Collections
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Advances in Pediatric Cancer Biology, Treatment and Outcomes
This cross-journal collection invites manuscripts that highlight advances across the pediatric cancer spectrum, from disease mechanism to clinical application and long-term outcomes.
Image: © AMR BO SHANAB/SCIENCE PHOTO LIBRARY/GettyimagesOpen for submissions -
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Next-Generation Precision Immunotherapy: From Tumor Ecosystems to Therapeutic Innovation
This Collection invites research on next-generation precision immunotherapy, spanning tumor ecosystem biology, multimodal biomarkers, AI-driven discovery, and innovative therapeutic strategies to improve response and durability in cancer treatment
Image: © wildpixel / iStock / Getty Images PlusOpen for submissions -
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Next-Generation AI in Drug Design for Precision Oncology
This Collection invites research on next-generation AI in drug discovery, including generative models, multimodal data, resistance prediction, and precision oncology applications.
Image: © Dragon Claws/ iStock / Getty Images PlusOpen for submissions -
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Minimal Residual Disease and Circulating Tumor DNA Dynamics in Personalized Cancer Treatment
This collection will spotlight advances in liquid biopsy, ctDNA MRD technology, AI methods, cfDNA biology, and precision cancer therapy optimization.
Image: © atakan / iStock / Getty Images PlusOpen for submissions -
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Living Drugs in Action: Transformative Advances in CAR-T Cell Immunotherapy
This Collection invites research on CAR-T cell therapy, including design, safety, clinical advances, resistance mechanisms, and broader applications.
Image: © NEMES LASZLO/SCIENCE PHOTO LIBRARY/Royalty-free/GettyimagesOpen for submissions -
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RAS cancer biology (mutations, signaling, etc.) plus emerging RAS-directed therapeutic advances and new horizons
This Collection aims to showcase cutting-edge research that spans the full spectrum of RAS biology, from basic mechanistic insights to translational and clinical advances.
Image: © JUAN GAERTNER/SCIENCE PHOTO LIBRARY/Science Photo Library/Getty images -
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Demystifying Rare Breast Cancers
This Collection will spotlight cutting-edge research and expert perspectives that explore novel diagnostic frameworks, molecular pathogenesis, biomarker discovery, and personalized therapeutic strategies tailored to rare breast cancers.
Image: SEBASTIAN KAULITZKI/SCIENCE PHOTO LIBRARY / Royalty-free / Stock Illustrations | Breast Cancer -
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Genomic Instability
Reconstructing DNA molecular structure by network
Image: Yuichiro Chino/Moment/GettyImages -
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AI agents in oncology
This Collection explores AI agents in oncology, including autonomous and multimodal systems for clinical decision-making, workflow automation, reasoning and their trustworthiness.
Image: Marco Marca / iStock / Getty Images Plus / Getty Images -
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Epitranscriptomics and RNA structure in cancer
This collection examines how RNA modifications and structures shape cancer biology, emphasizing molecular mechanisms, emerging technologies, and therapeutic prospects.
Image: © DrAfter123 / DigitalVision Vectors / Gettyimages -
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Artificial intelligence biomarkers in precision oncology
In this Collection, we will explore the development, clinical applications, and future potential of AI-based biomarkers in oncology, highlighting how they may complement or even surpass traditional molecular diagnostics.
Image: © [M] vectorfusionart / Stock.adobe.com
AI for Longitudinal and Adaptive Precision Oncology
