IOPPBio

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🌟 Improving PPG beat detection! Our new MSPTDfast (v.2) algorithm is more efficient and maintains high accuracy for heart rate monitoring. Read about it here: ow.ly/T56C50VsWgU

🚀 Exciting advancements in proton therapy! Our in-vitro experiments with V79 cell lines validate PBCT and introduce NCEPT, aiming to tackle normal tissue toxicity and radioresistant tumors. Read more here: ow.ly/4h3K50VsVVq

🌟 Tackling motion artifacts in PPG signals! Our generative adversarial network effectively reconstructs distorted signals, achieving a mean absolute error of 1.31 bpm. Find out more here: ow.ly/RICN50VsVRF

Congratulations to all recipients of our Outstanding Reviewer Awards! 🎉Your commitment, timeliness, quality, & quantity of reports is celebrated across our journals. Let's celebrate all #PeerReview contributions that uphold #ResearchIntegrity Discover 👉 ow.ly/KVa050VkHr2

Feature extraction and prediction of spinal cord stimulation evoked compound action potentials in humans doi.org/10.1088/1741-2… via @ioppbio

Computational modeling of neuromuscular activation by transcutaneous electrical nerve stimulation to the lower back doi.org/10.1088/2057-1… via @IOPPBio

Our focus collection 'AI-Driven Photoplethysmography for Enhanced Physiological Assessment' is open for submissions until the 30th September 2025, don't forget to send your papers! Check it out here: ow.ly/FQgZ50V48VI #PhysiologicalAssessment

NOW >5000 DOWNLOADS!🥳'Synergizing #medicalimaging and #radiotherapy with #deeplearning' by @GeWangg6 et al @rpi @RPI_BME @UTSWNews @MGHCancerCenter @harvardmed @IBMResearch - bit.ly/2G4Kx0B #machinelearning #tomography #medphys #AI #oncology #NLP #medicine #imaging #HPC

🌟 Together, we're breaking down barriers in scholarly publishing! Discover how double anonymous #PeerReview, and transparent #PeerReview are paving the way for a more inclusive and fair publication process.🌍✨ ow.ly/r1gQ50V8iFO

🛠️ Introducing UNICA-HRV: an open-source MATLAB tool for detailed HRV analysis across sleep stages. Supports single/multiple-subject analyses and is user-friendly for researchers and clinicians. Read about it here: ow.ly/gzcH50V498x #HeartRateVariability

Are you working on recent advances in #photoplethysmography (PPG) utilising artificial intelligence? Then this focus collection issue is for you! Submissions will be accepted until 30th September 2025. Find more here: ow.ly/9obv50V48LT

Exciting development in CT imaging! 🧠 Find out how we can create accurate dose and noise maps for specific organs using Monte Carlo simulations and deep learning. Better diagnostics with lower radiation exposure! Read here: ow.ly/QtUI50V4950 #CTImaging

👋 Are you an #EarlyCareerResearcher looking to gain #PeerReview experience, or an experienced supervisor eager to support the next generation? We've got you covered! Find out more 👇ow.ly/ChCi50UQbhZ

Read more about accurate image reconstruction within and beyond the field-of-view of CT system from data with truncation: ow.ly/ex1G50UPjGn #CTImaging

Are you curious about the design, construction and validation of a magnetic particle imaging (MPI) system for human brain imaging? Read more here: ow.ly/Le8w50UPjmg #MagneticParticleImaging

🌟 Discover our free & rigorously assessed online #PeerReview Excellence training! Enhance your knowledge & skills on the latest topics, issues, & threats in peer review. 📚Learn at your own pace, anytime, anywhere 👉ow.ly/x5bs50UKQoL #EarlyCareerResearcher #PhysicalScience

Evaluation of objective methods for analyzing ipsilateral motor evoked potentials in stroke survivors with chronic upper extremity motor impairment doi.org/10.1088/1741-2… via @ioppbio

🩺 Emerging measurements of vascular ageing are becoming key markers for cardiovascular risk. These advancements could revolutionize disease diagnosis and prognosis. Explore this topic in our #PhysiologicalMeasurement roadmap: ow.ly/GqMy50UAWNy

Read the latest updates on the design of an asymmetric pulse decomposition analysis (PDA) model with improved accuracy and effective physiological interpretability: iopscience.iop.org/article/10.108… #PulseDecomposition