bluuebunny/crossref_metadata_2025_split huggingface dataset:
Does sleep duration moderate genetic and environmental contributions to cognitive performance?
Authors: Vo Tina T , Pahlen Shandell , Kremen William S , McGue Matt , Dahl Aslan Anna , Nygaard Marianne , Christensen Kaare , Reynolds Chandra A 
Published: June 2022

Abstract
While prior research has demonstrated a relationship between sleep and cognitive performance, how sleep relates to underlying genetic and environmental etiologies contributing to cognitive functioning, regardless of the level of cognitive function, is unclear. The present study assessed whether the importance of genetic and environmental contributions to cognition vary depending on an individual’s aging-related sleep characteristics. The large sample consisted of twins from six studies within the Interplay of Genes and Environment across Multiple Studies (IGEMS) consortium spanning mid- to late-life (Average age [Mage] = 57.6, range = 27–91 years, N = 7052, Female = 43.70%, 1525 complete monozygotic [MZ] pairs, 2001 complete dizygotic [DZ] pairs). Quantitative genetic twin models considered sleep duration as a primary moderator of genetic and environmental contributions to cognitive performance in four cognitive abilities (Semantic Fluency, Spatial-Visual Reasoning, Processing Speed, and Episodic Memory), while accounting for age moderation. Results suggested genetic and both shared and nonshared environmental contributions for Semantic Fluency and genetic and shared environmental contributions for Episodic Memory vary by sleep duration, while no significant moderation was observed for Spatial-Visual Reasoning or Processing Speed. Results for Semantic Fluency and Episodic Memory illustrated patterns of higher genetic influences on cognitive function at shorter sleep durations (i.e. 4 hours) and higher shared environmental contributions to cognitive function at longer sleep durations (i.e. 10 hours). Overall, these findings may align with associations of upregulation of neuroinflammatory processes and ineffective beta-amyloid clearance in short sleep contexts and common reporting of mental fatigue in long sleep contexts, both associated with poorer cognitive functioning.
Impacts of a post-transport/pre-processing rest period on the growth performance, anthelmintic efficacy, and serum metabolite changes in cattle entering a feed yard
Authors: Dahmer Payton L , Zumbaugh Charles A , Reeb Macie E , Stafford Nicole B , Buessing Zachary T , Odde Kenneth G , Drouillard James S , Tarpoff A J , Jones Cassandra K 
Published: June 2022

AbstractA total of 80 crossbred, high-risk heifers (initially 250 ± 4.2 kg BW), were transported from an Oklahoma City, Oklahoma sale barn to the Kansas State University Beef Cattle Research Center. Cattle were unloaded and randomly placed into one of four receiving pens and provided ad libitum hay and water. Each pen was randomly assigned to one of the four rest times before processing: (1) immediately upon arrival (0); (2) after a 6-h rest period (6); (3) after a 24-h rest period (24); and (4) after a 48-h rest period (48). After all cattle were processed, heifers were allotted into individual pens with ad libitum access to a receiving ration and water. Heifers were weighed individually on d 0, 7, 14, 21, 28, and 35 to calculate average daily gain (ADG). Feed added and refusals were measured daily to determine dry matter intake (DMI). A fecal egg count reduction test and analysis of blood serum metabolites were also conducted. All data were analyzed using the GLIMMIX procedure of SAS (v. 9.4, Cary, NC) with individual animal as the experimental unit. Processing time did not impact (P &gt; 0.05) heifer BW or ADG. From d 0 to 35, DMI decreased linearly (P = 0.027) as rest time increased. The number of days for heifers to reach a DMI of 2.5% BW was linearly increased (P = 0.023) as rest time increased. There was no evidence of differences (P ≥ 0.703) among rest times for feed efficiency. While morbidity did not differ between treatments (P &gt; 0.10), mortality increased linearly (P = 0.026) as the time of rest increased. A significant processing time × day interaction (P &lt; 0.0001) was observed for the prevalence of fecal parasites, where the percentage of positive samples was significantly lower 14-d after anthelmintic treatment, regardless of the processing time. Serum IBR titer for heifers processed at either 0 or 6-h upon arrival was significantly higher (P &lt; 0.01) on d 35 compared to d 0. Heifers processed after a 48-h rest period had significantly higher glucose values (P &lt; 0.01) on d 0 compared to heifers processed at 0, 6, or 24-h. In summary, rest time prior to processing did not impact receiving calf growth performance. A 6-h rest period upon arrival appeared to be most beneficial to DMI. Anthelmintic treatment at processing reduced the parasitic load in heifers processed at all times. Vaccine titer did not increase after initial processing in heifers processed 24- or 48-h after arrival, indicating the seroconversion of IBR antibodies during the longer rest period.
Prolegomena to the UN Convention on International Mediated Settlement Agreements Resulting from Mediation
Authors: Tan David 
Published: June 2022

Abstract
This article aims to offer a detailed overview of the Singapore Convention on Mediation (formally known as the UN Convention on International Mediated Settlement Agreements Resulting from Mediation). The Convention establishes a unified, efficient system for the enforcement of international mediated settlement agreements—akin to the framework established for arbitral decisions by the 1958 New York Convention. This article offers a critical assessment of the Convention as well as some commentaries on how it will fit into the current alternative dispute resolution market. This contribution also assesses the Convention’s key features, how it is likely to be applied, as well as its perceived strengths and weaknesses.
Diagnosis and Management of a Chronic Lower-Limb Wound in a Patient with Felty Syndrome
Authors: Burgess Belinda , Cummins Lisa , Wong David , Bingley John 
Published: June 2022

ABSTRACT
The authors report the case of a 55-year-old patient with a chronic lower-limb wound thought to be secondary to vasculitis. This case illustrates the importance of maintaining a high index of suspicion for vasculitic ulcers in patients with autoimmune disease. Management considerations in this context are also discussed.
Interviewing Women with Hidradenitis Suppurativa—Thematic and Content Analysis
Authors: Fisher Shani , Ziv Michael 
Published: June 2022

ABSTRACT

OBJECTIVE
Hidradenitis suppurativa (HS) is a chronic autoinflammatory skin disease with a higher prevalence in women. The disease results in a low quality of life as well as physical and psychological comorbidities. The authors sought to determine the effects of HS on women’s self-perception and life experiences.

METHODS
Semistructured interviews were conducted with 22 women of varying age and family status. The content was transcribed and subjected to both thematic and content analyses.

RESULTS
Five themes and a number of subthemes were revealed, involving physical, emotional, coping, and functional aspects. Somatic features, especially pain, were the most troubling issues, along with the emotional burden of shame and loss of femininity and intimacy. However, women also revealed strength and expressed optimism.

CONCLUSIONS
These findings reveal the inner world of women coping with HS, addressing multiple dilemmas, problems, and concerns. Healthcare providers should pay special attention to the specific needs of these patients. Additional research is needed to further shed light on the impact of HS on women.
The association of vasomotor symptoms during the menopausal transition and cognition in later life
Authors: Peterson Amalia , Gottesman Reena T. , Miller Eliza C. , Tom Sarah E. 
Published: June 2022

Abstract

Objective
The majority of women experience vasomotor symptoms (VMS) during the menopausal transition. Whether self-reported VMS are associated with cognitive test performance later in life remains unclear. The goal of this study was to determine whether a greater burden of VMS is associated with poor later-life cognition.

Methods
The Wisconsin Longitudinal Study is a prospective study of randomly selected Wisconsin high school graduates of the class of 1957. At ages 65 and 72, a random subset of participants completed six cognitive tests, including similarities, letter and category fluency, immediate and delayed word recall, and digit ordering. Nested regression models were used to examine the association between extent of VMS, assessed at age 54, and baseline cognition at 65, adjusting for early-life socioeconomic status, women’s reproductive health variables, intelligence quotient, and midlife income. This series of models was also used to examine the association between VMS and change in cognition score from age 65 to 72. In sensitivity analyses, models were repeated in a sample using multiple imputation for missing covariates.

Results
Of the 5,326 women enrolled, 874 had data onVMS, covariates, and all cognitive tests. In an unadjusted model, higher VMS were associated with a lower similarities score (b = -0.09 95% CI -0.16 to -0.02) at age 65 but no other cognitive tests. In adjusted models, VMS were not related to cognition at age 65 or change in cognition. Results remained similar with multiple imputation.

Conclusions
Our study does not support a relationship between self-reported VMS and cognition later in life.
Real-world treatment patterns and clinical outcomes in Korean patients with AML ineligible for first-line intensive chemotherapy: A subanalysis of the CURRENT study, a non-interventional, retrospective chart review
Authors: Bang Soo-Mee , Kang Ka-Won , Song Ik-Chan , Delgado Alexander , Llamas Cynthia , Duan Yinghui , Jeong Ji-Young , Lee Je-Hwan 
Published: June 2022

AbstractBackgroundAlthough most elderly patients with acute myeloid leukemia are ineligible for intensive chemotherapy, treatment options remain limited. CURRENT (UMIN000037786), a real-world, non-interventional, retrospective chart review, evaluated clinical outcomes, clinicopathologic characteristics, and treatment patterns in these patients. We present results from a subanalysis of Korean patients in this study.MethodsPatients were aged ≥18 years with primary or secondary acute myeloid leukemia ineligible for intensive chemotherapy who initiated first-line systemic therapy or best supportive care between 2015 and 2018 across four centers in Korea. Primary endpoint was overall survival from diagnosis. Secondary endpoints included progression-free survival, time to treatment failure, and response rates. Data analyses were primarily descriptive, with time-to-event outcomes estimated using the Kaplan-Meier method, and Cox regression used to determine prognostic factors for survival.ResultsAmong 194 patients enrolled, 84.0% received systemic therapy and 16.0% received best supportive care. Median age at diagnosis was 74 and 78 years, and Eastern Cooperative Oncology Group performance status 0 or 1 was reported in 73.0% and 48.4% of patients, respectively; poor cytogenetic risk was reported in 30.1% and 16.1% of patients. Median overall survival was 7.83 versus 4.50 months, and median progression-free survival was 6.73 versus 4.50 months in the systemic therapy versus best supportive care groups. Prognostic factors (all P <0.05) affecting overall survival included secondary acute myeloid leukemia (hazard ratio, 1.67 [95% CI: 1.13–2.45]), Eastern Cooperative Oncology Group performance status ≥2 (2.41 [1.51–3.83]), poor cytogenetic risk (2.10 [1.36–3.24]), and Charlson comorbidity index ≥1 (2.26 [1.43–3.58]).ConclusionClinical outcomes are poor in Korean patients with acute myeloid leukemia ineligible for intensive chemotherapy who are prescribed current systemic therapies or best supportive care. There is a substantial unmet need for novel agents (monotherapy or in combination) to improve clinical outcomes in this patient population.
Denoising Approach Affects Diagnostic Differences in Brain Connectivity across the Alzheimer’s Disease Continuum
Authors: Blujus Jenna K. , Oh Hwamee ,   the Alzheimer’s Disease Neuroimaging Initiative
Published: June 2022

AbstractGraph theory provides a promising technique to investigate Alzheimer’s disease (AD)-related alterations in brain connectivity. However, discrepancies exist in the reported disruptions that occur to network topology across the AD continuum, which may be attributed to differences in the denoising approach used in fMRI processing to remove the effect of non-neuronal sources from signal. The current study aimed to determine if diagnostic differences in graph metrics were dependent on nuisance regression strategy. Sixty cognitively normal (CN), 60 MCI, and 40 AD matched for age, sex, and motion, were selected from the ADNI database for analysis. Resting state images were preprocessed using AFNI (v21.2.04) and 16 nuisance regression approaches were employed, which included the unique combination of four nuisance regressors (derivatives of the realignment parameters, motion censoring [euclidean norm > 0.3mm], outlier censoring [outlier fraction > .10], bandpass filtering [0.01 - 0.1 Hz]). Graph metrics representing network segregation (clustering coefficient, local efficiency, modularity), network integration (largest connected component, path length, local efficiency), and small-worldness (clustering coefficient/path length) were calculated. The results showed a significant interaction between diagnosis and nuisance approach on path length, such that diagnostic differences were only evident when motion derivatives and censoring of both motion and outlier volumes were applied. Further, regardless of the denoising approach, AD patients exhibited less segregated networks and lower small-worldness than CN and MCI. Finally, independent of diagnosis, denoising strategy significantly affected the magnitude of nearly all metrics (except local efficiency), such that models including bandpass filtering had higher graph metrics than those without. These findings suggest the relative robustness of network segregation and small-worldness properties to denoising strategy. However, caution should be taken when interpreting path length findings across studies, as subtle variations in regression approach may account for discrepancies. Continued efforts should be taken towards harmonizing preprocessing pipelines across studies to aid replication efforts and build consensus towards understanding the mechanisms underlying pathological aging.
BOSS: Beta-mixture Unsupervised Oligodendrocytes Segmentation System
Authors: Bae Eunchan , Gonzenbach Virgilio , Orthmann-Murphy Jennifer L , Shinohara Russell T. 
Published: June 2022

ABSTRACTTo develop reparative therapies for multiple sclerosis (MS), we need to better understand the physiology of loss and replacement of oligodendrocytes, the cells that make myelin and the target of damage in MS.In vivotwo-photon fluorescence microscopy allows direct visualization of oligodendrocytes in transgenic mouse models, and promises a deeper understanding of the longitudinal dynamics of replacing oligodendrocytes after damage. However, the task of tracking oligodendrocytes requires extensive human effort and is especially challenging in three-dimensional images. While several models exist for automatically annotating cells in two-dimensional images, few models exist to annotate cells in three-dimensional images and even fewer are designed for tracking cells in longitudinal imaging. Furthermore, the complexity of processes and myelin formed by individual oligodendrocytes can result in the failure of algorithms that are specifically designed for tracking cell bodies alone. Here, we propose a novel beta-mixture unsupervised oligodendrocyte segmentation system (BOSS) that can segment and track oligodendrocytes in three-dimensional images over time that requires minimal human input. We evaluated the performance of the BOSS model on a set of eight images obtained longitudinally. We showed that the BOSS model can segment and track oligodendrocytes similarly to a blinded human observer. Our method offers many advantages, as it does not require fully curated data, reduces computational time, and most importantly recapitulates cell dynamic patterns observed by manually tracking oligodendrocytes. Although BOSS was developed to apply to our studies on oligodendrocytes, we anticipate that it can be modified to study four-dimensional in vivo data of any brain cell.
Quantitative whole-tissue 3D imaging reveals bacteria in close association with mouse jejunum mucosa
Authors: Poceviciute Roberta , Bogatyrev Said R. , Romano Anna E. , Dilmore Amanda H. , Mondragón-Palomino Octavio , Takko Heli , Ismagilov Rustem F. 
Published: June 2022

AbstractBackgroundThe small intestine (SI) is the primary site of nutrient absorption, so its large surface area lacks the thick protective mucus that is characteristic of the large intestine. Because the SI epithelium is relatively exposed, any microbes that colonize the thin mucosa of the SI may exert a substantial effect on the host. Thus far, potential bacterial colonization of the SI mucosa has only been documented in disease states, suggesting mucosal colonization is a rare occurrence, likely requiring multiple perturbations.ResultsHere, we tested whether we could induce bacterial association with jejunum mucosa by a combination of malnutrition and oral co-gavage with a specific bacterial cocktail (E. coli and Bacteroides spp.) that has previously induced environmental enteropathy in mouse models. To overcome the current limitations in imaging and allow definite determination of whether bacterial colonization of the SI mucosa is occurring, we optimized our previously developed whole-tissue three-dimensional (3D) imaging tools with third-generation hybridization chain reaction (HCR v3.0) probes. Only in mice that were malnourished and gavaged with the bacterial cocktail did we detect dense bacterial clusters surrounding intestinal villi suggestive of colonization. Healthy mice gavaged with bacteria and malnourished mice not gavaged with bacteria showed no evidence of mucosal colonization. Furthermore, in malnourished mice gavaged with bacteria we detected villus loss, which may represent one possible consequence that bacterial colonization of the SI mucosa has on the host.ConclusionsOur results suggest that dense bacterial colonization of jejunum mucosa is possible in the presence of multiple perturbations and that villus loss may be one possible consequence to such colonization. Furthermore, our results demonstrate the utility of whole-tissue 3D imaging tools. Although 2D imaging of thin sections may have failed to detect and capture the full spatial complexity of such rare events, whole-tissue 3D imaging tools enabled their detection over large areas of intestinal mucosa and visualization of their spatial complexity in 3D.
Lactose-based surfactants complexable with oligonucleic acids as gene delivery agents
Authors: Wilkowska Michalina , Makrocka-Rydzyk Monika , Michocka Katarzyna , Zieliński Ryszard , Sobczak Krzysztof , Kozak Maciej 
Published: June 2022

AbstractAdvances in molecular medicine related to the treatment of genetic disorders and cancer require finding new pathways for gene transfer. Nonviral delivery methods rely on the application of polymers, liposomes and cationic lipid systems used as vehicle. Among these systems, there is increasing interest in surfactants, which, due to their ability to complex with nucleic acids can deliver into cell DNA or RNA molecules of almost any size, which is unattainable with viral gene delivery systems.The main aim of this study was to determine the effect of the concentration of lactose-based surfactants (zwitterionic derivatives of sulfobetaine with carbohydrate moieties) on the structure of DNA/RNA as well as to explore their abilities of nucleic acid complexation. Structural studies of DNA or RNA in complexes with surfactants of two types at various concentrations were conducted using circular dichroism (CD) spectroscopy, gel electrophoresis (GE) and synchrotron radiation small angle X-ray scattering (SR-SAXS). Our studies showed that the examined surfactants have excellent properties of forming complexes with DNA and RNA. Additionally, to determine the cytotoxicity and transfection abilities of the studied lipoplexes, preliminary tests were performed in HeLa and fibroblast cells. The obtained results suggest that these systems have relatively low toxicity; however, further research is needed in this area.
Deciphering inhibitory mechanism of coronavirus replication through host miRNAs-RNA-dependent RNA polymerase (RdRp) interactome
Authors: Morenikeji Olanrewaju B. , Adegbaju Muyiwa S. , Okoh Olayinka S. , Babalola Asegunloluwa E. , Grytsay Anastasia , Braimah Olubumi A. , Akinyemi Mabel O. , Thomas Bolaji N. 
Published: June 2022

AbstractDespite what we know so far, Covid-19, caused by SARS-CoV-2 virus, remains a pandemic that still require urgent healthcare intervention. The frequent mutations of the SARS-CoV-2 virus has rendered disease control with vaccines and antiviral drugs quite difficult and challenging, with newer variants surfacing constantly. There is therefore the need for newer, effective and efficacious drugs against coronaviruses. Considering the role of RNA dependent, RNA polymerase (RdRp) as an important enzyme necessary for the virus life cycle and its conservation among coronaviruses, we investigated potential host miRNAs that can be employed as broad-range antiviral drugs averse to coronaviruses, with particular emphasis on BCoV, MERS-CoV, SARS-CoV and SARS-CoV-2. miRNAs are small molecules capable of binding mRNA and regulate expression at transcriptional or translational levels. Our hypothesis is that host miRNAs have the potential of blocking coronavirus replication through miRNA-RdRp mRNA interaction. To investigate this, we downloaded the open reading frame (ORF 1ab) nucleotide sequences and used them to interrogate miRNA databases for miRNAs that can bind them. We employed various bioinformatics tools to predict and identify the most effective host miRNAs. In all, we found 27 miRNAs that target RdRp mRNA of multiple coronaviruses, of which three - hsa-miR-1283, hsa-miR-579-3p, and hsa-miR-664b-3p target BCoV, SARS-CoV and SARS-CoV-2. Additionally, hsa-miR-374a-5p has three bovine miRNAs homologs viz bta-miR-374a, bta-miR-374b, and bta-miR-374c. Inhibiting the expression of RdRp enzyme via non-coding RNA is novel and of great therapeutic importance in the control of coronavirus replication, and could serve as a broad-spectrum antiviral, with hsa-miR-1283, hsa-miR-579-3p, and hsa-miR-664b-3p highly promising.
Auditory neural tracking reflects target enhancement but not distractor suppression in a psychophysically augmented continuous-speech paradigm
Authors: Orf Martin , Wöstmann Malte , Hannemann Ronny , Obleser Jonas 
Published: June 2022

SummarySelective attention modulates the neural tracking of speech in auditory cortical regions. It is unclear whether this attention modulation is dominated by enhanced target tracking, or suppression of distraction. To settle this long-standing debate, we here employed an augmented electroencephalography (EEG) speech-tracking paradigm with target, distractor, and neutral streams. Concurrent target speech and distractor (i.e., sometimes relevant) speech were juxtaposed with a third, never task-relevant speech stream serving as neutral baseline. Listeners had to detect short target repeats and committed more false alarms originating from the distractor than the neutral stream. Speech tracking revealed target enhancement but no distractor suppression below the neutral baseline. Speech tracking of the target (not distractor or neutral speech) explained single-trial accuracy in repeat detection. In sum, the enhanced neural representation of target speech is specific to processes of attentional gain for behaviourally relevant target speech rather than neural suppression of distraction.