In this study, peanut shells were firstly chemically characterized, showing 37.1% cellulose, 33.4% hemicellulose and 15.0% lignin.
The TGO recombinant protein was characterized, showing specific activity regulation, and indicating that tgo encoded for an authentic TGase.
Field-effect transistors were fabricated using the catalyst-free SWCNT and then electrically characterized, showing current capacity as high as the well-studied catalyst-assisted nanotubes.
The most potent compound (2,4,2′,5′-tetrahydroxychalcone 2,4,2′,5′-tetrahydroxychalconed showing its potential as neuroprotective, analgesic and cognitive enhancer, opening the way for future developments around the chalcone structure.
The mechanical behavior of the fabricated MACVI C/SiC composites was characterized, showing an increase of flexural strength by a factor of 1.72 at most.
The enzyme, named EstA6, was then purified and characterized, showing maximum activity on short chain-length substrates under conditions of high temperature and neutral pH.
The electrode's impedance was characterized showing a near resistive impedance of 385 Ω in the frequency range from 2 kHz to 125 kHz.
Overall, a family of high temperature SMPs was synthesized and characterized showing high thermal stability (>300 °C), toughness, strong shape memory effects, and tailorable properties.
Recently, ApiAP2 regulators for sporozoite and ookinete development in P. berghei have been characterized, showing for the first time that there are stage-specific transcription factors governing parasite development [5], [6].
Another TCS sequence (SAGTCS13) is poorly characterized showing the most similarity to a characterized TCS from S. mutans[ 76].
