Global ETD Search

Sequence-structure correlations in the MaSp1 protein of N. clavipes dragline silk

Bratzel, Graham HaydenMassachusetts Institute of Technology2011

… structures of wildtype as well as modified MaSp1 protein from the N. clavipes spider dragline silk sequences are reported, obtained using an in silico approach based on replica exchange molecular dynamics (REMD) and explicit water molecular dynamics. In particular, the atomistic simulations …

mit Repository record for Sequence-structure correlations in the MaSp1 protein of N. clavipes dragline silk (opens in a new tab)

Characterization of a family of cysteine rich proteins and development of a MaSp1 derived miniature fibroin

Chuang, Tyler Casey2018

… along with several internal block repeats of MaSp1. We also characterize a family of small cysteine-rich proteins (CRPs) and demonstrate that these factors are present within the spinning dope of the major ampullate gland using MS analysis. Biochemical studies and characterization of one of …

u-pacific Repository record for Characterization of a family of cysteine rich proteins and development of a MaSp1 derived miniature fibroin (opens in a new tab)

Development of a codon-optimized Latrodectus hesperus MaSp1 synthetic gene for bacterial protein expression using a seamless cloning strategy

Mendoza, J. Alexander Hoang2018

… this study, we developed several codon-optimized MaSp1 minifibroin constructs for recombinant protein expression in bacteria. These recombinant MaSp1 minifibroin constructs were engineered to contain the N-terminal domain (NTD), different copies of internal block repeats (ranging from 2 to 64 …

u-pacific Repository record for Development of a codon-optimized Latrodectus hesperus MaSp1 synthetic gene for bacterial protein expression using a seamless cloning strategy (opens in a new tab)

Study of Physical Protein-Protein Interactions Between the MaSp1 C-Terminal Domain and Small Cysteine-Rich Proteins Found in the Major Ampullate Gland of Latrodectus hesperus

Rabara, Taylor Renee

u-pacific Repository record for Study of Physical Protein-Protein Interactions Between the MaSp1 C-Terminal Domain and Small Cysteine-Rich Proteins Found in the Major Ampullate Gland of Latrodectus hesperus (opens in a new tab)

Funktion und Einfluss der nicht-repetitiven, terminalen Domänen auf Speicherung und Assemblierung von Spinnenseidenproteinen

Eisoldt, LukasUniversität Bayreuth

… aus zwei Proteinklassen aufgebaut, die als MaSp1 und MaSp2(Major Ampullate Spidroin) bezeichnet werden. Die mehrere hundert Kilodalton großen Spidroine bestehen im Wesentlichen aus einer repetitiven, strukturell ungeordneten Kerndomäne, die von relativ kleinen, ca. 100-140 Aminosäuren langen …

bayreuth Repository record for Funktion und Einfluss der nicht-repetitiven, terminalen Domänen auf Speicherung und Assemblierung von Spinnenseidenproteinen (opens in a new tab)

Evidence that aciniform silk and minor ampullate silk are major constituents of wrapping silk from the black widow

Reza, Ryan C.2018

… contains the fibroins AcSp1-like, MiSp1-like, MaSp1 and MaSp2. These are the first studies to reveal that minor, major and acinifonn silks are constituents of wrapping material.</p>

u-pacific Repository record for Evidence that aciniform silk and minor ampullate silk are major constituents of wrapping silk from the black widow (opens in a new tab)

Characterizing small molecular weight proteins from Latrodectus hesperus dragline and tubuliform silks

Lin, Albert2018

… CRP1 protein and its ability to bind MaSp1 components using pull down assays to determine potential interactions. No substantial biochemical evidence was produced to demonstrate protein-protein interactions between the two. Additionally, we show that using RT-PCR analysis from mRNAs …

u-pacific Repository record for Characterizing small molecular weight proteins from Latrodectus hesperus dragline and tubuliform silks (opens in a new tab)