Unreferenced stub auto yes date December 2009 The term structural system or structural frame in structural engineering refers to structural load load resisting sub system of a structure. Structural system transfers load s through interconnected List of structural elements structural components or members. See also Base isolation Body on frame Shear wall Double wishbone MacPherson strut Monocoque Outrigger Space frame Staggered Truss System Superleggera Tube structure DEFAULTSORT Structural System Category Structural system Engineering stub Architecture stub Systemstheory stub ar de Tragwerk Bauwesen es Sistema estructural eo Portilaro konstrufako fr Gros uvre ja ... more details
Structural estimation is a technnique for estimating deep structural parameter Statistics and econometrics parameter s of theoretical model economics economic models . In this sense, structural estimation is contrasted with reduced form estimation, which generally provides evidence about partial equilibrium relationships in a regression analysis regression framework. Specific structural estimation techniques include generalized method of moments and maximum likelihood . Structural estimation is used by economist s, econometrician s, and statistician s. Category Economics models Econometrics stub ... more details
Unreferenced date August 2009 Structural deficit forms part of the public sector deficit . Structural deficit differs from cyclical deficit in that it exists even when the economy is at its potential. Structural deficit issues can only be addressed by explicit and direct government policies reducing spending including entitlements , increasing the tax base, and or increasing tax rates. It can be described as more chronic or long term in nature hence needing government action to remove it. In Structural Deficit, the government spends money on the future of the country for example Infrastructure. If the government thinks that the investment in Infrastructure now may yield better returns in the long run, they borrow money and spend on it. This borrowed money, if continued to be more than the revenues generated by the government through tax and other means , cause the Structural Deficit for the country. The opposite of a structural deficit is a structural surplus . Likewise, the opposite of a cyclical deficit is a cyclical surplus . See also Fiscal theory of the price level Output gap Rubinomics External links http lexicon.ft.com term.asp?t structural deficit structural deficit FT lexicon http www.investorschronicle.co.uk Columnists ChrisDillow article 20100215 1b8f8020 1a1e 11df b0bd 0015171400aa The myth of the structural deficit.jsp The myth of the structural deficit DEFAULTSORT Structural Deficit Category Fiscal policy Category Public finance Category Economics terminology econ policy stub ... more details
A structural drawing , a type of technical drawing , shows information about architectural foundations, roof, or other structural details. See also Architectural drawing Working drawing engineering stub Category Technical drawing ... more details
Notability date November 2007 Structural proteomics is an international collaboration project for solving 3D protein structures at a proteome scale. It is similar to structural genomics project. See also Proteomics Structural genomics Omics External links http www.uhnres.utoronto.ca centres proteomics University of Toronto Structural Proteomics Category Genomics Category Proteins Category Proteomics ... more details
Unreferenced stub auto yes date December 2009 A structural gene is a gene that codes for any RNA or protein product other than a regulatory factor i.e. regulatory protein . It may code for a Protein Structural proteins structural protein , an enzyme , or an RNA molecule not involved in regulation.Structural genes represent an enormous variety of protein structures and functions,including structural proteins,enzymes with catalytic activities and so on. DEFAULTSORT Structural Gene Category Genes Category Gene expression Genetics stub ja ur ... more details
Merge Mechanics of structures date September 2010 Structural mechanics is the computation of deformation engineering deformation s, deflection s, and internal force s or stress physics stress es stress equivalents within structures, either for design or for performance evaluation of existing structures. It is one subset of structural analysis. Structural mechanics analysis needs input data such as structural load s, the List of structural elements structure s geometric representation and support conditions, and the materials properties. Output quantities may include support reactions, Stress physics stresses and Displacement vector displacements . Advanced structural mechanics may include the effects of stability and non linear behaviors. There are three approaches to the analysis the Energy principles in structural mechanics energy methods , flexibility method or direct stiffness method which later developed into finite element method in structural mechanics finite element method and the plastic analysis approach. Energy method Energy principles in structural mechanics Flexibility method Flexibility method Stiffness methods Direct stiffness method Finite element method in structural mechanics Plastic analysis approach Plastic bending Plastic Analysis Unreferenced date December 2007 External links http www.structuralmechanics.com Structural Mechanics Corporation Advanced Engineering Analysis, Design, Testing, and Consulting http www.comsol.com products sme Structural Mechanics Module Comsol Multiphysics DEFAULTSORT Structural Mechanics Category Building engineering Category Structural engineering Category Solid mechanics de Strukturmechanik ko it Meccanica delle strutture ru sr uk zh ... more details
Structural engineers analyze, design, plan, and research List of structural elements structural components and structural system s to achieve design goals and ensure the safety and comfort of users or occupants ..., but they may also consider aesthetic and social factors. Structural engineering is usually considered ..., most practicing structural engineers are currently licensed as civil engineer s, but the situation varies from state to state. In the UK, most structural engineers in the building industry are members of the Institution of Structural Engineers rather than the Institution of Civil Engineers . Typical structures designed by a structural engineer include building s, towers , stadium stadia ... may also be designed by a structural engineer. ref Institution of Structural Engineer, http www.istructe.org structuralengineers db 35.asp What do they do? , viewed on 22 May 2007 ref Most structural engineers are employed in the construction industry, however there are also structural engineers in the aerospace ... surveyors , and Construction management construction managers . Structural engineers ensure that buildings and bridges are built to be strong enough and stable enough to resist all appropriate structural .... Education The education of structural engineers is usually through a civil engineering bachelor s degree, and often a master s degree specializing in structural engineering. The fundamental core subjects for structural engineering are strength of materials or solid mechanics , statics , Dynamics mechanics dynamics , material science , numerical analysis and conceptual structural design . Reinforced concrete , composite structure , timber , masonry and structural steel designs are the general structural design courses that will be introduced in the next level of the education of structural engineering. The structural analysis courses which include structural mechanics , Structural Dynamics structural dynamics and structural failure analyses are designed to build up the fundamental analyses ... more details
Structural genomics seeks to describe the Protein Structure 3 dimensional structure of every protein ... . The principal difference between structural genomics and protein structure prediction traditional structural prediction is that structural genomics attempts to determine the structure of every protein ... is closely linked with protein function, the structural genomics has the potential to inform knowledge of protein function. In addition to elucidating protein functions, structural genomics can be used to identify novel protein folds and potential targets for drug discovery. Structural genomics ... using genomic sequences or modeling based approaches based on sequence or homology modeling structural ... with no homology to any known structure. As opposed to traditional structural biology , the determination of a protein structure through a structural genomics effort often but not always comes before anything is known regarding the protein function. This raises new challenges in structural bioinformatics , i.e. determining protein function from its Three dimensional space 3D structure. Structural ... in dedicated Protein Structure Initiative External links centers of structural genomics . While most structural biologists pursue structures of individual proteins or protein groups, specialists in structural ... from January 2006 analyzes the structural genomics field. ref cite journal author Chandonia JM, Brenner SE title The impact of structural genomics expectations and outcomes journal Science journal ... url http www.sciencemag.org cgi content abstract 311 5759 347 ref One advantage of structural genomics .... This requires new ways of communicating this structural information to the broader research community. The Bioinformatics core of the Joint center for structural genomics JCSG has recently developed ... for annotating protein structures emerging from high throughput structural genomics centers. Goals One goal of structural genomics is to identify novel protein folds. Experimental methods of protein ... more details
Unreferenced stub auto yes date December 2009 For other uses of analog, see Analog disambiguation . In chemistry , a structural analog structural analogue , also known as chemical analog or simply analog , is a chemical compound compound having a structure similar to that of another one, but differing from it in respect of a certain component. It can differ in one or more atom s, functional group s, or substructures, which are replaced with other atoms, groups, or substructures. A structural analog can be imagined to be formed, at least theoretically, from the other compound. Despite a high chemical similarity, structural analogs are not necessarily functional analog s and can have very different physical, chemical, biochemical, or pharmacological properties. In drug development large series of structural analogs of an initial lead compound are created and tested as part of a structure activity relationship study. See also Derivative chemistry Homology chemistry Homolog , a compound of a series differing only by repeated units Functional analog , compounds with similar physical, chemical, biochemical, or pharmacological properties Transition state analog DEFAULTSORT Structural Analog Category Chemical nomenclature Physical chemistry stub de Analogon Chemie et Struktuurianaloog ja pl Analog chemia pt An logo qu mico ... more details
Structural Soil is a medium that can be compacted to Road surface pavement design and installation requirements ... pits. ref name nina Bassuk, Nina, Jason Grabosky, Peter Trowbrige, and James Urban. Structural Soil ... uhi outreach csc article.html . ref File 1Structural Soil Diagramx800.gif thumb Structural Soil ... thumb Plan View of Structural Soil Extents CU Structural Soil Structural soil was researched ... s CU Structural Soil Urban Tree Planting Mix. It is marketed as CU Structural Soil for quality control and is produced by a network of qualified AMEREQ licensed companies. CU Structural Soil on average costs 35 42 per ton . Other companies have formed their own brand of structural soil based on Cornell s work. For example, STALITE has developed STALITE MATRIX Structural Soil that they claim holds ... amereq.com pages 2 index.htm . ref ref Structural Soil. America s Premier Paver. Pine Hall Brick, n.d. Web. 20 Apr 2010. http www.americaspremierpaver.com alliedproducts structural soil.htm . ref ref name second Bassuk, Nina. CU Structural Soil An Update after More than a Decade of Use in the Urban Environment. www.urban forestry.com. 16 19. Print. ref Composition As discussed above, structural soil .... Structural soil is not typically stockpiled it should be mixed and installed soon after delivery. If a stockpile ... irrigation. Cornell also suggests a minimum of 24 to 36 for CU Structural Soil depth and they have established no minimum for length and width of installation, however, because it is a structural soil it was designed to go under the entire pavement area. Testing has shown that structural soil is safe ... Eds. 2008. Managing Stormwater for Urban Sustainability using Trees and Structural Soils. Virginia ... thumb left Plan View of Structural Soil Extents File 3Street Tree Planting View 2x800.gif thumb Typical Street Planting Section with Structural Soil Continued Development Cornell is continuing its development of CU Structural Soil, expanding its use as the need for trees and other greenery within ... more details
Unreferenced date October 2006 Semantics Logical positivism asserts that structural semantics is the study of relationships between the meanings of terms within a sentence, and how meaning can be composed from smaller elements. However, some critical theorists suggest that meaning is only divided into smaller structural units via its regulation in concrete social interactions outside of these interactions language may become meaningless. See also Prototype Semantics Cognitive Semantics Cognitive Linguistics Principle of compositionality Ferdinand de Saussure Category Logical positivism DEFAULTSORT Structural Semantics Ling stub bn nl Structuralistische semantiek pt Sem ntica estrutural ... more details
In physics , structural theory explains the large variety in chemical compound s in terms of atom s making up molecule s, the order in which atoms are put together in molecules and the electron s that hold them together. According to structural theory from a structural formula of a molecule alone it is possible to derive all physical and spectroscopic data and predict chemical reaction chemical reactivity ref Organic Chemistry , Morrison & Boyd, 4th Ed. Allyn & Bacon New York 1986 ref . Development of structural theory was initiated by Aleksandr Mikhailovich Butlerov to whom is attributed the following quote ref http www.lse.ac.uk collections CPNSS pdf DP withCoverPages DP64 DP64F 03 C.pdf ref the chemical nature of a compound molecule depends on the nature and quantity of its elementary constituents and its chemical structure. References Reflist Category History of chemistry tl Teoryang pambalangkas ... more details
Structural parasitology is the study of the structures of proteins for interesting Parasitism parasites . It applies the techniques of structural biology such as X ray crystallography or NMR to determine the 3 D structures of protein molecules involved in a parasitic relationship. One goal is to distinguish the workings of functional pathways in these organisms in comparison to humans. More importantly, it is hoped that structures of parasite proteins will lead to faster discovery of drugs for diseases neglected by pharmaceutical companies. This is a challenging field because parasite proteins are often more difficult to express using a heterologous system. The challenge is particularly great for proteins from eukaryotic parasites. Once expressed, many parasitic proteins are also resistant to crystallization because they contain Genetic insertion inserts which are not commonly found in human or prokaryotic proteins. Parasites of interest include Plasmodium , Trypanosoma , Leishmania , Giardia , Entamoeba , Cryptosporidium , Helminth and Toxoplasma , most of which are agents for Neglected Diseases . Many academic labs around the world study structural parasitology. Two groups in particular have contributed many parasite structures the SGPP Structural Genomnics of Pathogenic Protozoa and the SGC Structural Genomics Consortium . External links http thesgc.org SGC website http sgpp.org SGPP website Category Parasitology ... more details
World geologic provinces A structural basin is a large scale structural formation of rock strata formed by tectonic warping of previously flat lying stratum strata . Structural basins are geological depressions, and are the inverse of dome geology dome s. Some elongated structural basins are also known as syncline s. Structural basins may also be sedimentary basin s, which are aggregations of sediment that filled up a depression or accumulated in an area however, many structural basins were formed by tectonic events long after the sedimentary layers were deposited. Basins appear on a geologic map as roughly circular or elliptical, with concentric layers. Because the strata dip toward the center, the exposed stratum strata in a basin are progressively younger from outside in, with the youngest rocks in the center. Basins are often large in areal extent, often hundreds of kilometers across. Structural basins are often important sources of coal , petroleum , and groundwater . Examples of structural basins globalize date December 2010 Australia Amadeus Basin Bowen Basin Cooper Basin Europe Hampshire Basin , United Kingdom London Basin , United Kingdom Paris Basin geology Paris Basin , France Permian Basin Europe Permian Basin , Poland , northern Germany , Denmark , The Netherlands , the North Sea , and Scotland United States Appalachian Basin Geology Appalachian Basin , Eastern United States Big Horn Basin , Wyoming Black Warrior Basin , Alabama and Mississippi Delaware Basin , Texas and New Mexico Denver Basin , Colorado Illinois Basin , Illinois Los Angeles Basin , California Michigan Basin , Michigan North Park Colorado basin North Park Colorado Basin Paradox Basin , Utah and Colorado Permian Basin North America Permian Basin , Texas and New Mexico Piceance Basin , Colorado ..., 1997. ISBN 0 314 09577 2 DEFAULTSORT Structural Basin Category Basins Category Depressions geology Category Structural geology Geology stub be x old bg cs Kotlina de Becken Geologie ... more details
File Structural steel icons.jpg thumb 500px Various structural steel shapes Image I Beam 002.JPG thumb ... 2008 Refimprove date July 2009 Structural steel is steel construction material , a Profile engineering ... of Chemistry chemical composition and mechanical properties. Structural steel shape, size, composition, strength, storage, etc., is regulated in most industrialized countries. Structural steel members ... allow them to be very stiff in respect to their cross sectional area. Common structural shapes This section ... Hollow structural section also known as SHS structural hollow section and including square geometry ... Standard structural steels Europe Most steels used throughout Europe are specified to comply with the European ... structural rather than engineering steel 275 or 355 denotes the yield strength in newtons per ... in the UK, almost all structural steel is grades S275 and S355. Higher grades are available in quenched ... use in construction at present . Standard structural steels USA Steels used for building construction ... different specification series. The standard commonly used structural steels are ref Manual of Steel ... 1 page 1 5 ref Carbon steels A36 steel A36 structural shapes and plate A53 steel A53 structural pipe and tubing A500 steel A500 structural pipe and tubing A501 steel A501 structural pipe and tubing A529 steel A529 structural shapes and plate High strength low alloy steels A441 steel A441 structural shapes and plates A572 steel A572 structural shapes and plates A618 steel A618 structural pipe and tubing A992 steel A992 W shapes beams only A270 steel A270 structural shapes and plates Corrosion resistant high strength low alloy steels A242 structural shapes and plates Weathering steel A588 structural shapes and plates Quenched and tempered alloy steels A514 steel A514 structural shapes and plates ... not a preferred building method. While rebar is almost always steel, it is not considered a structural ... listing of structural steel, through a fire test , the critical temperature is set ... more details
Structural violence is a term first used in the 1960s commonly ascribed to Johan Galtung . It refers ... and ageism are some examples of structural violence. Structural violence and direct violence are highly interdependent. Structural violence inevitably produces conflict and often direct violence ... defines structural violence as the increased rates of death and disability suffered by those who occupy ... direct or structural violence, and may be exemplified by religion and ideology, language and art ..., Vol. 27, No. 3 Aug., 1990 , pp. 291 305 ref Cultural violence makes direct and structural violence ... The study of cultural violence highlights the way in which the act of direct violence and the fact of structural ... child. But not doing so costs us five million lives a year. These are classic examples of structural violence . The violence in structural violence is attributed to the specific organizations of society ... structural violence affects the health of subaltern or marginalized people, medical anthropologist Paul Farmer writes bquote Their sickness is a result of structural violence neither culture nor pure ... conspire to constrain individual agency. Structural violence is visited upon all those whose social ... . Theorists argue that structural violence is embedded in the current world system. This form of violence .... Ending the global problem of structural violence will require actions that may seem unfeasible ... the harmful impacts of structural violence. Others, such as futurist Wendell Bell, see a need for long term vision to guide projects for social justice. Many structural violences, such as racism and sexism ... care Structural violence has affected health care availability in the sense that physicians ... Keshavjee. 2006. Structural Violence and Clinical Medicine. PLoS Medicine, 1686 1691. ref Structural ... the processes that encourage structural violence in the first place. Paul Farmer claims that structural ... decreasing structural violence. However, for these structural interventions to be successful, medical ... more details
Structural change of an economy refers to a longterm widespread change of the fundamental structure, rather than microscale or short term output and employment. For example, a subsistence economy is transformed into a manufacturing economy, or a regulated mixed economy is liberalized. A current structural change in the world economy is globalization . Fisher 1939 ref Fisher, A 1939 Production Primary, Secondary and Tertiary, Economic Record, June ref and Clark 1940 ref Clark, C 1940 The Conditions of Economic Progress ref look at patterns in changes in sectoral employment. The logic of their arguments being that patterns of production are functions of the level of income and that resource and production shifts are an integral part of development. The major determinant of these shifts is the income elasticity of demand. Goods or sectors for which there is a high income elasticity of demand will grow in importance as income grows. Countries start with their production dominated by primary production, then secondary activities start to dominate and finally the tertiary sector dominates. Structural change can be initiated by policy decisions or permanent changes in resources, population or the society. The Revolutions of 1989 downfall of communism , for example, is a political change that has had far reaching implications on the economies dependent on the state run Soviet economy. Structural change involves obsolescence of skills, vocations, and permanent changes in spending and production resulting in structural unemployment . Short term economical challenges can be managed with short term Fiscal policy fiscal or monetary policy decisions, and fluctuations are expected to even out in a few years. Managing structural change requires long term investments such as education , and Microeconomic reform reforms aimed at increasing labor mobility . The Trade Adjustment Assistance ... 15, 2003. Globalization and Structural Change http www.dol.gov sec media speeches 20031215 G 8.htm ... more details
Refimprove date December 2007 A structural break is a concept in economics . A structural break appears when we see an unexpected shift in a macroeconomic time series . This can lead to huge forecasting errors and unreliability of the Economic model model in general ref name guj cite book last Gujarati first Damodar title Basic Econometrics year 2007 publisher Tata McGraw Hill location New Delhi isbn 0070660050 pages 278 284 ref . This issue was popularised by David Hendry . Test In general, the CUSUM cumulative sum and CUSUM sq CUSUM squared tests can be used to test the constancy of the coefficients in a model. The bounds test introduced by Hashem Pesaran , Yongcheol Shin , and Richard Smith can also be used. For a linear model with one known single break in mean, the Chow test is often used. If the single break in mean is unknown, then the sup test may be appropriate. Other challenges are where there are a known number of unknown breaks in mean an unknown number of unknown breaks in mean breaks in variance. The Chow test is not applicable for these situations ref name guj . For nonstationary process, there are many more challenges. For a cointegration model, the Gregory and Hansen test 1996 is used for one unknown structural break, and the Hatemi J test 2007 is used for two unknown breaks. There are several programs that can be used to find structural breaks, including R open source and Gauss. More sophisticated model If there are too many unknown breaks, then just assume the parameter to be time varying. The latest method has been used by Bai and Perron 2003 in which multiple structural breaks can be automatically detected from data. The literature in this regard is very vast starting right from 1987 to 2010. Recently economists are going for both growth rate analysis ... Mukherjee 2009 . See also Structural change The Great Moderation Change detection References references Refimprove date November 2010 DEFAULTSORT Structural Break Category Change detection Category ... more details
under construction in 2007 since completed Structural engineering is a field of engineering dealing with the analysis and design of structure s that support or resist structural load load s. Structural ... in its own right. ref cite web url http structures.ucsd.edu index.php?page structural engineering about us history title History of Structural Engineering publisher University of San Diego accessdate 2007 12 02 ref Structural engineer s are most commonly involved in the design of buildings and large ... , medical equipment , vehicles or any item where structural integrity affects the item s function or safety. Structural engineers must ensure their designs satisfy given design criteria, predicated ... loads as well as changing climate and natural disasters. Structural engineering theory is based upon physics physical laws and empirical knowledge of the structural performance of different landscapes and materials. Structural engineering design utilises a relatively small number of basic structural elements to build up structural systems that can be very complex. Structural engineers are responsible for making creative and efficient use of funds, structural elements and materials to achieve these goals ... What is a structural engineer publisher Institution of Structural Engineers accessdate 2007 12 02 ref ... retail computer monitor Structural engineer Main Structural engineer Structural engineers are responsible for engineering design and analysis . Entry level structural engineers may design the individual structural elements of a structure, for example the Beam structure beams , column s, and floor s of a building. More experienced engineers would be responsible for the structural design and integrity of an entire system, such as a building. Structural engineers often specialize in particular fields ..., or special mechanical structures such as vehicles or aircraft. Structural engineering has existed since ... during the industrial revolution in the late 19th Century. Until then, the architect and the structural ... more details
Structural biology is a branch of molecular biology , biochemistry , and biophysics concerned with the molecular structure of biological macromolecule s, especially protein s and nucleic acid s, how they acquire the structures they have, and how alterations in their structures affect their function. This subject is of great interest to biologists because macromolecules carry out most of the functions of cell biology cells , and because it is only by coiling into specific three dimensional shapes that they are able to perform these functions. This architecture, the tertiary structure of molecules, depends in a complicated way on the molecules basic composition, or primary structure s. File Hemoglobin t r state ani.gif thumb Hemoglobin , the oxygen transporting protein found in red blood cells Biomolecule s are too small to see in detail even with the most advanced light microscope s. The methods that structural biologists use to determine their structures generally involve measurements on vast numbers of identical molecules at the same time. These methods include X ray crystallography Biological macromolecular crystallography Macromolecular crystallography , Protein NMR NMR , Cryo electron microscopy cryo EM Multiangle light scattering , Biological small angle scattering Small angle scattering , Ultra fast laser spectroscopy , and Dual Polarisation Interferometry and circular dichroism . Most often researchers use them to study the static native state s of macromolecules. But variations ... assume or reassume their native states. See protein folding . A third approach that structural .... See also Primary structure Secondary structure Tertiary structure Quaternary structure Structural domain Structural motif Protein subunit Molecular model Cooperativity Chaperonin Structural genomics ... and other molecules. External links WVD http www.nature.com nsmb Nature Structural & Molecular Biology magazine website http www.biochemweb.org structural.shtml Structural Biology The Virtual Library ... more details
Infobox album See Wikipedia WikiProject Albums Name Structural Damage Type studio Artist Steve Morse Steve Morse Band Cover Steve Morse 1995 Structural Damage.jpg Alt Released March 14, 1995 ref http www.stevemorse.com disco structuraldamage.html Structural Damage . stevemorse.com. Retrieved 2008 10 27. ref Dead link date August 2009 Recorded M.O.R. Studio in Ocala, Florida Genre Instrumental rock Length 43 00 Label High Street Records High Street Producer Steve Morse , Dave LaRue Reviews Allmusic Rating 2 5 Allmusic class album id r210007 pure url yes link Last album Coast to Coast Steve Morse album Coast to Coast br 1992 This album Structural Damage br 1995 Next album StressFest br 1996 Structural Damage is the sixth studio album by the Steve Morse Steve Morse Band , released on March 14, 1995 through High Street Records . Track listing tracklist all writing Steve Morse title1 Sacred Ground length1 4 01 title2 Good to Go length2 4 54 title3 Dreamland length3 4 58 title4 Barbary Coast length4 3 27 title5 Smokey Mtn. Drive length5 3 43 title6 Slice of Time length6 2 37 title7 Native Dance length7 4 40 title8 Just Out of Reach length8 3 45 title9 Rally Cry length9 4 33 title10 Foreign Exchange length10 2 53 title11 Structural Damage length11 3 29 total length 43 00 Personnel Steve Morse electric guitar , audio mixing recorded music mixing , record producer production Van Romaine drum kit drums , percussion instrument percussion Dave LaRue bass guitar , mixing, production Nigel Walker audio engineering engineering Michael Fuller audio mastering mastering References reflist Category Steve Morse Band albums Category 1995 albums Category Instrumental rock albums ... more details
order within the underlying gene . Protein structural motifs often include loops of variable length ... when two genes encode secondary structural elements of a motif in the same order, they may specify ... ion . Important in DNA binding proteins. seealso structural domain Helix turn helix Beta hairpin See ... families and domains SCOP http scop.mrc lmb.cam.ac.uk scop Structural classification of Proteins ... Protein Alignments as Structural Superfamilies SMoS http caps.ncbs.res.in SMoS SMoS Database of Structural ... 17557333 doi 10.1002 prot.21473 DEFAULTSORT Structural Motif Category Protein structural motifs Category ... more details
technical date November 2010 Structural cohesion is the sociological and graph theory conception ref cite journal last Moody first James authorlink James Moody Sociologist coauthors Douglas R. White White, Douglas title Structural Cohesion and Embeddedness A Hierarchical Concept of Social Groups. journal American Sociological Review volume 68 issue 1 pages 1 25 date 2003 publisher url http www2.asanet.org journals ASRFeb03MoodyWhite.pdf format PDF id accessdate 2006 08 19 ref ref cite journal last White first Douglas authorlink Douglas R. White coauthors Frank Harary title The Cohesiveness of Blocks in Social Networks Node Connectivity and Conditional Density. journal Sociological Methodology 2001 volume 31 issue 1 pages 305 359 date 2001 publisher Blackwell Publishers, Inc., Boston, USA and Oxford, UK. url http www.ingentaconnect.com content bpl some 2001 00000031 00000001 art00098 jsessionid 1f96pkuejdhry.victoria format book id accessdate 2006 08 19 doi 10.1111 0081 1750.00098 Dead link date October 2010 bot H3llBot ref and measurement of cohesion for maximal social group or graphical boundaries where related elements cannot be disconnected except by removal of a certain minimal number of other nodes. The solution to the boundary problem for structural cohesion is found by the vertex cut version of Menger s theorem . The boundaries of structural endogamy are a special case of structural cohesion. It is also useful to know that k cohesive graphs or k components are always a subgraph of a k core , although a k core is not always k cohesive. A k core is simply a subgraph in which ... wiki index.php Cohesive blocking Cohesive.blocking is the R program for computing structural ... 2 of structural cohesion because the removal of two nodes is needed to disconnect it. Image 6n graf.svg ... A 6 node clique is a 5 component, structural cohesion 5 gallery Perceived cohesion Perceived Cohesion Scale PCS is a six item scale that is used to measure structural cohesion in groups ... more details
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