for different functions. Cells may have . This theory . is . one . of the foundations . of . biology.. 2. Antonie . van. . Leeuwenhoek. The first man to witness . a . live cell . under a . microscope was Antonie . van . Leeuwenhoek, who .