PPT-Introduction to Membranes

2 Introduction to Membranes Low pressure membranes Ultrafiltration Microfiltration High pressure membranes Nanofiltration Reverse osmosis Membrane fouling Mineral scaling Biofilm formation . Conventional Ultrafiltration membranes are composed ofsome type of polymer material with pores ranging from alittle less than 0.01 m to 0.1 m. These membranes areused for many different separations i Membrane composition . and . fluidity. . You Must Know. Why membranes are selectively permeable.. The structure and function of membrane proteins.. Amphipathic. . molecules. Fluid Mosaic Model. Figure 5.4-1. Mark Silverman, DVM. 7103 Via Del . Charro. , Rancho Santa Fe, CA 92067. 760 798 4850 hoofdoc@mac.com. NORMAL. Temperature = 99.5-101.5°. Pulse . = 30–40 . B. eats per minute. Respiratory Rate = 12 – 20 . IB Question: . Draw a labelled diagram showing the fluid-mosaic model of a biological membrane. . [5] . IB Question: . Draw a labelled diagram showing the fluid-mosaic model of a biological membrane. . C483 Spring 2013. Trans fatty acids have physical properties like those of. A) w-3 fatty acids.. B) . cis. -fatty acids.. C) unsaturated fatty acids.. D) saturated fatty acids.. Triacylglycerols. are not found in cell membranes because they are . Roles of Biological Membranes. The Lipid Bilayer and the Fluid Mosaic Model. Transport and Transfer Across Cell Membranes. Specialized contacts (junctions) between cells. What are the major roles of biological membranes?. Chapter 4. Objectives. Name the 4 main groups of tissues and give location and characteristics. Describe the difference between exocrine and endocrine glands and give examples. Give examples of circulating, generalized, and structural connective tissues. Lesson 3.2: The Integumentary System. Lesson 3.3: Injuries and Disorders of the Skin. Membranes and the Integumentary System. Lesson 3.1. Body Membranes. Membranes and the Integumentary System. epithelial membranes. and fluidity. . You Must Know. Why membranes are selectively permeable.. The structure and function of membrane proteins.. Figure 5.4-1. Mouse cell. Human cell. Membrane proteins. The Fluidity of Membranes. Body membranes. Cover surfaces. Line body cavities. Form protective sheets around organs. Two major groups (classified by tissue makeup). Epithelial membranes. Connective tissue membranes. Epithelial membranes. (PROM). Dr Vishal Chaudhari. DEFINITION. : . Spontaneous rupture of the membranes any time . beyond 28th week . of pregnancy but before the . onset of labor. TERM PROM :. after 37 weeks . Preterm PROM. Physical Examination V/V Vulva/Vagina BUS Bartholin146s glands urethra Skene146s gland RV retroverted AV anteverted RF retroflexed AF anteflexed MP midplane Gynecology TAH total abdominal hysterectom They are insoluble in water and highly soluble in one or more of the following solvents: ether, chloroform, benzene and acetone. . Make up about 5% from organic substances which enter in the structure of living cell .. Our goals. Describe the 3 membrane types. And subtypes. Know what tissue each is made . of. Determine where each would be found. Describe each of their general functions . Membranes . They cover and line parts of the body.