FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W1421320616> ?p ?o ?g. }

• W1421320616 endingPage "326" @default.
• W1421320616 startingPage "283" @default.
• W1421320616 abstract "Publisher Summary The chapter discusses the proteins at interfaces and aims to present protein adsorption and its ramifications, such as the effects of adsorption on conformation and reactivity from a fundamental physicochemical approach. Although many proteins are very soluble in water, adsorption leads to stable monolayers that are extremely difficult to desorb. Adsorption may be followed at fluid/fluid interfaces by measuring changes in interfacial pressure, potential, or viscosity, using spread monolayers for calibration purposes. Before a protein molecule can adsorb and exert its influence at a phase boundary or take part in an interfacial reaction, it must arrive at the interface by a diffusion process. At fluid/fluid interfaces, it is established that proteins lose their tertiary structure. One of the advantages of the fluid/fluid type interface is that the distribution between adsorbed (trains) and displaced segments (loops) may be quantitatively studied by carrying out measurements with a film balance. This approach has been used for spread monolayers of protein. The high free energy of adsorption of proteins results in all segments being at the interface at low interfacial pressures. The conformational changes that accompany desorption from an interface have direct bearing on the important subject of protein biosynthesis. The chapter also discusses the equilibrium aspects of adsorption, reactions at interfaces, and proteins at interfaces in biological systems." @default.
• W1421320616 created "2016-06-24" @default.
• W1421320616 creator A5040412030 @default.
• W1421320616 date "1978-01-01" @default.
• W1421320616 modified "2023-10-09" @default.
• W1421320616 title "Proteins at Interfaces" @default.
• W1421320616 cites W1007218938 @default.
• W1421320616 cites W111700602 @default.
• W1421320616 cites W1416678189 @default.
• W1421320616 cites W1965082317 @default.
• W1421320616 cites W1966228440 @default.
• W1421320616 cites W1966782804 @default.
• W1421320616 cites W1968901980 @default.
• W1421320616 cites W1973030727 @default.
• W1421320616 cites W1976575911 @default.
• W1421320616 cites W1976820222 @default.
• W1421320616 cites W1979256471 @default.
• W1421320616 cites W1982302730 @default.
• W1421320616 cites W1983600690 @default.
• W1421320616 cites W1985043073 @default.
• W1421320616 cites W1985919030 @default.
• W1421320616 cites W1989748119 @default.
• W1421320616 cites W1998699746 @default.
• W1421320616 cites W1999426319 @default.
• W1421320616 cites W2000797825 @default.
• W1421320616 cites W2003238815 @default.
• W1421320616 cites W2003466330 @default.
• W1421320616 cites W2011927954 @default.
• W1421320616 cites W2015473422 @default.
• W1421320616 cites W2018533825 @default.
• W1421320616 cites W2019936060 @default.
• W1421320616 cites W2020143404 @default.
• W1421320616 cites W2021156168 @default.
• W1421320616 cites W2025383518 @default.
• W1421320616 cites W2025983646 @default.
• W1421320616 cites W2027118059 @default.
• W1421320616 cites W2031606184 @default.
• W1421320616 cites W2032235789 @default.
• W1421320616 cites W2032711630 @default.
• W1421320616 cites W2033392497 @default.
• W1421320616 cites W2037794656 @default.
• W1421320616 cites W2038369515 @default.
• W1421320616 cites W2043030894 @default.
• W1421320616 cites W2044317321 @default.
• W1421320616 cites W2044982317 @default.
• W1421320616 cites W2048352737 @default.
• W1421320616 cites W2052224180 @default.
• W1421320616 cites W2052723889 @default.
• W1421320616 cites W2055283983 @default.
• W1421320616 cites W2055319019 @default.
• W1421320616 cites W2061682856 @default.
• W1421320616 cites W2065193806 @default.
• W1421320616 cites W2065461795 @default.
• W1421320616 cites W2071306757 @default.
• W1421320616 cites W2071530712 @default.
• W1421320616 cites W2073496459 @default.
• W1421320616 cites W2078081167 @default.
• W1421320616 cites W2078436869 @default.
• W1421320616 cites W2080676657 @default.
• W1421320616 cites W2085381747 @default.
• W1421320616 cites W2085691134 @default.
• W1421320616 cites W2089113614 @default.
• W1421320616 cites W2089857161 @default.
• W1421320616 cites W2091112919 @default.
• W1421320616 cites W2091330154 @default.
• W1421320616 cites W2093453709 @default.
• W1421320616 cites W2093769176 @default.
• W1421320616 cites W2094152029 @default.
• W1421320616 cites W2099703449 @default.
• W1421320616 cites W2105207692 @default.
• W1421320616 cites W2105861802 @default.
• W1421320616 cites W2147772749 @default.
• W1421320616 cites W2154093874 @default.
• W1421320616 cites W2155709470 @default.
• W1421320616 cites W2203726561 @default.
• W1421320616 cites W2218553179 @default.
• W1421320616 cites W2299323081 @default.
• W1421320616 cites W2317039252 @default.
• W1421320616 cites W2318367770 @default.
• W1421320616 cites W2330712624 @default.
• W1421320616 cites W2418420844 @default.
• W1421320616 cites W2462600166 @default.
• W1421320616 cites W2611219287 @default.
• W1421320616 cites W2621579699 @default.
• W1421320616 cites W2622837327 @default.
• W1421320616 cites W268238884 @default.
• W1421320616 cites W4236946024 @default.
• W1421320616 cites W4240554791 @default.
• W1421320616 cites W94152441 @default.
• W1421320616 cites W973779032 @default.
• W1421320616 doi "https://doi.org/10.1016/s0065-3233(08)60577-x" @default.
• W1421320616 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/362871" @default.
• W1421320616 hasPublicationYear "1978" @default.
• W1421320616 type Work @default.
• W1421320616 sameAs 1421320616 @default.
• W1421320616 citedByCount "446" @default.
• W1421320616 countsByYear W14213206162012 @default.
• W1421320616 countsByYear W14213206162013 @default.

• next