Peng Wang

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This study looked at how child growth failure (CGF) affects malaria rates in children under five from 1990 to 2021. The researchers found that while the overall number of malaria cases linked to CGF has decreased by 1.26% each year since 1990, there has been a troubling increase of 3.66% each year after 2019. Notably, boys and infants aged 6 to 11 months, especially in West and Central Africa (with mortality rates as high as 149.94 per 100,000 in Niger), are at a greater risk. Who this helps: This information is crucial for public health officials and healthcare providers working to protect young children, especially in regions most affected by malaria.

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This study examined the proteins in the milk fat globule membrane (MFGM) of milk from Holstein cows raised in different environments—specifically, desert and non-desert areas—and various farming systems (organic and non-organic). Researchers identified 2,121 different proteins in the milk, discovering that desert organic milk had unique properties that may boost immune health, including a higher presence of proteins linked to immune defense. These findings show how the farming methods and environment can affect milk's nutritional qualities, which could lead to the creation of dairy products that have specific health benefits. Who this helps: This research benefits dairy farmers and consumers looking for healthier milk options.

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This study focused on improving how scientists can align and analyze complex biological data from different types of molecular information taken from various tissues. The researchers developed a new tool called 3d-OT, which outperformed existing methods by better capturing details of mouse brain tissue and tracking changes in heart and neural crest tissues. This matters because it allows for a deeper understanding of how tissues develop and function, which can lead to advances in medical research and treatment strategies. Who this helps: Patients, researchers, and doctors studying tissue development and diseases.

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This study investigated how a protein called Atg2 helps keep the balance of fats in the intestines of fruit flies (Drosophila) by managing gut microbes and their byproducts. Researchers found that when Atg2 was lacking, harmful connections were formed in the gut, leading to excess fat and issues with the immune system. Specifically, they noted that excess short-chain fatty acids increased, resulting in changes to how proteins were modified, which worsened fat storage and immune responses. This research reveals that managing gut bacteria and their products could inform new treatments for related disorders. Who this helps: Patients dealing with gut health issues and related metabolic disorders.

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This study focused on a program in Taiwan called My Abilities First (MAF), which helps children with developmental delays express their strengths and needs. From 2021 to 2025, the initiative held 140 training sessions with nearly 7,000 attendees, and about 700 children under 12 created personal "Abilities ID Cards" to communicate their abilities and preferences. The results show that the program was well-received, improving how practitioners interact with these children and supporting their right to be heard, which is important in early childhood intervention. Who this helps: This benefits children with developmental delays and the professionals working with them.

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This study examined the potential of bacteria found in wine to be developed into probiotics. Researchers tested 23 different strains of lactic acid bacteria from wine and found that two strains (M-1 and XJ14) survived well in the stomach and intestines, while another (XJA2) had a different survival pattern but might be useful in specific applications. Importantly, these bacteria do not cause harm and could be used for health benefits. Who this helps: Patients looking for new probiotic options for gut health.

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This study examined ways to better understand how people solve complex problems by analyzing their actions during specific tasks. Researchers found that using new methods that measure how effective certain actions are, rather than just looking at the raw actions themselves, significantly improved their ability to identify and interpret behavioral patterns. For instance, these "effectiveness indicators" made the data analysis more sensitive and clear, leading to better overall results in understanding problem-solving. Who this helps: This benefits researchers and educators looking to enhance collaborative problem-solving skills in students.

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This study explored the effects of a natural compound called SO1406, found in the roots of a plant, on enhancing the effectiveness of a cancer-fighting protein known as saporin. Researchers discovered that SO1406 significantly boosted the ability of saporin to kill cancer cells, specifically in a type of triple-negative breast cancer cell line (MDA-MB231). Importantly, SO1406 was found to improve saporin's impact more than other tested compounds, indicating its potential to make cancer treatments more effective. Who this helps: This benefits cancer patients, particularly those with triple-negative breast cancer.

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This research studied a new method for tracking multiple moving groups of objects, especially when they split apart or come together. The new approach, which uses a system of algorithms and graph models, showed significant improvements, achieving up to 20% more accuracy in tracking compared to existing methods. This is important because better tracking can lead to more effective applications in various fields, such as security and robotics. Who this helps: This helps engineers and researchers working on surveillance and tracking technologies.

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This study explored how fermentation changes the chemical makeup of Yaomu, a traditional herb used to treat conditions like stroke and epilepsy, and how these changes affect its safety for use. Researchers found that out of 361 compounds in unfermented Yaomu, 350 remained after fermentation, with harmful compounds decreasing significantly while some beneficial ones increased. Importantly, the fermented extract caused less damage to liver cells, indicating that fermentation makes Yaomu safer to use. Who this helps: This helps patients who rely on Yaomu for treatment, as well as doctors prescribing the herb.

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This study looked at new materials called halide-tuned perovskite nanocrystals to improve a chemical reaction that turns alcohols into a type of compound called benzimidazoles using light. The researchers found that by changing the composition of these materials, they could efficiently use only 3 parts of the alcohol and get good results without needing heavy metals or a lot of solvent. This is important because it offers a more effective and environmentally friendly way to make these valuable compounds. Who this helps: This benefits chemists and pharmaceutical companies looking for greener and more efficient ways to produce important chemicals.

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This study explored how a compound called salvianolic acid C, derived from a Chinese herb, helps protect kidney cells (podocytes) from damage caused by diabetes. The researchers found that salvianolic acid C significantly improved kidney function in diabetic mice by reducing harmful cell death, with specific measurements showing better urinary and blood parameters. This is important because it offers a potential new way to treat diabetic kidney disease, which is a serious complication for many people with diabetes. Who this helps: Patients with diabetic kidney disease.

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This research focused on improving a method for producing special amino acids that are useful in various fields, including food and medicine. By using a specific protein scaffold called CipA, the team successfully combined two enzymes into one system, which increased the reaction efficiency for converting the amino acid L-Trp into 6-Cl-L-Trp. They achieved a conversion rate of 96.9% after 84 hours and improved the overall stability and activity of the enzyme system, making it more effective and easier to use. Who this helps: This benefits researchers and industries looking to create halogenated amino acids more efficiently and sustainably.

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This study looked at genetic changes in the LRRK2 gene among over 20,000 people in China, including nearly 7,600 with Parkinson's disease. Researchers found that specific harmful variants were much more common in Parkinson's patients (0.71%) compared to healthy individuals (0.11%) and those with essential tremor (0.19%). Understanding these genetic links is important because it could lead to better treatment options tailored to individual patients based on their genetic makeup. Who this helps: This helps patients with Parkinson's disease and their doctors.

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This research examined how the length of time soybeans are allowed to germinate affects the digestion and structural properties of soymilk gels made with beneficial bacteria. The study found that soybeans germinated for two days produced gels that broke down more easily in the stomach and released more beneficial proteins in the intestines compared to those germinated for three days. This matters because optimizing germination time can improve the health benefits of plant-based dairy products. Who this helps: This helps patients looking for healthier dairy alternatives and those with dietary restrictions.

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This study looked at a substance called exosomal PD-L1 (exoPD-L1) in liver cancer, known as hepatocellular carcinoma (HCC). Researchers found that exoPD-L1 helps tumors escape the immune system by weakening the body's ability to fight cancer, making it a useful marker for diagnosing the disease and potentially predicting how well patients will respond to certain treatments. This is important because if we can better understand and target exoPD-L1, we might improve therapies and patient outcomes in liver cancer. Who this helps: Patients with liver cancer and their doctors.

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This study looked at how lycopene, a natural antioxidant found in tomatoes, can help protect kidney cells in rats from damage caused by a toxic substance called swainsonine. The researchers found that when they treated kidney cells with 10 micromolar of lycopene, it significantly reduced harmful changes in the cells caused by swainsonine, specifically lowering certain protein levels that indicate stress and autophagy (the process of cell recycling). This is important because it suggests that lycopene could help prevent kidney damage in livestock affected by locoweed toxicity. Who this helps: Patients and livestock farmers dealing with locoweed toxicity.

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This study examined how adding wet distiller's grains (a type of waste product from the alcohol industry) can improve the fermentation process used to manage animal feed. The researchers found that when they incorporated 30% wet distiller's grains, it led to a significant increase in beneficial acids and helped maintain a stable environment for the feed, ultimately reducing harmful nitrogen emissions. This is important because it helps recycle waste while lowering pollution from animal farming. Who this helps: This benefits farmers and the livestock industry by improving feed efficiency and reducing environmental impact.

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This study focused on triple-negative breast cancer (TNBC) and investigated how a protein called MAPK1 affects another protein, CCNB1, which is important for cell division. The researchers found that MAPK1 attaches a chemical group to CCNB1 at a specific spot (Ser128), which is crucial for the cell to enter the next stage of division — the transition from G2 to prophase. When they disrupted MAPK1, it led to reduced levels of this modification and slowed down cell division, suggesting that targeting this process could provide new treatment options for TNBC. Who this helps: This helps patients with triple-negative breast cancer by identifying potential new treatment strategies.

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This study looked at how xylitol, a natural sweetener, affects the texture and water-holding abilities of curdlan gels, which can be too brittle and not hold enough water on their own. Researchers found that adding just 3.0% xylitol made the gels firmer and chewier, increasing their hardness from about 1044 grams to 1493 grams and their chewiness from about 542 grams to 906 grams. This matters because it means xylitol can improve the quality of curdlan gels, making them more useful in food and other applications. Who this helps: This helps food manufacturers and consumers looking for better texture in food products.

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This paper studied the role of tertiary lymphoid structures (TLSs) in liver cancer, including types like hepatocellular carcinoma and intrahepatic cholangiocarcinoma. It found that TLSs can have both positive and negative effects on tumor immunity, heavily influenced by their surroundings and how they develop over time. Understanding TLSs better could lead to improved treatments and help predict patient responses to therapies, making them important for better managing liver cancer. Who this helps: This benefits patients with liver cancer and their doctors.

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This study looked at how Panax notoginseng, a traditional herbal remedy, might help treat pulmonary hypertension, a serious lung condition. The researchers found that this herb interacts with important targets in the body, such as AKT1, TNF, and IL6, showing strong connections that could help in lowering blood pressure in the lungs. Understanding these interactions could lead to new treatments for pulmonary hypertension, which can greatly improve patients’ quality of life. Who this helps: Patients suffering from pulmonary hypertension.

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This study looked at the effects of a new training program called CogBals, which combines balance and cognitive training, on middle-aged and older adults with schizophrenia, who often face early aging and higher fall risks. Researchers found that participants using CogBals showed better improvements in balance, walking speed, and stride length compared to those who only did balance training or received standard treatment, with significant improvements noted in tests measuring their performance. This matters because it shows that combined training can better support the mobility and safety of individuals with schizophrenia, potentially reducing their risk of falls. Who this helps: This helps patients with schizophrenia, especially those at risk for falls.

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This study explored how certain particles called polaritons behave in a unique setup that combines light and material in a microdisk. The researchers discovered that these polaritons can create pairs of vortices that move in a specific direction based on their spin, even at room temperature. This work is important because it could enable new technologies in quantum computing and information processing using light on small chips. Who this helps: This helps researchers and engineers developing advanced technologies in quantum optics and information systems.

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This study looked at the relationship between cancers and heart-related diseases, focusing on how to improve treatment options for patients dealing with both issues. Researchers analyzed data from 58 clinical trials and identified 45 key targets for therapy, highlighting specific proteins like Factor X and thrombin as important for developing effective treatments. Understanding these connections can lead to better care strategies, helping improve the quality of life for patients facing the combined challenges of cancer and heart disease. Who this helps: This benefits patients who have both cancer and cardiovascular diseases.

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This study looked at patients with a condition called cerebral amyloid angiopathy (CAA), which increases the risk of brain bleeding. Researchers found that almost 21% of the 254 patients experienced another brain bleed within about 20 months, and specific brain imaging markers, like posterior confluent white matter hyperintensities, were linked to a higher risk of these rebleeds. This research is important because identifying these risk factors can help doctors better manage and treat CAA patients to prevent future complications. Who this helps: This helps patients with cerebral amyloid angiopathy and their doctors.

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This study looked at a technique called Transcutaneous Electrical Acupoint Stimulation (TEAS) to see if it could help women who struggle with urinary retention after undergoing surgery for cervical cancer. It involved 76 women who were divided into two groups: one received real TEAS treatment, while the other received a fake treatment for two weeks. The researchers measured how well the TEAS worked by checking the amount of urine left in the bladder after going to the bathroom and also looked at other factors like the rate of catheter removal and quality of life. Who this helps: This benefits women recovering from radical hysterectomy surgery for cervical cancer.

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This study looked at changes in the MET gene, specifically fusions and splicing variants, in patients with gliomas, a type of brain tumor. Out of over 1,000 patients, 49 had these MET alterations, which were linked to worse outcomes, especially in patients with a certain type of aggressive astrocytoma, showing a significant connection to survival rates. The findings are important because they indicate that these genetic changes can help predict how well patients might respond to treatment and could guide better management of their cancer. Who this helps: Patients with gliomas and their doctors.

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This study focused on improving breast cancer treatment by developing a new form of the drug docetaxel (DTX) that overcomes challenges like drug resistance and side effects. Researchers created a special nanoparticle called Zos-SS-DTX-AI that combines DTX with a drug that blocks resistance mechanisms. In tests, this new treatment reduced tumors by 83.5% in mice with drug-resistant breast cancer and showed no significant harmful effects. Who this helps: Patients with drug-resistant breast cancer.

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This study looked at the risk of broken bones due to osteoporosis in people with rheumatoid arthritis (RA) compared to those without it. The researchers found that people with RA are 47% more likely to experience these fractures, with men having an even higher risk at 69% more and women at 39% more. This matters because it highlights the need for better monitoring and prevention strategies for bone health in RA patients. Who this helps: This helps patients with rheumatoid arthritis and their doctors.

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This study examined what influences university faculty and students to keep using self-service library systems. It found that aspects like the system's design, users' technology skills, ease of access, and how useful people think the system is all significantly affect their continued use of these resources. Specifically, 365 participants across three universities in China were surveyed, highlighting that specific factors like occupation, gender, and usage frequency also play a role in this relationship. Who this helps: This benefits university students and faculty who use library services.

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This study looked at lung squamous cell carcinoma (LUSC), a type of lung cancer that accounts for 20-30% of cases. Researchers found that patients who responded well to immunochemotherapy had higher levels of specific types of white blood cells called monocytes both in their blood and tumors before treatment. This is important because it provides a way to predict which patients might benefit from this treatment, making it easier to tailor care for individuals. Who this helps: Patients with lung squamous cell carcinoma.

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This study looked at the relationship between exposure to certain pollutants, specifically chlorinated paraffins (CPs), and obesity in over 131,000 children and teens in southern China. The researchers found that higher levels of CPs in the air were linked to an increase in body mass index (BMI) and a higher likelihood of being overweight (44% more likely) and obese (50% more likely). This matters because it highlights the potential health risks of such pollutants, which could lead to increased efforts to reduce exposure and promote healthier outcomes for children. Who this helps: Patients, particularly children and adolescents at risk of obesity.

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This study looked at how a common pollutant, benzotriazole UV stabilizer (UV-329), affects the gut bacteria of river clams (Corbicula fluminea) when combined with salt from climate change. The researchers found that the combination significantly decreased the bacteria's activity and increased the chance of harmful bacteria surviving. Specifically, the gut bacteria activity dropped from 0.731 to 0.192, while the presence of harmful bacteria increased from 16.2% to 26.4%. This matters because it shows that rising salinity, due to climate change, can worsen the harmful effects of pollutants on aquatic life. Who this helps: This research benefits environmental scientists and policymakers focused on water quality and climate change impacts on ecosystems.

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This study looked at how a specific gene in soybeans helps plants withstand salt stress, which is becoming a major problem for crops due to increasing soil salinity. Researchers found that genetically modified plants showed about 18% better survival rates and improved germination when exposed to salt compared to regular plants, along with stronger protections against cell damage and a balanced mineral balance. This matters because enhancing salt tolerance in soybeans can lead to better yields and more sustainable farming practices in salty soils. Who this helps: This helps farmers and agricultural scientists working to improve crop resilience.

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This study focused on improving how groups of drones, or UAV swarms, locate themselves when GPS signals are unavailable. The researchers developed a new method that combines known shapes and distances between drones to help them work together better. They found that this approach significantly increased the success rate, reliability, and stability of drone positioning, showing over 90% accuracy in simulations. Who this helps: This benefits drone operators and teams using swarms for tasks like search and rescue, delivery, and surveillance in remote areas.

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Researchers developed a new type of composite material that can withstand high temperatures and still perform well as an electrical insulator. By combining certain nanoparticles with a special polymer, they created a material that, at 30% filler, can handle temperatures up to 257.83 °C and has a dielectric constant that is 193% higher than the standard polymer alone. This is important because it can lead to better electrical components that work reliably in high-temperature environments. Who this helps: This benefits manufacturers of electronic devices and materials engineers looking for improved insulation options.

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This study looked at using a new type of radar technology to detect breathing problems during sleep, specifically sleep apnea and hypopnea. The researchers created a machine learning model that learns from traditional sleep studies (PSG) and then applies that knowledge to radar data. They found that their model achieved an 81% accuracy in identifying events, which shows that radar can effectively monitor sleep apnea at home without the need for expensive equipment. Who this helps: This benefits patients with sleep apnea who need easier and less intrusive ways to monitor their condition.

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This study looked at how certain proteins, called NAC transcription factors, influence the production of beneficial compounds known as phenolic acids in a specific plant. Researchers found 108 different NAC genes and discovered that altering these genes in the plant led to higher levels of important phenolic acids, including increases of 34% in rosmarinic acid and 25% in caffeic acid. This research is important because it opens up new ways to enhance the production of these valuable compounds, which can improve the quality of medicinal plants. Who this helps: This benefits farmers and companies growing medicinal plants, as well as patients seeking natural health products.

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This study developed a smartphone app called Cough Search that uses cough sounds to detect chronic obstructive pulmonary disease (COPD), making it easier and cheaper to diagnose the condition, especially in areas with fewer resources. The algorithm was tested on a large group and found to be very accurate, with a sensitivity of 92% and specificity of 86% when compared to traditional tests. This is important because early detection of COPD can greatly improve patient management and outcomes. Who this helps: This helps patients at risk of COPD, especially in underserved communities.

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This study looked at a way to identify small airway dysfunction (SAD), which is an early sign of serious lung diseases. Researchers developed a new method using impulse oscillometry (IOS) that doesn't require patients to forcefully exhale, making it easier to assess their lung function. The system achieved an accuracy of 81.39% in identifying SAD among 2,510 subjects, showing that it could offer a more patient-friendly approach to detecting this condition. Who this helps: This benefits patients with respiratory issues who need a less burdensome test for diagnosing lung problems.

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This study looked at how certain bacteria from traditional pickles affect the fermentation of silage made from maize, soybean, and their mixtures. Researchers found that using these bacteria increased lactic acid levels, reduced harmful substances, and improved the overall quality of the silage. Specifically, the bacteria helped keep the silage stable and nutritious for longer periods, which is important for farmers who rely on this feed for livestock. Who this helps: This benefits farmers and livestock producers by improving the quality of animal feed.

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Researchers added zinc to titanium dioxide to create an improved photocatalyst and embedded it in a specially designed cement mortar to make a building material that can break down dye pollutants under ultraviolet light. The zinc-modified catalyst degraded the test dye 26% faster than pure titanium dioxide and retained its performance through repeated use cycles. Such self-cleaning building surfaces could help reduce chemical pollution in urban environments.

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Researchers built a very large iron-based cage-like molecule (roughly 14 nanometers across) by first assembling a zinc-based version and then swapping in iron atoms after the fact. Iron is normally difficult to use in this type of self-assembling chemistry because it binds too tightly and irreversibly, but the metal-swap approach sidesteps that problem. This strategy opens a route to complex iron-containing molecular architectures useful in catalysis and medicine that cannot be made by conventional methods.