In recent years, Knowledge Graphs (KGs) have received increasing attention for their ability to organize complex biomedical knowledge into structured representations of entities and relations. Knowledge Graph Embedding (KGE) models facilitate efficie...
Can standardized chemical stress reveal an ecological “memory” of host origin in plant pathogens? We profiled six coffee-associated Colletotrichum isolates using four phenolic-branched compounds and compared them with a previously characterized cacao...
Decoding human emotion states from neural activity has significant applications in human-computer interfaces, psychiatric diagnostics, and neuromodulation therapies. Intracranial electroencephalogram (iEEG) provides a promising modality for decoding ...
Capturing rapid changes in gene-expression across development time is crucial for uncovering the molecular pathways that organize dynamic developmental processes. Here, we introduce ‘BehaveSeq’, a method that enables time reconstruction of minute-res...
While machine learning models trained on single-cell transcriptomics data have shown great promise in providing biological insights, existing tools struggle to effectively model underrepresented and out-of-distribution cellular features or states. We...
The Master Athletic Laboratory Study of Intramuscular Connective Tissue (MALICoT, DRKS00015764) set out to analyze the endomysium content of the human soleus muscle in response to athletic exercise and aging. Forty-three healthy male study participan...
Identifying the stimulation brain target is fundamental for transcranial magnetic stimulation (TMS). Currently, this process is time-consuming and heavily dependent on the operator’s expertise. This study evaluated a deep learning–based approach to s...
Humans often make decisions in hierarchical environments, where low-level perceptual judgments inform high-level strategies. Understanding how the brain computationally navigates such multi-level decisions remains an open challenge. While existing mo...
Functional annotation of proteins from extreme environments represents a major bottleneck for bioresource discovery, as a vast reservoir of functional dark matter defies existing homology-based methods. We demonstrate that environmental pressures imp...
Large aggregations of wild mammals are declining globally, sometimes before they can be scientifically documented and their ecological value understood, although non-scientists may be aware of these phenomena. Video recording of wildlife by non-acade...
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