APL Bioengineering

A leading open access journal from @AIP_Publishing for the Bioengineering and Biomedical Research Communities EIC: @JustinCooperWh1

[APL Bioengineering @aplbioeng]

This review highlights the use of polymer-based drug delivery systems to overcome ocular barriers in retinal diseases, facilitating sustained, targeted, and minimally invasive therapies.

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https://t.co/VU6L1YGyhk

[APL Bioengineering @aplbioeng]

Lee et al used a brain-on-a-chip model to show that in Alzheimer’s, toxic tau protein makes brain support cells (astrocytes) overly contract, squeezing vessels and blocking brain waste clearance.

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https://t.co/fEqKUJkSPB

[APL Bioengineering @aplbioeng]

The study uses an organ-chip to reveal how shear stress regulates inflammation in arterial endothelial cells and involvement of primary cilia and YAP as therapeutic targets for atherosclerosis.

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https://t.co/bxqW0M4kkl

[APL Bioengineering @aplbioeng]

We’re continuing the conversation — in a new place.
AIP Publishing is now posting on Bluesky: @ https://t.co/2vGZNwnWs3
Follow us there for the latest research🧪

[APL Bioengineering @aplbioeng]

We’re continuing the conversation — in a new place.
AIP Publishing is now posting on Bluesky: @ https://t.co/2vGZNwnWs3
Follow us there for the latest research🧪

[APL Bioengineering @aplbioeng]

Classification of Differentially Activated Groups of Fibroblasts Using Morphodynamic and Motile Features.

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https://t.co/2IVfeEXyBO

[APL Bioengineering @aplbioeng]

Metronomic photodynamic therapy (mPDT) selectively kills tumor cells by marking them with photosensitizers and applying low-intensity light to induce programmed cell death. #scilight

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https://t.co/OiULdqChWj

[APL Bioengineering @aplbioeng]

Cardiac repair is a team effort. This immuno-heart chip explores how cardiac and immune cells interact to influence heart structure and function under stress, advancing in vitro heart repair research.

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https://t.co/xOghgMpRPI

[APL Bioengineering @aplbioeng]

A tiny, wire-free light device implanted in the body can now fight deep cancers like liver tumors—offering new hope through gentle, long-term photodynamic therapy. #MedTech, #TranslationalMedicine

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https://t.co/vsu3yj6RQm

[APL Bioengineering @aplbioeng]

We explore cerebellum role in multisensory integration with spiking neural networks that replicated clinical findings, supporting the cerebellum's critical contribution to integrating sensory inputs.

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https://t.co/Zk12XxfH50

[APL Bioengineering @aplbioeng]

LFPs recorded 2 days post-stroke predicted 1-month motor recovery in mice. Post-stroke neural activity, particularly from the contralesional hemisphere, was key to accurate outcome prediction.

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https://t.co/rLE2qtk23S

[APL Bioengineering @aplbioeng]

Interstitial fluid flow altered T cell egress from an engineered lymph node stroma model regardless of magnitude, while only high magnitude flow induced inflammation and changes to stromal morphology.

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https://t.co/WOgyvQqXBo

[APL Bioengineering @aplbioeng]

A wearable PPG-based HRV device harnessing machine learning for real-time stress monitoring enhances mental health care, teletherapy quality, and early mental illness screening.

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https://t.co/CyNYDp2evu

[APL Bioengineering @aplbioeng]

The mechanisms of #CardiogenicPulmonaryEdema, #AcuteRespiratoryDistressSyndrome (#ARDS), and the effects of #PEEP unravelled bya microvascular model of fluid transport in the alveolar septa https://t.co/pg2TEsybKE

[APL Bioengineering @aplbioeng]

Strokes are highly debilitating, affecting millions of people worldwide every year. #scilight

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https://t.co/DR7e4GwRfP

[APL Bioengineering @aplbioeng]

The use of #graphenequantumdot in #photothermaltherapy - an effective technology against #cancer - read more below 👇
https://t.co/HBRS23btvF

[APL Bioengineering @aplbioeng]

#ICYMI: engineers control cell stemness via 3D micro-fabricated lattice substrate in @APLBioeng paper from @polimi. #stemcells #biomaterials https://t.co/hyF9vrZDpI

[APL Bioengineering @aplbioeng]

I'm a Survinin! New @APLBioeng paper from @YonghoBae2 and @UB_BME reveals survivin's impact on the modulation of cell phenotype & proliferation. #mechanobiology https://t.co/FI0KUkHjI6

[APL Bioengineering @aplbioeng]

Survivin of the fittest! Check out the role of survivin in vascular mechanics and disease @Jacobs_Med_UB #hydrogel, #atherosclerosis, #vascular, #biomechanics https://t.co/lcV2vLBEmM

[APL Bioengineering @aplbioeng]

Efficient, cost-effective, and highly tunable molecular engineered DNA microladder-based soft hydrogels - super cool! (@KAUST) #DNA, #hydrogels, #biomaterials, #molecularengineering https://t.co/12ZjDheFuJ