anthonyyazdaniml/gliner-biomed-curated-corpus huggingface dataset:
OBJECTIVE: To investigate the risk factors for deep vein thrombosis (DVT) following total hip arthroplasty (THA).
METHODS: Patients who underwent THA in the Department of Joint Surgery at the Sixth Affiliated Hospital of Xinjiang Medical University from September 2020 to December 2022 were retrospectively selected based on inclusion criteria. They were divided into the DVT group (n = 65) and the non-DVT group (n = 397) according to the occurrence of postoperative DVT. The following variables were reviewed for both groups: age, sex, Body Mass Index (BMI), affected limb, previous history (smoking and drinking), diabetes, hypertension, operation time, total cholesterol, triglycerides, fibrinogen, hemoglobin, albumin, platelets, D-dimer, International Normalized Ratio (INR), and fibrin degradation products. Univariate analysis was conducted on these factors, and those with statistical significance were further analyzed using a binary logistic regression model to assess their correlation with DVT after THA.
RESULTS: A total of 462 patients were included in the study, with the DVT group representing approximately 14% and the non-DVT group approximately 86%. The DVT group had an average age of 67.27 ± 4.10 years, while the non-DVT group had an average age of 66.72 ± 8.69 years. Univariate analysis revealed significant differences in diabetes mellitus, preoperative fibrinogen, preoperative D-dimer, preoperative INR, and preoperative and postoperative fibrin degradation products between the DVT and non-DVT groups. Binary logistic regression analysis identified diabetes mellitus, elevated preoperative fibrinogen, preoperative D-dimer, and preoperative INR (p < 0.05) as risk factors for DVT after THA.
CONCLUSION: This study found that diabetes mellitus, elevated preoperative fibrinogen, preoperative D-dimer, and preoperative INR are independent risk factors for DVT following THA. Surgeons should thoroughly assess these risk factors, implement timely and effective interventions, and guide patients to engage in functional exercises as early as possible to reduce the incidence of DVT, thereby improving the outcomes of THA and improving patient quality of life.
Spinal and thoracic deformities in children can be treated with vertical expandable prosthetic titanium ribs (VEPTR©, Synthes GmbH®) to stimulate thoracic and spinal growth. With these implants children's symptoms and conditions can be slowed, halted or even reversed. Because of the dynamic character of the deformity and the growth of the children, the implants have to be lengthened about every half a year. With each operation there is a small risk of infection, which might increase with number of previous surgeries. Implant associated infections are often not clinical apparent and only found in microbiological analysis. To objectify the infection rate, identify potential precursors of infections and the relevance of asymptomatic infections in children with these implants a prospective study is conducted.
A User Domain Concept (UDC) node of the personalized data graph may be generated by a user device. The UDC node may include customization information representing a certain user-customized portion of health data, such as data obtained from an Electronic Health Record (EHR) system. The UDC node may be generated based on customization requests, e.g. requests from users to customize the portion of the health data and/or other aspects. The UDC node may store relationship information between nodes and may be used to improve the operation of a user interface presenting the health data. This may be accomplished, at least in part, by providing user customization of the user interface (e.g., favorites records, adding records to lists, giving records aliases).
Frailty concept has been created to screen the older people at risk for dependency and to propose preventive intervention. Muscle function is at the centre of the concept and the majority of interventions proposed to reverse or to prevent frailty have targeted physical function. Anatomical and functional alteration of muscle, called sarcopenia is defined as a low skeletal muscle mass, a decrease in strength (dynapenia or sarcopenia is the age-associated loss of muscle strength that is not caused by neurologic or muscular diseases) and functional consequences such as low gait speed. Qualitative analysis should be associated with quantitative (mass) analysis in older subjects assessed for frailty. Muscle architecture, lipid and active tissue muscle content should be measured. Proton NMR imaging (MRI) can be used for this purpose. Brain changes were also reported to be associated with frailty. The study of structural changes associated with brain MRI alterations may better explain the frailty process.

Robust, frail and pre-frail subjects will be compared for clinical and MRI data. Grey matter volumes, white matter hyperintensities, diffusion tensor imaging data and muscle assessments relationships will be described After baseline assessment follow-up will be performed by phone calls after one month and after six months to record the number of falls and severity, the number of unscheduled hospitalization, the admission in institution for older people and death.
Mesenchymal stem cells (MSC)-derived exosomes (Exo) are a possible option for hyperoxia-induced lung injury (HLI). We wanted to see if melatonin (MT)-pretreated MSC-derived exosomes (MT-Exo) were more effective against HLI, and we also tried to figure out the underlying mechanism. HLI models were established by hyperoxia exposure. HE staining was adopted to analyze lung pathological changes. MTT and flow cytometry were used to determine cell viability and apoptosis, respectively. The mitochondrial membrane potential (MMP) was analyzed using the JC-1 probe. LDH, ROS, SOD, and GSH-Px levels were examined by the corresponding kits. The interactions between miR-18a-5p, PUM2, and DUB3 were analyzed by molecular interaction experiments. MT-Exo could effectively inhibit hyperoxia-induced oxidative stress, inflammatory injury, and apoptosis in lung epithelial cells, while these effects of MT-Exo were weakened by miR-18a-5p knockdown in MSCs. miR-18a-5p reduced PUM2 expression in MLE-12 cells by directly targeting PUM2. In addition, PUM2 inactivated the Nrf2/HO-1 signaling pathway by promoting DUB3 mRNA decay post-transcriptionally. As expected, PUM2 overexpression or DUB3 knockdown abolished the protective effect of MT-Exo on hyperoxia-induced lung epithelial cell injury. MT-Exo carrying miR-18a-5p reduced hyperoxia-mediated lung injury in mice through activating Nrf2/HO-1 pathway. MT reduced PUM2 expression and subsequently activated the DUB3/Nrf2/HO-1 signal axis by increasing miR-18a-5p expression in MSC-derived exosomes to alleviate HLI.
Oxygen is essential to fuel aerobic metabolism. Some species evolved mechanisms to tolerate periods of severe hypoxia and even anoxia in their environment. Among them, goldfish (Carassius auratus) are unique, in that they do not enter a comatose state under severely hypoxic conditions. There is thus significant interest in the field of comparative physiology to uncover the mechanistic basis underlying hypoxia tolerance in goldfish, with a particular focus on the brain. Taking advantage of the recently published and annotated goldfish genome, we profile the transcriptomic response of the goldfish brain under normoxic (21 kPa oxygen saturation) and, following gradual reduction, constant hypoxic conditions after 1 and 4 weeks (2.1 kPa oxygen saturation). In addition to analyzing differentially expressed protein-coding genes and enriched pathways, we also profile differentially expressed microRNAs (miRs). Using in silico approaches, we identify possible miR-mRNA relationships. Differentially expressed transcripts compared to normoxia were either common to both timepoints of hypoxia exposure (n = 174 mRNAs; n = 6 miRs), or exclusive to 1-week (n = 441 mRNAs; n = 23 miRs) or 4-week hypoxia exposure (n = 491 mRNAs; n = 34 miRs). Under chronic hypoxia, an increasing number of transcripts, including those of paralogous genes, was downregulated over time, suggesting a decrease in transcription. GO-terms related to the vascular system, oxidative stress, stress signalling, oxidoreductase activity, nucleotide- and intermediary metabolism, and mRNA posttranscriptional regulation were found to be enriched under chronic hypoxia. Known 'hypoxamiRs', such as miR-210-3p/5p, and miRs such as miR-29b-3p likely contribute to posttranscriptional regulation of these pathways under chronic hypoxia in the goldfish brain.
Schizophrenia is a severely debilitating mental disorder. People with schizophrenia often experience unusual thoughts or perceptions, decreased pleasure in everyday life, and difficulty functioning in social situations. Antipsychotic medications have been shown to be effective in improving the symptoms of schizophrenia. Poor adherence to medication, however, leads to re-hospitalization, impedes the process of recovery, and contributes to the high costs associated with schizophrenia treatment. Studies have shown that PharmCAT, cognitive adaptive training that specifically targets medication adherence, has been effective in improving adherence and outcomes in people with schizophrenia. The Med-eMonitor™ is a new pill device that is able to alert patients when they should take medication, when they are taking the wrong medication, and when they are taking medication at the wrong time. The device can also record side effect complaints and then send stored information to treatment staff. The capabilities of the Med-eMonitor™ eliminate the need for the weekly home visits that are necessary in the PharmCAT program, and may make treatment more easily available to individuals in remote or rural settings. This study will compare the effectiveness of PharmCAT, the Med-eMonitor™, and standard treatment in improving medication adherence and treatment outcome in people with schizophrenia.

Participants in this study will be randomly assigned to one of the following treatment groups: (1) PharmCAT; (2) the Med-eMonitor™; or (3) standard treatment. Participants in Group 1 will receive weekly home visits from a case manager. These visits will specifically target medication adherence. Participants in Group 2 will use the Med-eMonitor™ device. Data recorded by the device will be sent electronically to study staff. Participants in Group 3 will keep the Med-eMonitor™ device in their homes throughout the study but will not use its medication reminder function. The device will record only when medication is taken. All participants will report to the study site at study entry and Months 4, 7, and 10 for measures of symptoms, functioning, social activities, and relationships.
A 9-year-old castrated male German shepherd dog was presented because of a 2-day history of lethargy and anorexia. Abdominal distention and free peritoneal fluid were noted on physical examination, which prompted radiographs revealing a large, soft tissue and stippled gas opaque structure in the right cranial abdomen. Computed tomography was used to further describe the structure and assess for comorbidities in the dog. Both CT and abdominal radiographs supported a diagnosis of emphysematous splenic torsion. The enlarged spleen was surgically extracted, along with sections of necrotic omentum. Four days after the procedure, the dog developed a portal vein thrombus and secondary abdominal effusion, which ultimately led to the decision for humane euthanasia. Veterinarians should know the different imaging modalities used to diagnose splenic torsion and the possible postoperative complications following treatment.
The number of men surviving after being diagnosed with prostate cancer has increased rapidly. According to population-based cancer registry data, 10-year survival has tripled in the past 40 years in the UK. Androgen deprivation therapy (ADT) is a mainstay of prostate cancer treatment and has been shown in randomized controlled trials to improve overall survival when used with radiation for intermediate- and high-risk localized disease, as well as locally advanced and node-positive disease, and after surgery for the node-positive disease. Although ADT can improve survival, it can also cause significant morbidity and a decrement in quality of life. One of the most bothersome side effects is hot flashes. They are experienced as sudden and transient episodes of heat and sweating, with possible co-occurring palpitations and anxiety, usually persist long-term. The prevalence estimated that 44-80% of patients undergoing ADT report hot flashes and up to 27% report this as the most troublesome adverse effect. Although hot flashes are not fatal morbidity, it may interfere with adherence to lifesaving therapies or ablative therapies that are used to prevent or treat cancer.

Currently, most intervention studies for hot flashes have evaluated treatments in breast cancer patients or women who are postmenopausal. Venlafaxine, a selective serotonin reuptake inhibitor, appears to be effective and safe in both breast cancer women and prostate cancer men with hot flashes. It has been recommended for practice in men with strong evidence from multiple rigorously designed studies. However, some prostate cancer patients cannot take venlafaxine because of side effects such as nausea, headache, dry mouth, dizziness, insomnia, and constipation. Thus, an alternative therapy is needed. A systematic review identified six studies of acupuncture for hot flashes, of which none were randomized and placebo-controlled. Although acupuncture is a nonpharmacologic therapy and has been confirmed that could be helpful in the management of hot flashes among breast cancer survivors, there is no placebo acupuncture-controlled trials demonstrating its efficacy in men.
Adults undergoing liver transplantation. Mass balance of albumin will be undertaken by sampling of albumin in plasma and in all fluids that is infused or lost from the body to keep track of albumin and hemoglobin changes until hospital discharge or postoperative day 21. B-Hb is taken routinely and not study specific samples. Plasma for ELISAs is taken at 2-3 time points. A infusion of deuterium labeled phenylalanine will be given in the ICU at 1-3 occasions to determine the synthesis rate of albumin.
The experimental group will comprise 20 patients submitted to miniscrew anchored maxillary protraction (MAMP) with a tooth-bone-borne expander as anchorage in the maxillary arch. The miniscrew assisted rapid palatal expander (MARPE) will be used.
PURPOSE:To obtain the subject composition applicable to a wide variety of drugs and having controllable digestibility in body by including a drug in a matrix composed of a chemically crosslinked chitosan derivative soluble in water and organic solvent and acetylating residual amino group. CONSTITUTION:The objective drug composition can be produced by adding a drug to a solution of a chitosan derivative soluble in water and organic solvent (e.g. a hydroxyalkylchitosan derivative having an average molar number of added alkylene oxide of >=1 and produced by etherifying chitin and chitosan with an alkylene oxide), adding a crosslinking agent (e.g. dialdehyde or dicyanate), stirring the obtained mixture, crushing the formed gel, adjusting the particle diameter of the crushed gel, suspending in a solvent such as ethanol and acetylating the product. Since the drug can be included in neutral state or in an organic solvent, a drug susceptible to acid can be used. The digestibility in the body can be controlled by controlling the crosslinking degree and acetylation degree.
Selection of patients with early rectal cancer, T1 rectal cancer (T1RC) or high-grade dysplasia (HGD), for local resection is based on endoscopic imaging, endorectal ultrasound and/or MRI. However, all these imaging modalities have their limitations in the accurate detection of small areas of cancer in large rectal polyps. Fluorescent guided endoscopy may offer the opportunity to aid in detecting these small cancerous areas in colorectal polyps.

Detection of T1RC or HGD in large rectal polyps is essential to select patients for the appropriate (endoscopic) resection technique. Completely benign polyps, solely containing low-grade dysplasia (LGD), could be resected by piecemeal endoscopic mucosal resection (pEMR), a fast technique on which almost all endoscopists are trained. However, for rectal polyps with T1RC or HGD, curative resection must be achieved by en-bloc resection techniques such as endoscopic submucosal dissection (ESD) or endoscopic intermuscular dissection (EID). These techniques are more complex and expensive and only a small number of endoscopists are trained on these techniques. pEMR of lesions with HGD or T1RC must be avoided because they may result in irradical resections (R1) or in inconclusive histological margin assessment since the polyp is not resected en-bloc. Often, this leads to unnecessary additional abdominal surgical resections.

Furthermore reported sensitivities for optical diagnosis of T1RC in a polyp are low, varying from 20.8% to 77.8%. Because of the limited accuracy of optical diagnosis, the current Dutch guideline suggest that rectal polyps \>3cm should be resected in an en-bloc manner, although it has been demonstrated that only 10.2% of rectal polyps \>3cm contain a malignant component. Similarly, in recent studies it was shown that 10-15% of entirely benign polyps were removed by abdominal surgery rather than endoscopically. This has major implications for the patient since surgical resection is associated with considerable morbidity. Therefore, there is a need of a technique that provide the endoscopist with real-time information about specific molecular features of the tumor to differentiate between benign polyps with LGD amenable for pEMR and those that contain HGD or T1RC that require en-bloc resection. Tumor targeted fluorescence-guided surgery (FGS) has emerged as a technique with the potential to enable real-time lesion visualization based on specific molecular features rather than on morphology. Recently it was shown that carcinoembryonic antigen (CEA) is overexpressed in approximately 75% of T1RC/HGD. Additionally, expression in LGD was (nearly) absent in 66% of low-grade dysplastic tissue and in 98% of normal rectum tissue, making it a suitable marker for distinguishing T1RC and HGD from LGD and normal tissue. CEA can be targeted by SGM-101, an anti-CEA antibody attached to a fluorophore which has been studied in several clinical studies for patients with colorectal cancer undergoing surgery. The investigators hypothesize that the use of SGM-101 during endoscopy aids the endoscopist in discriminating benign polyps with solely LGD from polyps containing T1RC/HGD.
Bitterness-receptor gene TAS2R38 is associated with taste sensitivity and dietary behaviour, and is known to play a critical role in adiposity. However, evidence regarding body composition from a large cohort is lacking. This study aimed to ascertain whether TAS2R38 rs10246939 C > T bitterness genetic variation is associated with body composition in Korean individuals. The TAS2R38 rs10246939 genotypes, anthropometric measurements, and body composition of 1,843 males and 1,801 females from the Korean Genome and Epidemiology Study were analysed. Findings suggested that there was a significant difference in body fat components by TAS2R38 genotype. Furthermore, the bitterness genotype exhibited a positive association with adiposity markers in females. The TT genotype showed greater body mass index, body fat percentage, and degree of obesity than those with the C allele. However, such an association was not observed in males. In conclusion, this study suggests that TAS2R38 rs10246939 is associated with fat tissue markers in Korean females.
The present invention is directed to methods of repairing damaged or diseased, specialized or differentiated tissue in mature animals, particularly neuronal tissue such as retinas. In particular, the invention relates to transplantation of adult, hippocampus-derived progenitor cells into a selected neural tissue site of a recipient. These cells can functionally integrate into mature and immature neural tissue. The invention encompasses, in one aspect, repopulating a retina of a dystrophic animal with neurons, by injecting clonally derived, adult central nervous system derived stem cells (ACSC) derived from a healthy donor animal into an eye of the dystrophic recipient. Herein disclosed is the first successful and stable integration of clonally derived ACSC into same-species but different strain recipients (e.g., Fischer rat-derived adult hippocampal derived progenitor cells (AHPCs) into dystrophic RCS rats). Surprisingly, AHPCs were also found to integrate successfully into a xenogeneic recipient (e.g., rat AHPCs into the retina of dystropic rd-I mice).
A controller (380) includes a memory (330) that stores instructions and a processor (320) that executes the instructions. The instructions cause the controller (380) to perform a process that includes receiving (S656A, S656B) sensor data from a first sensor and a second sensor. The sensor data includes a time series of observations representing a first activity and a second activity. The controller (380) generates (S658A, S658B, S658C, S658D) a model for each activity, the model relating to the progress of the state indicated by the sensor data from each sensor. The controller (380) receives (S659A, S659B) additional sensor data from each sensor, the additional sensor data comprising a time series of observations representative of the first activity and the second activity. The controller (380) determines (S660) a likelihood that the model generates a portion of the additional sensor data, and calculates (S662) a pair-wise distance between the determined likelihoods that are specific to each sensor to obtain a calculated distance. The calculated distances for each sensor are grouped (S664), and a correlation of each sensor with each activity is determined (S666) by performing a regression model using the grouped calculated distances.
Cardiac surgery with Mini Extra Corporeal Circulation (MECC). Heparin low dose (150 UI/Kg).
Mastocytosis is a rare disease caused by abnormal mast cell accumulation/proliferation. Its clinical features are very heterogeneous. Among adult patients, 15% present an isolated cutaneous mastocytosis (CM), while 85% of them present a systemic mastocytosis (SM) with cutaneous lesions. In addition, regardless of the diagnosis (i.e., CM or SM), it is frequent to observe mast cell-dependent symptoms of variable severity, ranging from gastrointestinal discomfort to life-threatening reactions. To date, the origin of such heterogeneous manifestations in adult patients is still elusive. Researchers hypothesize that the heterogeneity in mastocytosis symptoms might originate, at least in part, from a broad diversity of mast cell populations in patients. This study will aim to uncover heterogeneity of skin-resident mast cells and of blood circulating hematopoietic progenitors in patients suffering from isolated CM or SM with skin lesions. Patients with isolated CM and patients with SM with cutaneous involvement will be recruited from the Mastocytosis Expert Center of Toulouse.

Cluster of Differentiation (CD) 45+ cells from skin biopsies and CD 34+ cells from blood will be isolated by magnetic cell sorting for scRNAseq. Bioinformatics analysis pipeline will be used in order to analyze the cellular heterogeneity of skin lesions and blood from CM and SM patients by comparing their transcriptomic signatures. Using trajectories analysis, the researchers will then deduce infer a differentiation pathway between blood progenitors and cutaneous mast cells at the patient level. Researchers will then confirm the expression of identified relevant biomarkers by highly multiplexed imaging in frozen skin biopsies from CM patients and from SM patients.
Subjects in Arm 4 will not take any antibiotics prior to the meal challenge. They will consume a challenge meal of whole, unprocessed foods.