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This paper develops Circular-Arc Modal Migration (CAMM), a spectral imaging framework for circular-arc ultrasound, showing it preserves key imaging features and controls surrounding responses.

The paper presents a multi-frequency impedance cytometer with machine learning for blood cell differentiation, achieving high accuracy in classification and identifying key distinguishing parameters.

This paper improves retinal stimulation selectivity using spatiotemporal multiplexing in subretinal implants, enhancing visual acuity in rats.

This paper develops a microfluidic platform with fluid walls to study and isolate migratory cancer cell subpopulations, revealing distinct morphologies and motilities.

This paper introduces Ferrybots, magnetic hydrogel microrobots that separate navigation from function, enabling rapid fabrication and modular application-specific capabilities.

This paper introduces Freebie, a markerless camera system for real-time hand tracking in non-human primates, showing it provides accurate and efficient movement labels comparable to bend sensors.

DECODE decomposes brain functional states into structure-coupled and decoupled components, revealing AD-related differences in temporal dynamics and connectivity organization.

This paper introduces Volumetric Cross-Amplitude Modulation (VxAM) for 3D transcranial gas vesicle imaging, demonstrating improved contrast through ex vivo mouse skulls.

This study examines how lipid anchor chemistry and spacer architecture affect DNA availability and light-directed cell printing performance.

The paper introduces a modular 3D printing approach to create large-scale, perfusable vascular models with reduced material use and improved functionality.

This paper develops a bioinspired living nerve conduit that restores peripheral nerve function by mimicking the native microenvironment with coupled signals.

This study develops synthetic tissue models from synthetic cells to study how microscale interactions influence macroscale tissue properties.

This study develops engineered endocrine objects (EEOs) that tolerate hypoxia and enable subcutaneous engraftment in diabetic mice, achieving glycemic control with reduced central necrosis.

This study shows that Clostridium tyrobutyricum can effectively produce butyric acid from xylose-rich substrates despite carbon catabolite repression.

This paper demonstrates efficient transient gene delivery into primary Schwann cells using circular RNA delivered by Listeria monocytogenes drones, achieving high bactofection efficiency with minimal cell death.

This study engineers the thumb loop of T7 RNA polymerase to enhance the integrity of long RNA transcripts, identifying specific substitutions that improve stability across different transcript lengths.

RNAtomy is a structure-aware RNA foundation model that learns structural and functional representations from geometric and conformational features, achieving strong performance on diverse tasks.

This study demonstrates tetracycline-responsive aptazymes that control saRNA expression levels, showing reduced eGFP expression with Tet-On and Tet-Off systems.

This study compares the distribution of an EGFR-targeted antibody and affibody in pancreatic tumors relative to collagen using synchrotron diffraction, finding cetuximab shows stronger inverse correlations with collagen than ABY029.

The paper presents RES-Q, a network of wearable sensors and syringe-implantable autoinjectors for closed-loop therapy, demonstrating rapid overdose rescue in rats.