Matches in SemOpenAlex for { <https://semopenalex.org/work/W2008981097> ?p ?o ?g. }
- W2008981097 endingPage "1954" @default.
- W2008981097 startingPage "1947" @default.
- W2008981097 abstract "Spider silks display some of the most impressive mechanical properties of known fibrous materials. However, a molecular level understanding of how spiders store and convert the highly concentrated protein-rich fluid in the gland to an insoluble super fiber at the spinneret remains unanswered. In this report, we demonstrate the utility of High-Resolution Magic Angle Spinning (HR-MAS) NMR spectroscopy to study the molecular structure of the proteins within excised major ampullate (MA) glands from two orb weaving spiders, Nephila clavipes and Argiope aurantia. The spiders were fed various 13C-enriched amino acids to target different regions of the proteins and enable multi-dimensional, multinuclear HR-MAS NMR experiments. Comparisons are made between these HR-MAS results on MA glands and previous solid-state NMR data on spider dragline silk. The conformation-dependent 13C and 1H isotropic chemical shifts obtained in this study indicate that both dragline silk proteins, major ampullate spidroin 1 (MaSp1) and 2 (MaSp2), are present in a random coil conformation in the MA gland prior to fiber formation for both spider species." @default.
- W2008981097 created "2016-06-24" @default.
- W2008981097 creator A5003914628 @default.
- W2008981097 creator A5061428384 @default.
- W2008981097 creator A5063045026 @default.
- W2008981097 date "2012-01-01" @default.
- W2008981097 modified "2023-10-02" @default.
- W2008981097 title "High resolution magic angle spinning NMR investigation of silk protein structure within major ampullate glands of orb weaving spiders" @default.
- W2008981097 cites W1188919047 @default.
- W2008981097 cites W1542008397 @default.
- W2008981097 cites W1625135866 @default.
- W2008981097 cites W186810952 @default.
- W2008981097 cites W1964030347 @default.
- W2008981097 cites W1976026172 @default.
- W2008981097 cites W1977872596 @default.
- W2008981097 cites W1979707270 @default.
- W2008981097 cites W1985375374 @default.
- W2008981097 cites W1988793073 @default.
- W2008981097 cites W1989339803 @default.
- W2008981097 cites W1989470591 @default.
- W2008981097 cites W1991903581 @default.
- W2008981097 cites W1992899741 @default.
- W2008981097 cites W1993571581 @default.
- W2008981097 cites W1993857292 @default.
- W2008981097 cites W1994578158 @default.
- W2008981097 cites W1998347411 @default.
- W2008981097 cites W2002761730 @default.
- W2008981097 cites W2003151400 @default.
- W2008981097 cites W2003258297 @default.
- W2008981097 cites W2005324977 @default.
- W2008981097 cites W2005451802 @default.
- W2008981097 cites W2005555532 @default.
- W2008981097 cites W2006560661 @default.
- W2008981097 cites W2006774934 @default.
- W2008981097 cites W2010136853 @default.
- W2008981097 cites W2012368456 @default.
- W2008981097 cites W2012851941 @default.
- W2008981097 cites W2013226440 @default.
- W2008981097 cites W2014750040 @default.
- W2008981097 cites W2014788657 @default.
- W2008981097 cites W2015370077 @default.
- W2008981097 cites W2020703877 @default.
- W2008981097 cites W2023137124 @default.
- W2008981097 cites W2023192811 @default.
- W2008981097 cites W2024505554 @default.
- W2008981097 cites W2026907714 @default.
- W2008981097 cites W2029033315 @default.
- W2008981097 cites W2031021520 @default.
- W2008981097 cites W2037349145 @default.
- W2008981097 cites W2037533379 @default.
- W2008981097 cites W2040208949 @default.
- W2008981097 cites W2040892517 @default.
- W2008981097 cites W2045719578 @default.
- W2008981097 cites W2047347901 @default.
- W2008981097 cites W2047385081 @default.
- W2008981097 cites W2047858286 @default.
- W2008981097 cites W2049572097 @default.
- W2008981097 cites W2053067158 @default.
- W2008981097 cites W2054221609 @default.
- W2008981097 cites W2054837024 @default.
- W2008981097 cites W2055290787 @default.
- W2008981097 cites W2063779297 @default.
- W2008981097 cites W2066509612 @default.
- W2008981097 cites W2067528765 @default.
- W2008981097 cites W2069734146 @default.
- W2008981097 cites W2072271679 @default.
- W2008981097 cites W2072612578 @default.
- W2008981097 cites W2083081481 @default.
- W2008981097 cites W2083743715 @default.
- W2008981097 cites W2088084607 @default.
- W2008981097 cites W2090013620 @default.
- W2008981097 cites W2091227091 @default.
- W2008981097 cites W2093771426 @default.
- W2008981097 cites W2096018585 @default.
- W2008981097 cites W2096922307 @default.
- W2008981097 cites W2103495302 @default.
- W2008981097 cites W2105801518 @default.
- W2008981097 cites W2120250790 @default.
- W2008981097 cites W2127555424 @default.
- W2008981097 cites W2144339897 @default.
- W2008981097 cites W2151481123 @default.
- W2008981097 cites W2157908104 @default.
- W2008981097 cites W2167668845 @default.
- W2008981097 cites W4242009576 @default.
- W2008981097 doi "https://doi.org/10.1039/c2sm06462f" @default.
- W2008981097 hasPublicationYear "2012" @default.
- W2008981097 type Work @default.
- W2008981097 sameAs 2008981097 @default.
- W2008981097 citedByCount "35" @default.
- W2008981097 countsByYear W20089810972012 @default.
- W2008981097 countsByYear W20089810972013 @default.
- W2008981097 countsByYear W20089810972014 @default.
- W2008981097 countsByYear W20089810972015 @default.
- W2008981097 countsByYear W20089810972016 @default.
- W2008981097 countsByYear W20089810972018 @default.
- W2008981097 countsByYear W20089810972019 @default.
- W2008981097 countsByYear W20089810972020 @default.
- W2008981097 countsByYear W20089810972021 @default.