We selected the cell-adhesive protein fibronectin (FN) as the imprinting protein for preparing templates and evaluated selective cell adhesion on the FN imprinting substrate.
An initialization loop determines all possible note templates and evaluates the template matrix and the intensity matrix in the same time.
A targeted series of chalcone and dienone hybrid compounds containing aminoquinoline and nucleoside templates was synthesized and evaluated for in vitro antimalarial activity.
All implants were templated before surgery and evaluated intraoperatively by fluoroscopy.
We developed a new template for miniscrew placement and evaluated its accuracy.
Two distinct thermal spray ceramic templates, one nacreous analogue and one standard thermal spray template, have been reproduced here and evaluated with regards to their functional performance e.g. abrasive wear and particle impact.
To evaluate the reference-independent alignment accuracy, we build a 3D model for the target protein using MODELLER (Šali et al., 1995) from its alignment to the template and then evaluate the quality of the resulting 3D model using TM-score.
To evaluate the reference-independent alignment accuracy, we build a 3D model for the target protein using MODELLER (Šali et al., 2004) from its alignment to the template and then evaluate the quality of the resultant 3D model using TM-score.
To evaluate the reference-independent alignment accuracy, we first build a 3D model for the sequence in a protein pair using MODELLER (Sali, 1995) from its alignment to the template and then evaluate the quality of the resultant 3D model using TM-score (Zhang and Skolnick, 2005b).
Using CP621-652 as a template, a series of peptides were designed, synthesized and evaluated in vitro assays.
