Abstract Recently, deep learning has been successfully applied to molecular graph generation.Nevertheless, mitigating the computational complexity, cga 200 to cga 510 adapter which increases with the number of nodes in a graph, has been a major challenge.This has hindered the application of deep learning-based molecular graph generation to large mo
Objectives.Analysis of the various architectures of computing systems (CSs) used in recent decades has allowed us to identify the most common structures.One of the key features is the use of mass-produced equipment to create data processing subsystems (for example, multicore processors and high-capacity semiconductor memory), as well as network equ
Chemotherapy enhances the antitumor adaptive immune T cell response, but the immunosuppressive tumor environment often dominates, resulting in cancer relapse.Antigen-presenting cells such as tumor-associated macrophages (TAMs) and tumor dendritic cells (TuDCs) are the main protagonists of tumor-infiltrating lymphocyte (TIL) immuno-suppression.TAMs
The position and attitude controls of flapping wing flyers are challenging because of their inherent instabilities.Insects can cope with such difficulties by finely and quickly tuning their wing kinematics.In addition, it is known that insects change their posture through the joint between thorax and abdomen in response to visual stimuli.In this st
AIM: To investigate the difference of medial rectus (MR) and lateral rectus (LR) between acute acquired concomitant esotropia (AACE) and the healthy controls (HCs) detected by magnetic resonance imaging (MRI).METHODS: A case-control study.Eighteen subjects with AACE and eighteen HCs were enrolled.MRI scanning data were conducted in target-controlle