PPT-Fibers: composed of myofibrils

Myofibrils composed of protein filaments Myosin thick filaments Actin thin filaments Muscle structure Muscle Muscle fiber Myofibril Actin Myosin Muscle Structure Sarcomere the muscle . Volume 5, Issue 3 - 2010 How Is Frayed Fiber Generated during Refining Process? Yuhe Chen and Mousa M. Nazhad, Ph.D. ABSTRACT The objective of this study is to characterize frayed 2. Fibers. Are considered class evidence. Have probative value. Are common trace evidence at a crime scene. Can be characterized based on comparison of both physical and chemical properties. . Identification . Are considered class evidence. Are common trace evidence at a crime scene. Can be characterized based on comparison of both physical and chemical properties . Fabric. Fabric is made of fibers. . Fibers are made of twisted filaments called yarn.. What are Fibers?. Fibers are the basic units of all textiles. . Textiles are a form of cloth or fabric from which clothing and other items are made. . Fibers are put together to form a continuous strand, making a yarn. The cytoskeleton is a network of protein fibers within a cell, that crisscross the cytoplasm of all eukaryotic cells. The cytoskeleton is a very dynamic system that is constantly assembling and . dissembling. . Form metabolic and structural connections between other tissues… nutrition and support. Forms a protective sheath around organs and helps insulate the body…cushion. Acts as a reserve for energy…storage. Chemical Composition of Fibers. Fibers are polymers:. long chains made of simple molecules. Natural Fibers. Wool. Polymer= Polypeptide chains (forming the protein keratin). Monomer= amino acids (one of which is cysteine . . .cysteine contains . Plants used Fibres P apre -2 unit- 1 Fibers used for cloths and ropes. More then 2000 plant species are used for the production of fibers. Economically very useful. Six types Textile Fibers – What cells hang out in CT?. Connective Tissue. Holding it all together! . Connective tissue is found everywhere! . Main types:. 1. Connective tissue . proper – . We will focus on this one most of next week!. is a network of fibers composed of . proteins. contained within a . cell. 's . cytoplasm. . The cytoskeletal systems of different organisms are composed by . similar proteins. .. However, structure, function and dynamic behavior of the cytoskeleton can be very different, depending on . Cells are arranged in tissues that perform specialized structural and functional roles. Four Major Types of Tissue:. Epithelial. Connective. Muscle. Nervous. Introduction. General Characteristics. Covers free body surfaces. By Giuseppe Simonetti. ALICE-DAQ, O2-Project WG17. 2. MCH. MID. Muon side: MCH and MID. 3. Fibers for each MCH chamber . (DAQ). 4. Muon side (MCH . ch.. 1-6 I/O-side). MPO-12LC . patch-cords. To be passed under the floor and through the Dipole. _Cardio vascular system. _Lymphatic vascular system. Cardio vascular system is concerned with the transport of blood and lymph through the body. . The main function of the blood are to transport 02, nutrients and hormones to the tissues and to collect the waste products( carbon dioxide and waste metabolites) for removal from the body via excretory system. . medullary centers. :. 1- Association fibers. (arcuate fibers):. . a) Short association fibers which connect the adjacent gyri to each other.. b) Long association fibers which join different regions of the same cerebral hemisphere, like .