DR. AMANDA JO MOORE, DO

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This study looked at how a lung cancer screening program affects racial minority patients, particularly focusing on Black men and women. Researchers found that more Black men (12.9%) and women (15.7%) were screened compared to the overall population, which is a positive outcome. Importantly, both Black and White patients had similar rates of lung cancer diagnosis and treatment, with 63.6% of Black patients receiving surgery, just slightly higher than Whites at 62.9%. This is significant because it shows that a structured screening program can help ensure all patients, regardless of race, receive timely care. Who this helps: This helps patients, especially those from racial minority groups, access better lung cancer screening and treatment.

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This research looked at how blood flow in the liver affects the success of liver transplants in children. It found that 5%-10% of kids experience serious blood clots in their liver after surgery, leading to early loss of the transplant. By monitoring blood flow before, during, and after surgery, doctors can spot problems early and improve outcomes for these young patients. Who this helps: This helps pediatric patients undergoing liver transplants and their doctors.

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This study investigated how mild traumatic brain injury (mTBI) affects brain activity related to memory in rodents. The researchers found that, compared to healthy rats, those with mTBI showed a 40% reduction in specific brain wave events called sharp-wave ripples, which are crucial for memory consolidation. Additionally, the mTBI rats had shorter and less powerful ripples, indicating that their brain systems for processing memory were disrupted, potentially explaining lasting memory issues after injury. Who this helps: This research benefits patients recovering from mild traumatic brain injuries.

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This study looked at whether a combination of low doses of the drugs lithium and valproate can improve thinking and memory after a mild traumatic brain injury (mTBI). The researchers found that this drug combo improved learning and memory, as well as reduced signs of brain inflammation, compared to using either drug alone. This is important because it suggests a new treatment option that could help people recover better from mTBI. Who this helps: Patients recovering from mild traumatic brain injuries.

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This study looked at the challenges that racial minority patients face in getting proper treatment for lung cancer, especially when it comes to surgery, which is known to improve survival rates. It found that these patients are less likely to receive surgery compared to non-Hispanic White patients, partly due to issues like transportation, economic stability, and trust in healthcare providers. With over 235,000 new lung cancer cases expected in the U.S. this year, addressing these disparities is crucial to ensure everyone has a fair chance at treatment and survival. Who this helps: This information is important for patients, doctors, and healthcare systems aiming to provide better care to underserved populations.

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This study looked at how a structured recovery program after lung surgery affects the use of pain medications, specifically opioids, both for patients who used opioids before surgery and those who didn't. Out of 371 patients, 59.6% hadn't used opioids before their operation. The program successfully reduced the amount of opioids needed after surgery for both groups, but about 10.9% of those who didn't use opioids prior to surgery still faced ongoing opioid use afterward, highlighting a need for better pain management strategies. Who this helps: This helps lung surgery patients, especially those who haven't used opioids before.

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This study looked at how metaplastic breast cancer (MpBC) patients respond to treatment compared to those with triple-negative ductal breast cancer (TN-IDC). The researchers found that, from 2011 to 2021, the use of a specific type of chemotherapy before surgery (neoadjuvant systemic therapy) for TN-MpBC increased from 18.3% to 31.5%. However, MpBC patients had worse survival rates, with a higher likelihood of poor response to chemotherapy, meaning they often do not do as well as TN-IDC patients. Who this helps: This research is important for doctors and patients with metaplastic breast cancer, as it highlights the need for better treatment strategies.

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This study looked at a substance called N-formylmethionine (fMet) in the blood of people who had mild traumatic brain injuries (mTBI) and compared it to healthy individuals. They found that levels of fMet increased significantly within 24 hours of injury and stayed elevated even three months later, which could help identify mTBI cases better, with strong accuracy (AUROC of 0.82 shortly after injury and 0.88 after three months). Understanding fMet's role could improve diagnosis and treatment for mTBI, which is crucial given the high number of injuries each year. Who this helps: Patients with mild traumatic brain injuries and their healthcare providers.

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A prospective single-center study followed 364 liver and kidney transplant recipients who received organs from donors with detectable hepatitis B virus in the blood. While about 15% of liver recipients developed post-transplant hepatitis B, every case cleared with antiviral treatment, and long-term patient and graft survival were equivalent to those who received hepatitis B-negative organs. This is the largest and longest follow-up study confirming that hepatitis B viremic organs can safely expand the donor pool.

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Transplant surgeons at a high-volume center wore biophysical monitors for five months, allowing researchers to measure their sleep deprivation and stress levels during 36 liver transplants. Surgeons were sleep-deprived in half of cases and under high stress in nearly all of them, yet most patient outcomes were comparable. The notable exception was bile leaks, which were more common when the surgeon was sleep-deprived — a finding warranting further investigation.

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Using data from the National Lung Screening Trial, researchers compared surgical outcomes for current versus former smokers undergoing lung cancer resection. Current smokers had higher rates of moderate-to-major complications but no difference in mortality compared to former smokers, and current smokers were more likely to be racial minorities. Requiring smoking cessation before surgery may worsen racial disparities without providing a clear mortality benefit.

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A single center reviewed 194 liver transplants using organs from donors with hepatitis C, following recipients for a median of 53 months. Transmission of hepatitis C occurred in only 6% of recipients who received antibody-positive but virus-negative organs, and every case was successfully treated. Long-term patient and graft survival were identical regardless of whether the donor organ carried the hepatitis C virus, confirming these organs can be used safely over the long term.

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This study looked at how U.S. undergraduate students coped with stress during the COVID-19 pandemic and how these coping methods affected their ability to adjust to college life. Researchers found that students who used forward-focused coping strategies—like problem-solving and planning—had better academic and social adjustment, while those focused on trauma had poorer emotional adjustment. This matters because it highlights that positive coping techniques can lead to better experiences in college during tough times. Who this helps: This helps students as they navigate college challenges, especially during stressful periods like a pandemic.

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This study looked at the link between certain lipids in the blood and recovery outcomes for patients with mild traumatic brain injuries (mTBI). Researchers found that higher levels of three specific lipids were associated with significantly better recovery, with odds ratios indicating up to 12 times greater odds of a good outcome at discharge for patients with higher levels of these lipids. This matters because it suggests that monitoring these lipid levels could help predict how well mTBI patients will recover and may point to new treatment targets. Who this helps: Patients recovering from mild traumatic brain injuries.

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This research examined how humidity affects the detection of specific components in sea spray aerosols using a technique called extractive electrospray ionization mass spectrometry (EESI-MS). The study found that the sensitivity of EESI-MS improves at higher humidity levels—specifically, it works best close to the humidity point where sea salt dissolves (known as deliquescence), and poorly at lower humidity conditions. Understanding this relationship is important for accurately measuring the molecular makeup of aerosols, which can impact climate and air quality. Who this helps: This benefits researchers studying air quality and climate change.

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This study looked at how traumatic brain injury (TBI) changes the brain over time and how different treatment approaches might help. Researchers found that TBI leads to various harmful changes in the brain that can affect recovery and cognitive function, and they emphasized that using a mix of treatments at different stages of recovery—immediate, ongoing, and long-term—could significantly improve patients' quality of life. They argue that addressing these changes as they evolve can lead to better outcomes for people with TBI. Who this helps: Patients recovering from traumatic brain injury.

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This study looked at how certain brain cells influence the spleen and help control inflammation in the body. Researchers found that neurons in a part of the brain called the dorsal motor nucleus (DMN) send signals to the spleen using a substance called CART peptide, which can reduce inflammation. For instance, when the spleen was stimulated, CART helped lower inflammation levels, showing a direct link between the brain and spleen in managing injury responses. Who this helps: This benefits patients with conditions related to inflammation, such as autoimmune diseases.

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This study looked at how energy production in brain cells affects memory formation, specifically in a part of the brain called the hippocampus. The researchers found that when animals were trained to associate a context with fear, their brain cells showed a significant increase in energy production: specifically, the amount of oxygen consumed by mitochondria rose significantly, showing better energy use in response to the training. This matters because it highlights that boosting energy in brain cells is essential for forming certain types of memories. Who this helps: This helps researchers and clinicians understand memory-related processes, which could improve therapies for memory disorders.

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This study looked at how vitamin D levels affect muscle loss after surgery for knee ligament injuries. Researchers found that participants with vitamin D levels below 30 ng/mL lost more muscle mass in their quadriceps both one week and four months after surgery compared to those with higher levels. This is important because maintaining muscle strength is crucial for recovery after such surgeries. Who this helps: This benefits patients recovering from anterior cruciate ligament surgery.

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Researchers studied the effects of metformin, a drug commonly used to treat diabetes, on brain damage caused by repeated mild concussions in mice. They found that after giving metformin shortly after each concussion, there was significantly less brain damage, better brain cell health, and improved motor and cognitive function in the mice compared to those not given the drug. This is important because it shows that metformin could potentially help reduce the harmful effects of repeated concussions in the brain. Who this helps: This helps patients who suffer from repeated concussions, like athletes or individuals in contact sports.

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The Sea Spray Chemistry and Particle Evolution (SeaSCAPE) study looked at how sea life and seawater chemistry affect tiny particles (aerosols) released into the atmosphere from the ocean. The researchers conducted experiments in a large wave channel and found that phytoplankton activity increased the production of certain gases and aerosols. This work is important because it helps us understand how these marine aerosols impact the climate and the environment. Who this helps: This research benefits climate scientists and environmental policymakers.

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This study looked at how changes in gene regulation, called epigenetic modifications, might affect brain injuries from trauma. Researchers found that these modifications occur after a traumatic brain injury (TBI) and can change how cells function, potentially influencing recovery. They also explored the possibility of using certain substances, like S-adenosylmethionine (SAM), to treat TBI and improve outcomes. Who this helps: This benefits patients with traumatic brain injuries and their doctors by providing potential new treatment options for recovery.

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This study looked at how well hospitals managed trauma care during a 63-day strike by nurses and support staff. Researchers examined data from three periods: before, during, and after the strike, and found that effective crisis management helped maintain patient care standards. This is important because it shows that planning ahead can keep trauma outcomes stable, even during challenging times. Who this helps: This helps patients and doctors in trauma centers by ensuring quality care during staffing disruptions.

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This study looked at the acidity of tiny particles from ocean spray (aerosols) when they enter the air. Researchers found that the pH of these airborne particles is much lower than that of seawater, about four pH units lower, indicating they are quite acidic. This matters because this acidity can affect climate and air quality quickly after the spray forms. Who this helps: This finding benefits environmental scientists and policymakers working on climate change and air quality issues.

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This study looked at sea spray aerosols (tiny particles from the ocean that can go into the air) and how they carry organic matter and bacteria, which play a role in weather and climate. The researchers tested two methods for measuring their unique glow or fluorescence and found that both methods showed similar patterns in response to changes in ocean life. They discovered a distinct glow signature and that bacteria might significantly contribute to this glow. Who this helps: This helps researchers and climate scientists by improving how we identify and understand marine aerosols in the atmosphere.

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This study looked at how safely small brain bleeds (less than 1 cm) can be managed by acute care surgery teams without needing a neurosurgeon. Researchers reviewed records of 214 patients from 2014 to 2019 and found that, out of them, only 23 had worse follow-up scans, but only one patient showed temporary neurological worsening—none needed neurosurgery. These findings show that many patients with small brain bleeds can be treated effectively by surgery teams alone, which can simplify care and save time. Who this helps: This approach benefits patients with small intracranial hemorrhages who might not require intensive neurosurgical care.

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This study examined how monitoring volatile gases can help detect health issues in algae crops used for biofuels. Researchers found that a specific gas, 6-methyl-5-hepten-2-one, indicates healthy algae growth, while other gases showed signs of potential problems from grazers just 18 hours after they were introduced, compared to traditional methods that took up to 76 hours to notice changes. This quicker detection could significantly reduce losses in algae production, potentially saving hundreds of millions of dollars. Who this helps: This benefits algae farmers and the biofuel industry.

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This study looked at how certain chemicals called benzothiazoles move from coastal waters into the air and their impact on the atmosphere. Researchers found that these chemicals, which can come from human activities, were observed in both the water and the atmosphere, meaning they can escape the ocean and contribute to air pollution. This matters because these chemicals can form new types of air particles, affecting coastal air quality and potentially impacting climate. Who this helps: This helps coastal residents and environmental scientists.

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This study looked at whether a substance called insulin-like growth factor-2 (IGF-2) could help improve memory in mice that suffered a traumatic brain injury (TBI) four months earlier. The researchers found that while IGF-2 did help improve memory in healthy mice, it had no effect on improving memory in those with chronic TBI—the treated injured mice did not perform any better in memory tests than those who didn't receive the treatment. This is important because it shows that IGF-2 is not a viable option for helping people with lasting memory issues after a brain injury. Who this helps: Patients recovering from traumatic brain injury.

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This study looked at how mild traumatic brain injury (mTBI) affects brain cells in a specific area of the brain important for memory and navigation. Researchers found that mTBI reduced the number of active neurons responsible for processing spatial information, which led to less stable signals when these neurons responded to changes in the environment. As a result, rats with mTBI performed worse on tasks involving object location, indicating that even minor brain injuries can disrupt cognitive functions without causing visible damage. Who this helps: This helps patients recovering from mild traumatic brain injuries and the medical professionals who treat them.

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This study looked at how the loss of a specific gene called Pink1 affects learning and memory in mice. Researchers found that mice without Pink1 struggled with tasks that required them to remember and differentiate between similar situations, performing significantly worse than normal mice. These memory issues were linked to lower levels of important brain chemicals related to dopamine, which is crucial for cognitive functions. Who this helps: This research can help patients with Parkinson's disease and their doctors understand some of the cognitive challenges associated with the condition.

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This study developed a new way to measure how brain cells produce energy in specific areas of the brain, like the hippocampus, using small samples of tissue. The researchers found that after a mild traumatic brain injury (like a concussion), different parts of the hippocampus react differently in terms of energy production, which could not be detected with older methods. This is important because understanding these changes can help improve treatment for brain injuries. Who this helps: This helps researchers and doctors studying brain injuries and diseases.

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This study looked at how people adjust to differences in how men and women sound when they talk, particularly focusing on listeners with normal hearing compared to those using cochlear implants. The researchers found that people with normal hearing mostly used spacing between voice frequencies to make sense of these differences, while listeners with cochlear implants varied in their responses, often relying more on the pitch of the voice. Understanding these differences is important because it can help improve communication aids and strategies for those with hearing impairments. Who this helps: This helps patients with hearing loss and their healthcare providers.

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This study explored a new, simple method to create three-dimensional tissue structures using a special gel that helps cells organize into layers. Researchers found that by adjusting the amount of this gel, they could control how cells aligned and grew, improving important functions related to cell growth and tissue development. For example, using their method led to better gene activity involved in cell growth and tissue repair. This advancement is significant because it makes it easier to build complex tissue models, which can be useful for healing injuries in regenerative medicine. Who this helps: This helps patients needing tissue repair and doctors working in regenerative medicine.

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This study looked at how repetitive mild traumatic brain injuries (like concussions) affect brain function in mice and whether a substance called carnosic acid can help improve outcomes. The researchers found that after multiple injuries, mice showed significant problems with movement and learning, but giving them carnosic acid after the injuries improved their brain function and behavior. This is important because it suggests that carnosic acid could be a potential treatment to help reduce the lasting effects of repeated brain injuries. Who this helps: This helps patients who suffer from repeated concussions and their doctors.

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This paper reviews the relationship between two important parts of the brain involved in memory: the hippocampus and the neocortex. The authors found that both areas develop long-term memory connections at similar speeds, suggesting that the slower part of memory formation is due to how these connections work together across the brain. This research helps clarify how memories are organized and retrieved, which is crucial for understanding memory-related issues. Who this helps: This helps researchers and doctors working with patients facing memory challenges.

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This study looked at patients who needed gallbladder surgery (cholecystectomy) over a 6-month period to see how access to healthcare affected whether they came to the hospital for surgery in an emergency or as a planned procedure. Out of 267 patients, 196 (73.4%) came for emergency care, with these patients being more likely to be minorities and 25% needing an interpreter. The study highlights that many emergency patients had long-standing symptoms, suggesting that better access to regular healthcare could reduce the number of emergency surgeries. Who this helps: This helps patients who may benefit from improved access to healthcare and preventive care.

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This study examined how certain types of RNA, called spliceosomal introns, work in different types of single-celled organisms, specifically focusing on three diplomonads, including Giardia lamblia. The researchers found that while some RNA and protein structures are conserved among the species, there are significant differences in how they process their introns, indicating a simpler splicing system in these organisms. They identified 44 to 62 out of 174 spliceosomal proteins in different species, revealing a streamlined mechanism that compensates for the loss of some RNA components. Who this helps: This research is valuable for geneticists and researchers studying RNA processing in single-celled organisms.

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This study looked at the impact of curcumin, a compound found in turmeric, on certain proteins related to inflammation in female rats with a liver disease called non-alcoholic steatohepatitis (NASH). The researchers found that curcumin supplementation led to significant increases in several inflammatory markers, such as IL-2 and IL-13, and reduced levels of RANTES, which were linked to liver damage. These findings are important because they suggest curcumin could play a role in managing liver inflammation and disease progression. Who this helps: This helps patients with non-alcoholic steatohepatitis and their doctors.

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Researchers studied a special type of material made from nanofibrous peptides to see if it could help heal tissues without using drugs, proteins, or cells. They found that when this material was implanted under the skin of rats, it quickly attracted cells that triggered the growth of new blood vessels and nerve connections, showing significant healing responses. This is important because it offers a straightforward way to enhance tissue regeneration without relying on complex treatments. Who this helps: This benefits patients needing tissue repair, such as those recovering from injuries or surgeries.

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Researchers studied a special type of gel called multidomain peptide (MDP) hydrogel to see how well it helps heal deep wounds in diabetic mice. They found that wounds healed much faster with the MDP hydrogel, closing in just 14 days, compared to standard treatments. This matters because faster healing can reduce complications for diabetic patients, making recovery easier and helping restore normal skin function. Who this helps: Diabetic patients with slow-healing wounds.

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This study looked at the presence of certain proteins in the blood of people who experienced spinal cord injuries to see if they could predict the development of neuropathic pain, which affects 40-70% of these patients. Researchers found that 43% of patients tested for one protein (GFAP) had it, but only those tested soon after injury showed higher levels if they later developed neuropathic pain. Notably, having either of the two proteins (GFAP or CRMP2) increased the likelihood of developing this pain by nearly 10 times. Who this helps: This research helps spinal cord injury patients and their doctors by identifying potential indicators of neuropathic pain.

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This study looked at how applying pressure to one leg affected blood flow and temperature in both legs. Researchers found that after using a compression device on one leg for 30 minutes, both legs showed improved blood flow reactivity, with an increase of 0.41%. The skin temperature of the treated leg went up by 1.53°C right after treatment, while the untreated leg's temperature rose by 0.60°C. This is important because it suggests that this type of therapy can enhance blood flow in both legs, which could benefit recovery and health in patients with circulation issues. Who this helps: This helps patients with poor circulation or those recovering from surgery.

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This study investigated whether curcumin, a natural compound found in turmeric, could help prevent or treat nonalcoholic steatohepatitis (NASH) in female Wistar rats fed a high-fat diet. The results showed that curcumin reduced liver inflammation and damage: it significantly decreased liver injury markers (like AST) and improved overall liver health after both prevention and treatment phases. This is important because NASH can lead to severe liver issues, and finding effective treatments could vastly improve the quality of life for those affected. Who this helps: This helps patients with NASH and healthcare providers looking for effective treatments.

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This study looked at whether taking a betalain-rich beetroot supplement for one week could improve cycling performance and certain health indicators in trained male cyclists. The results showed that the cyclists who took the supplement produced an average power output of 231.6 watts during a 30-minute cycling test, compared to 225.3 watts with a placebo, highlighting a small but significant improvement in power output. Additionally, exercise efficiency increased in the last five minutes of the test with the beetroot supplement, suggesting that it may help cyclists perform better without negatively affecting their blood health. Who this helps: This benefits athletes, particularly competitive cyclists, looking to enhance their performance.

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This study looked at a single-celled organism called Euglena gracilis to find out more about its non-coding RNAs, which are crucial for gene regulation but don't code for proteins. Researchers developed a new method to reduce the interference from ribosomal RNA and discovered 113 new small nucleolar RNAs (snoRNAs) and several types of nuclear tRNAs. This research helps us understand how these molecules contribute to modifying the organism's ribosomal RNA, shedding light on gene regulation in Euglena. Who this helps: This benefits researchers and scientists studying gene regulation and RNA biology.

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This study looked at the types of bacteria called Streptococcus pneumoniae in the lungs of children who need a tracheostomy, comparing them with those from children who were intubated for other health reasons. Researchers found that both groups had a wide variety of bacterial strains, but there were no major differences in how these bacteria behaved or how likely they were to resist penicillin. Importantly, the study identified three non-vaccine types of bacteria that were present in tracheostomy patients, which may be linked to a rise in infections in these children. Who this helps: This research benefits doctors and healthcare providers working with tracheostomy-dependent children by informing them about potential bacterial risks.

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This study looked at how background sounds affect the ability of people with hearing impairments, like those using cochlear implants, to understand speech with contextual clues. Researchers found that these distractions significantly weakened the benefits of context, especially for cochlear implant users; their pupils showed less response to the context compared to those with normal hearing. This matters because it highlights how listening conditions affect understanding, suggesting that hearing-impaired listeners might struggle more than previously thought when trying to piece together sentences in noisy environments. Who this helps: This research helps hearing-impaired patients and their healthcare providers in understanding the challenges of communication in real-world settings.

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This study looked at the effects of red spinach extract (RSE) on exercise performance in 15 active individuals. The researchers found that those who took RSE had a significant increase in their ventilatory threshold—the point during exercise where they start to breathe harder—by about 6.1%, compared to when they took a placebo. This is important because it suggests that RSE can help improve endurance and allow people to exercise longer before feeling fatigued. Who this helps: This benefits athletes and fitness enthusiasts looking to improve their performance.