A key challenge arising from the creation of nanomedicines consolidating multiple desirable functionalities into a 'all-in-one' platform is that the layering of functionalities into a single agent introduces novel complexities that significantly impede clinical translation.
Several aspects of GPCR function, which are currently being characterized, clarify some regulatory processes regarding these receptors and, at the same time, introduce novel levels of complexity which should be taken into consideration for rational drug design.
The ever-increasing complexity and high degree of integration of additives in modern biomaterials have significantly expanded the scope of biomaterial applications, but this has also introduced novel challenges.
Introducing novel therapies can reduce the mortality in ALI.
This implementation introduces a novel model complexity reduction technique into system, namely, time-division multiplexing for out-of-band lookup tables (LUTs) sharing.
We introduce a novel dynamic programming algorithm with a run-time complexity of O(n/ ε), where ε is a small constant, to find the optimal idealized protein backbone structure according to our scoring function.
In this paper we introduce a novel pipelined and parallel sorting algorithm with streaming I/O, with the time, logic, and memory complexity of O(n), O(√n), and O(n), respectively.
RESULTS: We introduce a novel and flexible model, the Optimized Mixture Markov model (OMiMa), and related methods to allow adjustment of model complexity for different motifs.
We introduce a novel loss function for representation learning using unlabeled image sets and video sequences, and experimentally demonstrate that these representations support one-shot learning and reduce the sample complexity of multiple recognition tasks.
In Section 2, we first introduce the novel VAD algorithm.
Herein, we introduce some novel methods for CTC therapy.
