A study examines cardiac rehabilitation (CR) knowledge, attitudes, and practice (KAP) among patients with heart failure and cardiology healthcare providers. Key findings highlight the importance of proper knowledge and attitudes in effective self-management, indicating potential room for improvement.
Researchers discovered CBL as a promising biomarker for AD, regulated by HOXB13 and post-transcriptionally modulated by miR-1321. This regulatory axis was established using high-throughput RNA expression data and verified in human specimens.
Researchers have developed a smart leaky-wave antenna system based on spoof surface plasmon polaritons that offers flexible control, wide frequency band and high gain. The system can automatically switch between radiation and non-radiation states and track moving targets in real-time.
A novel bioanalytical method was developed to quantify ellagic acid in Wistar rat plasma, demonstrating high linearity, precision, and stability. The method holds promise for clinical laboratory applications.
Vascular Adhesion Molecules (VAMs) are linked to inflammation, endothelial dysfunction, and plaque formation. Targeting these molecules could improve CVD prevention and biomarker-guided treatment. The study explores the potential role of VAMs in CVD development.
Elevated PECAM-1 levels found to decrease the risk of coronary artery disease (CAD) and myocardial infarction. The causal relationship between PECAM-1 level and CVDs confirmed through Mendelian randomization study, offering insights into PECAM-1 pathogenesis in CVD.
This study identified three novel TTN variants associated with dilated cardiomyopathy in Chinese patients. The variants were found through whole-exome sequencing and are expected to contribute to the disease's molecular mechanisms. The discovery broadens the spectrum of TTN variants and may aid in genetic screening for related diseases.
Researchers found that HIV-infected individuals with impaired immune recovery (INRs) have significantly higher expression of IFI27 and IFI6 in their peripheral blood compared to those who recovered well (IRs). A predictive model using these genes, along with age and CD4+ T/CD8+ T ratio, accurately identified INRs. These findings sugges...
This study confirms the immune-boosting effects of ribonucleic acid for injection II, which promotes hematopoietic cell development by influencing gut microbiota and serum metabolites. Macrophage M1 differentiation plays a crucial role in this process.
Researchers investigated the potential pharmacological action of Cordyceps Sinensis against sepsis-associated acute kidney injury. CS treatment improved renal function, suppressed inflammatory cytokine expression, and promoted mitochondrial complex activity.
A new photonic transmitter uses a wide-bandwidth packaged back-illuminated modified uni-traveling-carrier photodiode to achieve high-performance THz wireless communication. The device exhibits an over 80 GHz bandwidth and high saturated output power, promising applications in 6G mobile communication technology.
Researchers used WES to identify a novel deletion variant in the DSP gene associated with sudden cardiac death. This finding highlights the importance of post-mortem genetic testing for accurate risk assessment and personalized medicine.
This review article sheds light on histopathologic characteristics of ICI-induced myocarditis, highlighting the role of macrophages in diagnosis. Quantifying CD68+ macrophage abundance may enhance diagnostic sensitivity, providing valuable insights into clinical outcomes.
This review article delves into the production methods of nanofibers, including centrifugal jet spinning, plasma-induced synthesis, and solution blow spinning, to enhance drug delivery. Nanofibers' extensive surface area relative to their volume makes them valuable for numerous applications.
A new study uses a solid dispersion technique to improve the dissolution rate and bioavailability of nitrofurantoin, a BCS II drug with low solubility. The researchers found that the optimized formulation showed a 3.88-fold improvement in bioavailability compared to the marketed formulation.
Cu-based NMs offer a combination of desirable characteristics, including fluorescence emission and contrast enhancement, making them valuable products of nanotechnology. These properties form the foundation for imaging-guided therapy with Cu-based NMs.
Recent viral spread northward highlights unanswered questions about Oropouche virus's ecologic and pathologic characteristics. Research on the molecular virology and pathology of this arthropod-borne virus is reviewed, but crucial knowledge gaps remain.
MSCs have demonstrated potential in treating severe COVID-19 cases by mitigating a cytokine storm, relieving pulmonary symptoms, and promoting organ recovery. MSC therapy also holds promise for managing influenza infections by counteracting inflammation and promoting lung tissue repair.
The article reviews the ethnomedicinal profile, phytochemicals, and medical potentials of Alpinia galanga L., revealing its secondary metabolite compounds' bioactivity test results. Researchers found that all parts of the plant have potential to develop medicine.
A new study found that flurbiprofen ester injection via continuous intravenous drip significantly relieved pain during transvaginal 4-dimensional hysterosalpingography (TVS 4D-HyCoSy) for infertility patients. The use of flurbiprofen ester also reduced the incidence of adverse reactions during the contrast examination.
Researchers propose a new strategy to improve thermal management in quantum dots, achieving high in-plane thermal conductivity and reducing working temperatures. The QDs-radially aligned ultrahigh molecular weight polyethylene fibers (UPEF) composites demonstrate enhanced optical performances and reliability in optoelectronic devices.
The new optical multi-pass cell improves the detection sensitivity of LITES sensors by extending the laser propagation path. The system achieves simultaneous dual-gas detection with high response speed and low minimum detection limits, making it suitable for environmental monitoring and industrial applications.
Researchers developed multiplexed stimulated emission depletion nanoscopy (mSTED) for multi-color live-cell long-term imaging, overcoming limitations of conventional methods. mSTED achieved 5-color imaging with limited photobleaching and phototoxicity, revealing complex interactions between subcellular structures.
Researchers have developed an advanced SRS 3D microscopy called phase-controlled SRS (PC-SRS) for rapid and deep tissue 3D chemical imaging. PC-SRS enables high signal-to-noise ratio, high-speed imaging, and deeper imaging capabilities in highly scattering media.
This review focuses on monolayer transition metal dichalcogenides, a direct bandgap semiconductor, and plasmonic nanocavities to study plasmon-exciton coupling. The structure enables strong electromagnetic field enhancement and novel light-matter interactions.
A miniaturized spectrometer with programmable photonic circuits achieves high performance while conserving energy by 'parking' inactive interferometers. The device also offers ultra-high-performance mode for high-resolution spectral analysis, making it suitable for various applications including health monitoring and scientific research.
The study proposes an all-fiber multiplexed parallel acquisition and transmission one-piece system called Multicore Fiber Acquisition and Transmission Image System (MFAT). This system encodes image data in the optical domain through optical fiber coupling, enabling high-capacity and high-quality transmission.
OptoGPT, inspired by GPT models, designs multilayer structures directly from desired optical responses. The model successfully demonstrates unified inverse design in various applications, including filters and absorbers.
Researchers develop a new photodiode module with a wide bandwidth of over 80 GHz and high saturation power, enabling high-performance 6G THz wireless communication. The module is packaged with a standard WR-5 waveguide output and demonstrates flat frequency responses and high transmission rates.
Researchers investigated spray-drying and freeze-drying methods to enhance fenofibrate's solubility and dissolution rate. Freeze-drying emerged as the preferred method due to its superior dissolution enhancement capabilities, while spray-drying offered economic and environmental benefits.
Researchers explore non-invasive physical stimulation to alter tumor vasculature, extracellular matrix, and immune responses, enhancing cancer treatment efficacy. This approach breaks physical barrier limitations of the tumor microenvironment, optimizing existing protocols.
Researchers demonstrate high-performance micromachining of single crystalline sapphire using GHz burst mode femtosecond laser-induced plasma assisted ablation. The process achieves higher ablation efficiency, improved quality and better fabrication resolution compared to single-pulse mode laser direct ablation.
Researchers developed a novel hybridization approach using quantum dots to enhance the UV light absorption and emission properties of monolayer tungsten disulfide (1L-WS2). The study achieved significant enhancements in light emission under UV light excitation, paving the way for advanced UV optoelectronic devices.
The authors propose a strategy to drive hyperbolic phonon polaritons propagation in vdW materials with the help of a substrate, reorienting their direction by 90°. This enables forbidden propagation and enhances near-field thermal energy transport.
The study enhances UV light absorption and emission properties of monolayer tungsten disulfide by incorporating titanium nitride and graphitic carbon nitride quantum dots. This approach overcomes the limitations of 2D materials, enabling a significant enhancement in light emission under UV light excitation.
Researchers demonstrate GHz burst mode femtosecond laser-induced plasma assisted ablation for super-resolution machining of single crystalline sapphire, achieving higher ablation efficiency and quality. The process enables direct interaction of subsequent laser pulses with plasma generated by preceding pulses, resulting in improved fab...
Researchers propose a strategy to reorient hyperbolic phonon polariton propagation in vdW materials to achieve forbidden propagation. The team investigates the effect of substrate-dependent phonon polaritons coupling on near-field thermal energy transport.
A new stability-indicating RP-HPLC method was developed to estimate impurities in esomeprazole gastro-resistant tablets using the analytical quality by design (AQbD) approach. The validated method demonstrated excellent linearity, specificity, and precision, making it a reliable tool for accurate analysis.
Patients with PFO and ASA are at risk of complications after closure, including left atrial dysfunction and cryptogenic stroke. The authors provide practical guidance for managing these concomitant conditions.
Pristimerin selectively targets thioredoxin reductase, inducing apoptosis and inhibiting tumor growth. ROS accumulation triggers oxidative stress, leading to targeted destruction of cancer cells.
FM0807 reduces blood glucose levels, improves liver function, and decreases kidney damage in diabetic mice. The compound also inhibits inflammatory markers and alters SMAD2/3 expression, suggesting a protective role in regulating JAK2/STAT3 and TGF-β1/SMAD2/3 signaling pathways.
Researchers discovered Songling virus in Haemaphysalis concinna ticks collected near the China-North Korea border. The study used RT-qPCR and next-generation sequencing to characterize the virus, revealing similarities with other strains.
Researchers found that KITLG upregulates COL4A1, leading to increased platelet activation and portal vein tumor thrombosis in hepatocellular carcinoma. The study highlights the critical role of the KITLG-COL4A1 axis in PVTT development.
Researchers propose an all-fiber multiplexed parallel acquisition and transmission system to tackle challenges of long-distance data transmission. The system enables real-time scene reconstruction from distances of up to one kilometer, making it suitable for extreme environments.
Researchers propose a new illumination system for LCoS-based AR glasses, featuring an ultracompact light guide plate. The system improves optical efficiency and achieves excellent illuminance uniformity, enabling next-generation lightweight and low-power AR glasses.
Researchers investigate the role of adipokines in atrial fibrillation, revealing their involvement in pathogenesis and associated complications. Obesity is found to play a significant role in inducing systemic changes that contribute to AF development.
A new nanoreactor generates nitric oxide, reactive oxygen species, and reactive nitrogen species to kill tumor cells and activate the immune response. The NIR-triggered on-site NO/ROS/RNS nanoreactor shows improved efficacy and long-term anti-tumor effects.
Researchers have developed a nonlinear metasurface that enhances second-order and third-order nonlinear optical response through guided mode resonance and bound states in the continuum. The design allows for high-intensity light-matter interaction, resulting in strong coupling between light and matter.
A study found that ACS, elevated HbA1c and TG levels, and higher SYNTAX scores are risk factors for the progression of native coronary atherosclerosis after PCI. Higher rates of hyperuricemia and acute coronary syndrome were also observed in patients with progressive disease.
Innovative devices and techniques have been developed to treat high-risk patients with comorbidities, coronary lesion characteristics, and hemodynamic status. The use of adjunctive mechanical circulatory support (MCS) devices is supported for severely reduced left ventricular function or acute decompensated heart failure with complex c...