A new study from Northwestern University found that cancer patients treated at high-volume hospitals have more lymph nodes examined for cancer spread, leading to improved long-term outcomes. This increased nodal evaluation can accurately diagnose stage disease and predict patient prognosis.
A Northwestern University study found that more than three-quarters of patients don't fully comprehend their emergency department discharge instructions. Patients who fail to follow instructions may have a higher risk of complications after leaving the hospital, according to lead author Kirsten Engel.
A Northwestern University biomedical engineer has developed optical technology that can detect colon cancer early and is now being tested in large-scale clinical trials. The tests aim to predict the presence of colon cancer with adequate sensitivity, potentially leading to a routine screening test.
A Northwestern University study found that men are more likely to share their creative work online than women, with almost two-thirds of men reporting online sharing compared to half of women. The disparity persists even when controlling for digital literacy and Web know-how, suggesting that internet access is not an equal playing field.
Researchers are studying the architecture and behavior of ovaries to find new treatments for fertility disease and age-related infertility. A new imaging device, resembling a tiny drum, is being developed to measure ovary rigidity and understand symptoms of polycystic ovary syndrome.
Transistors made with new material SAND prove resistant to radiation, a crucial factor for long space missions. The devices could also enable new technologies like printable electronics and transparent displays.
Researchers at Northwestern University and Princeton University created a new kind of polymer that incorporates functionalized, exfoliated graphene sheets, exhibiting extraordinary thermal and mechanical properties. The polymer's electroconductivity is also being studied to create optically transparent conducting polymers.
Researchers have doubled the efficiency of infrared lasers in the mid-infrared wavelength range, which could enable next-generation laser-based defense systems and commercial applications like trace chemical analysis and pollution monitoring. The advancements were achieved through improvements to material quality, design, and fabrication.
Regular skin self-exams can help couples detect melanoma earlier, increasing their chances of survival. Couples with strong bonds are more likely to perform these exams and support each other through the process.
A Northwestern University study has discovered that multicellular organisms respond to stress in an integrated manner, with two specialized neurons controlling the response of individual cells. This finding challenges the long-held assumption that cells within a multicellular organism respond individually to stress conditions.
Researchers at Northwestern University developed Ono, a unique software solution that allows users to efficiently identify nearby P2P clients. By using observations of Internet companies like Akamai, Ono improves transfer speeds for both ISPs and P2P users.
A new Northwestern University study found people in African American communities on Chicago's South and West Side have a five times higher rate of lower limb amputations than predominantly white suburbs. The high rate is linked to lack of access to primary care, diabetes management programs, and specialty care.
Scientists at Northwestern University have demonstrated a fundamental component of quantum computing, utilizing entangled photons generated in optical fibers. The team successfully implemented a controlled-NOT gate, enabling two photonic qubits to interact, paving the way for more complex quantum computer architectures.
Researchers at Northwestern University have created semitransparent, highly conductive films from carbon nanotubes with improved conductivity and mechanical flexibility. These films mimic stained glass appearance and could lead to advancements in flat-panel displays, solar cells, and other energy-efficient technologies.
Researchers explore alternative materials for digital signal processing, including fungi, bacteria, and DNA, which can enhance images and compress data without electrical currents. The field holds promise for improved algorithms and applications in disease detection and data storage.
Researchers at Northwestern University have developed a nano-engineered gel that inhibits scar tissue formation and enables spinal cord fiber regeneration. This breakthrough allows mice with spinal cord injuries to walk again after six weeks, paving the way for potential human trials.
Research shows that individuals who are anxious about appearing prejudiced may avoid interactions with people of different races due to fear of social disapproval. A study by Jennifer Richeson and Sophie Trawalter found that white participants focused on neutral black faces for longer periods than white faces, suggesting a cognitive bi...
A new study from Northwestern University finds that positive feedback can actually escalate perceived threats to the ego and increase the need to prove a questionable decision was right. Research participants who received praise for skills unrelated to the decision were less likely to recommit to it.
Researchers at Northwestern University discovered that a single negative experience linked to an odor rapidly teaches us to identify and discriminate it from similar ones. The study found specific changes in brain regions enhancing perceptual sensitivity for smells with high biological relevance.
A Northwestern University team has developed a method to assemble polymer and small molecule into flexible but strong sacs that can grow human stem cells. The sacs have been shown to survive for weeks in culture, allow proteins to pass through the membrane, and even self-repair damaged membranes.
A new breed of targeted cancer drugs is attacking specific proteins in cancer cells, but also causes devastating dermatologic side effects. The Cancer Skin Care Program at Northwestern University provides specially formulated lotions and drugs to help patients preserve their dignity and quality of life.
Researchers at Northwestern University discovered a counterintuitive approach to gene therapy that targets the removal of genes to restore cellular function. This method has implications for medical research and optimizing metabolic processes used in biofuel production.
A new study from Northwestern University's Feinberg School of Medicine explores the neural mechanisms behind hunger and food cravings. The research found that when subjects were fasting, their brains responded strongly to visual cues of donuts, highlighting the brain's ability to prioritize needs in a complex environment.
A study led by Mary J. C. Hendrix found that the Lefty protein, secreted only in human embryonic stem cells, inhibits growth and spread of melanoma and breast cancer cells. This breakthrough suggests potential therapeutic modalities for cancer treatment and highlights the utility of isolating factors within the embryonic microenvironment.
Girls show greater activation in language areas of the brain than boys during language tasks, indicating a more abstract approach to language processing. Boys, on the other hand, rely on different parts of the brain for visual and auditory inputs.
A team of Northwestern University chemists has developed a new metal sulfide material, KMS-1, that can effectively remove strontium, a major component of nuclear waste, by exploiting its unique properties. The material works across the pH scale and outperforms existing methods in terms of selectivity and efficiency.
Researchers at Northwestern University have found that children with high-functioning autism produce more contingent sentences when interacting with virtual peers. This suggests that virtual peers can be a useful tool in helping children with autism develop communication and social skills. The study aims to generalize these skills to m...
A Northwestern University team developed a mathematical method to rank scientific journals according to quality. The rankings will help scientists identify high-impact research papers and facilitate evaluations of researchers' work. The study analyzed citation data from nearly 23 million papers across 200 academic fields.
A Northwestern University study found that cancer patients taking erythropoiesis-stimulating agents (ESAs) have a 10% increased risk of death compared to those who did not take the drugs. The study's findings suggest that ESAs may stimulate the growth of cancer cells, leading to shorter survival rates.
Researchers at Northwestern University have developed a new anode coating strategy that significantly enhances the efficiency of solar energy power conversion. The breakthrough could lead to cheaper, more manufacturable, and easily implemented solar cells, reducing dependence on fossil fuels and carbon dioxide emissions.
Researchers Monica Olvera de la Cruz and Graziano Vernizzi from Northwestern University discovered a new mechanism for charged molecules to organize into complex shapes, potentially leading to the design of functional nanostructures.
Researchers at Northwestern University found that physical attractiveness is equally important for both men and women, while earning power also plays a significant role. The study suggests that people may not know what they initially value in a romantic partner, leading to discrepancies between stated preferences and actual choices.
Research suggests that high self-monitors are less committed and happy in their romantic relationships than low self-monitors. They may present a false image to avoid face-threatening interactions, leading to intimate partners being unaware of their true feelings.
A Northwestern University professor is studying rivers to understand how organic carbon is processed and consumed by microorganisms, revealing that it's a bigger component of global carbon cycling than thought. The study provides a framework for assessing these processes and sheds light on the internal cycling of carbon in rivers.
Researchers at Northwestern University found that high CO2 levels impair lung function and increase the risk of edema. The study suggests reducing CO2 levels to improve treatment outcomes for patients with respiratory distress.
A study by Northwestern University's Feinberg School of Medicine found that chronic pain disrupts the equilibrium of the brain's regions, leading to permanent damage. This constant firing of neurons can alter connections and even cause death.
Researchers at Northwestern University have developed a technique using DNA to assemble crystalline structures out of gold nanoparticles, resulting in materials with unique properties. The method allows for the creation of 'designer' materials with specific applications in fields like therapeutics and electronics.
Researchers at Northwestern University developed back-illuminated APDs that detect single photons in the ultraviolet region with high sensitivity. The devices have excellent uniformity and can be used to create secure communication systems and biological agent detectors.
Researchers at Northwestern University successfully synthesized a new natural compound that exhibits promising anti-cancer properties, outperforming existing treatments. By identifying the correct molecular structure, the team is now poised to develop more effective and selective cancer therapies.
Researchers are conducting a US trial using purified adult stem cells to treat critical limb ischemia, a condition that affects 1.4 million people and can lead to amputation. The study aims to grow new blood vessels and restore circulation in legs with severely blocked arteries.
A new injectable drug, etanercept, has been shown to dramatically reduce psoriasis flare-ups in pediatric patients. The study found that 57% of patients achieved a 75% or greater improvement in symptoms, compared to 11% on placebo.
A team of chemists led by Chad Mirkin aims to mimic nature's finely controlled chemical processes to develop materials and devices with high sensitivity and selectivity. The researchers will focus on creating supramolecular structures for environmental remediation, power generation, and detection systems.
Researchers at Northwestern University have developed a functional equation that explains how cells pack together to form the eyes of Drosophila, or fruit flies. This pared-down model uses only two parameters and demonstrates how it can be applied to different kinds of tissues, leading to potential advances in regenerative medicine.
A Northwestern University study found that overexcited neurons can cause protein damage in muscle cells due to neurotransmitter imbalance. This imbalance can lead to various diseases, including neurodegenerative disorders and cancer.
Research from Northwestern University suggests that humans can pick up infinitesimal scents that affect whether we like or dislike someone. Study participants who were unaware of barely perceptible odors showed biased judgments on face likability, while those who could detect the scent made conscious decisions.
Kalirin-7, a critical brain protein, is linked to learning and memory. It enhances synaptic spines in the brain, leading to better communication between neurons.
A Northwestern University study quantifies the volumes of movement and sensation in animals, defining three modes - collision, reactive, and deliberative. The findings apply to understanding behavioral control strategies in animals and can aid in designing autonomous robots and improving cockpit information systems.
A Northwestern University study found that college students' choice of social networking sites is influenced by their race, ethnicity, and parents' education level. The research challenges the common assumption that all college students use Facebook, revealing differences in usage among various groups.
A groundbreaking study finds that children's early math and reading skills are the strongest predictors of later academic success, regardless of social or emotional behaviors. The research analyzed data from six longitudinal studies and found no association between behavior and achievement.
A Northwestern University study found that a high-fat diet disrupts the body's internal clock, causing animals to eat during their natural rest periods. The study suggests that this disruption can lead to negative effects on metabolism and increase the risk of obesity and diabetes.