Researchers have developed a "homing gene drive system" based on CRISPR/Cas9 that could be used to suppress populations of Drosophila suzukii vinegar flies -- so-called "spotted-wing Drosophila" that devastate soft-skinned fruit in North America, Europe and parts of South America -- according…
Accurate nuclei instance segmentation requires pixel-level boundary annotation, which is expensive and time-consuming in histopathology images. We propose a sparse point-to-pseudo-instance supervision framework that learns from limited center-point annotations. The framework first completes sparse nucleus centers through curriculum-based center recovery…
Last verified: 5 November 2026. A vault is a large, hollow, barrel-shaped protein shell found across most of the eukaryotic tree, from slime moulds to humans. Leonard Rome and Nancy Kedersha discovered them in 1986, and the ribbed shell reminded them of a…
Consider a fundamental question: how do we, as humans, think about what we want? What happens in our brains when we close our eyes and deliberate over complex questions, such as who to spend time with or what to study…
De Sentira à NexoPeek: quand l'IA single‑cell rencontre la visualisation moléculaire immersive Développé par Seven Sportz pour Meta Quest (2, 3, Pro), NexoPeek exploite OpenXR, le hand‑tracking natif et le passthrough mixed‑reality. Pas d'Electron, pas de streaming PC — tout…
A computational workflow named CELLIA pairs statistical differential expression metrics with curated marker databases to improve the accuracy and consistency of large language model cell type annotations across single-cell RNA sequencing datasets. Subject of Research: Automated cell type annotation in…
Big Ideas and Bold Conversations as Summit Sparks Dialogue on the Future of Intelligence and Power of Innovation Some of the key learnings included the following: Harnessing the Power of Cognitive Computing He encouraged leaders to view AI not as…
A scientific review highlights how computational linguistics, statistical laws, and formal grammars help decode regulatory patterns across noncoding genomic sequences. Subject of Research: Linguistic modeling and statistical pattern analysis of noncoding DNA architecture
A new multi-task adversarial autoencoder framework generates functional genomic sequences that preserve biophysical properties and emergent biological structure, outperforming standard GAN baselines in accuracy. News Source: Juliet Wilcox. (November 7, 2026). AI Model Generates Genomic Sequences Preserving Biological Structure. Scienmag.
AI and genomics are undergoing rapid periods of innovation and change. Recent AI advancements in computing, management techniques, algorithms and multimodal large language models are enhancing genomic research. Genomics is also getting a boost from better tools for sequencing DNA,…
AI in the life sciences: AlphaFold and protein design, genomics and DNA models, virtual cells and biology foundation models.
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