AI Tool Designs DNA Sequences to Fold Genomes in Desired 3D Patterns
A new computational framework, Akita Semifreddo, combines a fast genome folding model with sequence optimization to design DNA with specified ...
A new computational framework, Akita Semifreddo, combines a fast genome folding model with sequence optimization to design DNA with specified ...
A class-conditional latent diffusion model generated high-resolution synthetic retinal images that balanced diabetic retinopathy classes and improved validation accuracy across ...
Researchers report that a hybrid model combining dynamic convolution, a Kolmogorov-Arnold network and a closed-form continuous-time neural network outperformed classical ...
Researchers show that ensembles of checkpoints from a standard training run can detect mislabeled training data as accurately as specialized ...
A UK Biobank study of 47,537 people identified 213 plasma proteins linked to rheumatoid arthritis onset and built a deep ...
A deep learning framework combining satellite, meteorological and PM2.5 data classifies and quantifies fog, fog-haze, haze and sea fog over ...
A cost-utility analysis finds that deep learning-based opportunistic osteoporosis screening using routine chest radiographs is cost-effective for Taiwanese postmenopausal women ...
A self-supervised transformer model trained on more than 4,400 fetal heart rate recordings from Tanzanian hospitals can reconstruct missing signal ...
Researchers in Meghalaya, India, field-tested an Android app that predicts strawberry plant nitrogen status from smartphone leaf photos and converts ...
A hybrid ConvNeXt and Random Walk Grey Wolf Optimizer framework classified six categories of cotton leaf conditions with 98.39% accuracy ...
Researchers report a lightweight YOLOv10n-based detector that cuts model size and computation by roughly a third while maintaining near-baseline accuracy ...
A Lehigh-led team received a four-year, $2.8 million NIH grant to develop UniBrain, a unified AI platform for streamlining brain-imaging ...
A new deep learning framework detects species-specific microscopic structures in orchid stem powder with 93.35 percent mean average precision across ...
A multimodal deep learning framework combining RGB photographs, hyperspectral reflectance, and SPAD chlorophyll readings detected molecularly confirmed symptomless citrus huanglongbing ...
A 2026 mini review finds that CT is established for anatomical assessment and surgical planning after neoadjuvant immunotherapy in resectable ...
A multimodal audiovisual deep learning system identified coughing pigs in group-housed pens with an average mAP of 0.96 and worked ...
Researchers report a hybrid adversarial domain adaptation method combining logit correlation and gradient randomization that improved accuracy by 2 to ...
Researchers developed MC-RemixIT, a self-supervised AI framework that separates Hainan gibbon calls from complex rainforest noise without clean reference recordings ...
A hybrid deep learning framework that fuses handcrafted morphological measurements with convolutional image features identified two destructive root-knot nematode species ...
A new review of thirty studies finds artificial intelligence showing strong potential across minimally invasive vascular surgery, from risk prediction ...
We bring you the latest biotechnology news from best research centers and universities around the world. Check our website.
Bioengineer.org © Copyright 2023 All Rights Reserved.
Bioengineer.org © Copyright 2023 All Rights Reserved.