bluuebunny/crossref_metadata_2025_split huggingface dataset:
Local interactions and homophily effects in actor collaboration networks for urban resilience governance
Authors: Li Qingchun , Mostafavi Ali 
Published: November 2021

AbstractUnderstanding actor collaboration networks and their evolution is essential to promoting collective action in resilience planning and management of interdependent infrastructure systems. Local interactions and choice homophily are two important network evolution mechanisms. Network motifs encode the information of network formation, configuration, and the local structure. Homophily effects, on the other hand, capture whether the network configurations have significant correlations with node properties. The objective of this paper is to explore the extent to which local interactions and homophily effects influence actor collaboration in resilience planning and management of interdependent infrastructure systems. We mapped bipartite actor collaboration network based on a post-Hurricane Harvey stakeholder survey that revealed actor collaborations for hazard mitigation. We examined seven bipartite network motifs for the mapped collaboration network and compared the mapped network to simulated random models with same degree distributions. Then we examined whether the network configurations had significant statistics for node properties using exponential random graph models. The results provide insights about the two mechanisms—local interactions and homophily effect—influencing the formation of actor collaboration in resilience planning and management of interdependent urban systems. The findings have implications for improving network cohesion and actor collaborations from diverse urban sectors.
Influence of urban land-use change on cold-air path occurrence and spatial distribution
Authors: Grunwald Laura , Weber Stephan 
Published: November 2021

AbstractThe urban population is predicted to reach a 70% share of global population by mid-century. Future urbanization might be directed along several development typologies, e.g. sprawling urbanization, more compact cities, greener cities, or a combination of different typologies. These developments induce urban land-use change that will affect urban climate and might reinforce phenomena such as the urban heat island and thermal discomfort of urban residents. A planning-based mitigation approach to ensure thermal comfort of residents are urban cold-air paths, i.e. low-roughness areas enabling drainage and transport of colder air masses from rural surroundings. We study how urban land-use change scenarios influence cold-air path occurrence probability and spatial distribution in a mid-European city using a machine learning approach, i.e. boosted regression trees. The Urban Sprawl Scenario results in the strongest reduction of cold-air path area by 3.6% in comparison to the reference case. The Green City Scenario gives evidence for an increase of cold-air path area (2.2%) whereas the Compact Green City Scenario partly counteracts the negative influence of urban densification by increased fractions of vegetated areas. The proposed method allows for the identification of priority areas for cold-air path preservation in urban planning.
Enlarging ovarian cysts mimicking malignant or borderline tumors during pregnancy
Authors: Dai Yibo , Liu Guoli , Wang Yan , Wei Jun , Wang Zhiqi , Wang Jianliu 
Published: November 2021

AbstractBackgroundOvarian cysts are uncommon gestational complications. Because of high-level progesterone, ovarian endometriomas may undergo decidualization during pregnancy, manifesting as enlarging cysts with papillae and rich blood flow. Such cases can mimic malignant or borderline tumors, causing dilemmas in clinical management. Here, we present two cases of enlarging ovarian cysts during pregnancy with evidence suggesting decidualized endometrioma. The diagnosis and treatment are further discussed, which add to our limited knowledge and might help future clinical practice.Case summaryIn the first case, a right ovarian cyst was detected by ultrasound in a 32-year-old pregnant woman. The cyst measured 4.2 cm in diameter at 7+6weeks of gestation, and gradually increased to 9.6 cm ​× ​7.6 cm ​× ​5.6 cm at 37+5weeks, with multiple solid papillae lining the inner wall. During cesarean section, an ovarian mass of approximately 9 cm in diameter was surgically removed, which was later identified by pathological review as an endometrioma with decidualization. The second case also presented as an enlarging ovarian mass during the first and second trimester. The size of the cyst peaked at 24+5weeks of gestation, measuring 6.9 cm ​× ​5.6 cm ​× ​4.1 cm. But in the third trimester, the tumor slightly regressed. Careful follow-up was adopted after successful vaginal delivery, and the cyst was found to have undergone quick regression shortly after pregnancy. Both patients recovered well after delivery with no further complications.ConclusionEndometriomas with decidualization during gestation may resemble borderline or malignant tumors. Close monitoring and proper management are essential for guiding clinical management.
Unseen City
Authors: Mukherjee Ankhi 
Published: November 2021

In Unseen City: The Psychic Lives of the Urban Poor, Ankhi Mukherjee offers a magisterial work of literary and cultural criticism which examines the relationship between global cities, poverty, and psychoanalysis. Spanning three continents, this hugely ambitious book reads fictional representations of poverty with each city's psychoanalytic and psychiatric culture, particularly as that culture is fostered by state policies toward the welfare needs of impoverished populations. It explores the causal relationship between precarity and mental health through clinical case studies, the product of extensive collaborations and knowledge-sharing with community psychotherapeutic initiatives in six global cities. These are layered with twentieth- and twenty-first-century works of world literature that explore issues of identity, illness, and death at the intersections of class, race, globalisation, and migrancy. In Unseen City, Mukherjee argues that a humanistic and imaginative engagement with the psychic lives of the dispossessed is key to an adapted psychoanalysis for the poor, and that seeking equity of the unconscious is key to poverty alleviation.
Effects of diets rich in ghee or olive oil on cardiometabolic risk factors in healthy adults: a two-period, crossover, randomised trial
Authors: Mohammadi Hosseinabadi Susan , Nasrollahzadeh Javad 
Published: November 2021

AbstractThis study aimed to evaluate the cardiovascular health-related effects of consuming ghee in the usual diet. Thirty healthy men and women were studied in a free-living outpatient regimen. The participants were instructed for the isoenergetic inclusion of ghee or olive oil in their diets for 4 weeks using a randomised crossover design. At the end of run-in (baseline), 2-week wash-out and interventions, fasting blood samples were drawn. In addition, 2-h postprandial blood samples were collected after ingestion of a meal containing olive oil or ghee at week 4 of each dietary intervention. Body weight was not different between the two interventions. Compared with the olive oil, the diet with ghee increased fasting plasma apo-B (apo B) (0·09, 95 % CI 0·02, 0·17 g/l, P = 0·018), non-HDL-cholesterol (non-HDL-cholesterol) (0·53, 95 % CI 0·01, 1·05 mmol/l, P = 0·046) and LDL-cholesterol did not differ significantly between diet groups (0·29, 95 % CI –0·05, 0·63 mmol/l, P = 0·092), but had no significant effect on total cholesterol:HDL-cholesterol ratio (0·75, 95 % CI − 0·24 to 1·74 mmol/l, P = 0·118). No significant difference was observed in fasting as well as 2-h postprandial plasma TAG, glucose, insulin and plasminogen activator inhibitor-1 concentrations. This study showed that ghee that is predominantly saturated fats had an increasing effect on plasma apo B and non-HDL-cholesterol compared with olive oil, adding further evidence to the existing recommendations to replace dietary fats high in SFA with dietary fats high in unsaturated fats to reduce CVD risk.
Evolutionary foundations of knowledge and belief attribution in nonhuman primates
Authors: Kano Fumihiro , Call Josep 
Published: November 2021

Abstract
Recent findings from anticipatory-looking false-belief tests have shown that nonhuman great apes and macaques anticipate that an agent will go to the location where the agent falsely believed an object to be. Phillips et al.'s claim that nonhuman primates attribute knowledge but not belief should thus be reconsidered. We propose that both knowledge and belief attributions are evolutionary old.
Teleology first: Goals before knowledge and belief
Authors: Schlicht Tobias , Brandl Johannes L. , Esken Frank , Glock Hans-Johann , Newen Albert , Perner Josef , Poprawe Franziska , Schmidt Eva , Strasser Anna , Wolf Julia 
Published: November 2021

AbstractComparing knowledge with belief can go wrong in two dimensions: If the authors employ a wider notion of knowledge, then they do not compare like with like because they assume a narrow notion of belief. If they employ only a narrow notion of knowledge, then their claim is not supported by the evidence. Finally, we sketch a superior teleological view.
Conceptual design and error analysis of a cable-driven parallel robot
Authors: Li Jiaxuan , Zhao Yongjie , Tang Qingqiong , Sun Wei , Yuan Feifei , Lu Xinjian 
Published: November 2021

AbstractThis paper develops the conceptual design and error analysis of a cable-driven parallel robot (CDPR). The earlier error analysis of CDPRs generally regarded the cable around the pulley as a center point and neglected the radius of the pulleys. In this paper, the conceptual design of a CDPR with pulleys on its base platform is performed, and an error mapping model considering the influence of radius of the pulleys for the CDPR is established through kinematics analysis and a full matrix complete differential method. Monte Carlo simulation is adopted to deal with the sensitivity analysis, which can directly describe the contribution of each error component to the total orientation error of the CDPR by virtue of the error modeling. The results show that the sensitivity coefficients of pulleys’ geometric errors and geometric errors of the cables are relatively larger, which confirms that the cable length errors and pulleys’ geometric errors should be given higher priority in design and processing.
Word-order variation in a contact setting: A corpus-based investigation of Russian spoken in Daghestan
Authors: Naccarato Chiara , Panova Anastasia , Stoynova Natalia 
Published: November 2021

AbstractThis paper deals with word-order variation in a situation of language contact. We present a corpus-based investigation of word order in the variety of Russian spoken in Daghestan, focusing specifically on noun phrases with a genitive modifier. In Daghestanian Russian, the nonstandard word order GEN+N (prepositive or left genitive) often occurs. At first glance, this phenomenon might be easily explained in terms of syntactic calquing from the speakers’ left-branching L1s. However, the order GEN+N does not occur with the same frequency in all types of genitive noun phrases but is affected by several lexicosemantic and formal features of both the head and the genitive modifier. Therefore, we are not dealing with simple pattern borrowing. Rather, L1 influence strengthens certain universal tendencies that are not motivated by contact. The comparison with monolinguals’ Russian, in which prepositive genitives sporadically occur too, supports this hypothesis.
Submarine hydrothermal vent systems: the relevance of dynamic systems in chemical evolution and prebiotic chemistry experiments
Authors: Villafañe-Barajas Saúl A. , Colín-García María 
Published: November 2021

AbstractSince their discovery, submarine hydrothermal vent systems have been pointed out as important places where chemical evolution on Earth could have occurred; and their role in the process has been highlighted. Similarly, some hypotheses have considered these systems in origin of life scenarios. In this way, many experiments have been developed, and the knowledge about these systems has increased. Due to their complexity, many experimental simulations have only included a few of the geochemical variables present in these environments, pressure and temperature. Other main variables have hardly been included, such as mineralogy, thermal and pH gradients, dissolved ions and/or redox reactions. As it has been understood, the dynamism and heterogeneity of these environments are huge, and it comprises different scales, from single vents to full hydrothermal fields. However, the vast majority of experiments focus on a specific part of these systems and do not include salinity, mineralogy and pH gradients. For this reason, in this paper, we pointed out some considerations about how this dynamism can be interpreted, and included in some models, as well their importance in prebiotic chemistry experiments and their extrapolations regarding the hypothesis about the origins of life.
Active Basalt Alteration at Supercritical Conditions in a Seawater‐Recharged Hydrothermal System: IDDP‐2 Drill Hole, Reykjanes, Iceland
Authors: Zierenberg Robert A. , Friðleifsson Guðmundur Ó. , Elders Wilfred A. , Schiffman Peter , Fowler Andrew P. G. 
Published: November 2021

AbstractThe 4.5 km deep IDDP‐2 drill hole was drilled at Reykjanes, Iceland, in an active seawater‐recharged hydrothermal system on the landward extension the Mid‐Atlantic Ridge. Drilling targeted a well‐defined hydrothermal up‐flow zone feeding the Reykjanes geothermal reservoir, which produces fluids compositionally equivalent to basalt‐hosted deep sea hydrothermal vents. Spot cores recovered from depths between 3,648 to 4,659 m depths consist of pervasively altered sheeted diabase dikes. The shallowest core has an alteration mineral assemblage similar to the producing geothermal reservoir but is being overprinted by the underlying Hornblende Zone assemblage dominated by labradorite and hornblende. The deepest cored section (4,634–4,659 m) retains a diabasic texture, but all primary minerals are replaced or have changed composition. Plagioclase ranges from An30 to An99 and igneous augite is replaced by intergrown hornblende, clinopyroxene, and orthopyroxene. Hydrothermal biotite and potassium feldspar formed locally due to reaction with a phase‐separated brine, indicated by co‐existing vapor‐rich and salt + vapor‐rich fluid inclusions. Seawater‐derived supercritical hydrothermal fluid entering the bottom of the bore hole actively phase separates due pressure drop controlled by the fluid levels in the drill hole. Felsic veins, present in trace amounts, record a continuous transition from magmatic to hydrothermal conditions, including incipient hydrous melting. The vertical changes observed in mineralogy and mineral chemistry indicate that fluids from the deep high temperature reaction zone can undergo significant cooling and reaction with host rocks along their path to the seafloor.
Predicting Frigid Mixed‐Phase Clouds for Pristine Coastal Antarctica
Authors: Hines Keith M. , Bromwich David H. , Silber Israel , Russell Lynn M. , Bai Lesheng 
Published: November 2021

AbstractSupercooled water is common in the clouds near coastal Antarctica and occasionally occurs at temperatures at or below −30°C. Yet the ice physics in most regional and global numerical models will glaciate out these clouds. This presents a challenge for the simulation of highly supercooled clouds that were observed at McMurdo, Antarctica during the Atmospheric Radiation Measurement (ARM) West Antarctic Radiation Experiment (AWARE) project during 2015–2017. The polar optimized version of the Weather Research and Forecasting model (Polar WRF) with the recently developed two‐moment P3 microphysics scheme was used to simulate observed supercooled liquid water cases during March and November 2016. Nudging of the simulations to observed rawinsonde profiles and Antarctic automatic weather station observations provided increased realism and much greater cloud water amounts. Sensitivity tests that adjust the ice physics for extremely low ice nucleating particle (INP) concentrations decrease cloud ice and increases the cloud liquid water closer to observed amounts. In these tests, a liquid layer near cloud top is simulated, in agreement with observations. Accurate representation of INP concentrations appears to be critical for the simulation of coastal Antarctic clouds.
In Search of Subsurface Oceans Within the Uranian Moons
Authors: Cochrane C. J. , Vance S. D. , Nordheim T. A. , Styczinski M. J. , Masters A. , Regoli L. H. 
Published: November 2021

AbstractThe Galileo mission to Jupiter discovered magnetic signatures associated with hidden subsurface oceans at the moons Europa and Callisto using the phenomenon of magnetic induction. These induced magnetic fields originate from electrically conductive layers within the moons and are driven by Jupiter's strong time‐varying magnetic field. The ice giants and their moons are also ideal laboratories for magnetic induction studies. Both Uranus and Neptune have a strongly tilted magnetic axis with respect to their spin axis, creating a dynamic and strongly variable magnetic field environment at the orbits of their major moons. Although Voyager 2 visited the ice giants in the 1980s, it did not pass close enough to any of the moons to detect magnetic induction signatures. However, Voyager 2 revealed that some of these moons exhibit surface features that hint at recent geologically activity, possibly associated with subsurface oceans. Future missions to the ice giants may therefore be capable of discovering subsurface oceans, thereby adding to the family of known “ocean worlds” in our Solar System. Here, we assess magnetic induction as a technique for investigating subsurface oceans within the major moons of Uranus. Furthermore, we establish the ability to distinguish induction responses created by different interior characteristics that tie into the induction response: ocean thickness, conductivity and depth, and ionospheric conductance. The results reported here demonstrate the possibility of single‐pass ocean detection and constrained characterization within the moons of Miranda, Ariel, and Umbriel, and provide guidance for magnetometer selection and trajectory design for future missions to Uranus.
Occurrence rate of ultra-low frequency waves in the foreshock of Mercury increases with heliocentric distance
Authors: Romanelli N. , DiBraccio G. A. 
Published: November 2021

AbstractStudies of Mercury’s foreshock have analyzed in detail the properties of ultra-low frequency waves. However, an open question remains in regards to understanding favorable conditions for these planetary foreshocks waves. Here, we report that 0.05–0.41 Hz quasi-monochromatic waves are mostly present under quasi-radial and relatively low intensity Interplanetary Magnetic Field, based on 17 Mercury years of MESSENGER Magnetometer data. These conditions are consistent with larger foreshock size and reflection of solar wind protons, their most likely source. Consequently, we find that the wave occurrence rate increases with Mercury’s heliocentric distance. Detection of these waves throughout Mercury’s highly eccentric orbit suggests the conditions for backstreaming protons are potentially present for all of Mercury’s heliocentric distances, despite the relatively low solar wind Alfvén Mach number regime. These results are relevant for planetary magnetospheres throughout the solar system, and the magnetospheres of exoplanets, and provide knowledge of particle acceleration mechanisms occurring inside foreshocks.
Efficient protein incorporation and release by a jigsaw-shaped self-assembling peptide hydrogel for injured brain regeneration
Authors: Yaguchi Atsuya , Oshikawa Mio , Watanabe Go , Hiramatsu Hirotsugu , Uchida Noriyuki , Hara Chikako , Kaneko Naoko , Sawamoto Kazunobu , Muraoka Takahiro , Ajioka Itsuki 
Published: November 2021

AbstractDuring injured tissue regeneration, the extracellular matrix plays a key role in controlling and coordinating various cellular events by binding and releasing secreted proteins in addition to promoting cell adhesion. Herein, we develop a cell-adhesive fiber-forming peptide that mimics the jigsaw-shaped hydrophobic surface in the dovetail-packing motif of glycophorin A as an artificial extracellular matrix for regenerative therapy. We show that the jigsaw-shaped self-assembling peptide forms several-micrometer-long supramolecular nanofibers through a helix-to-strand transition to afford a hydrogel under physiological conditions and disperses homogeneously in the hydrogel. The molecular- and macro-scale supramolecular properties of the jigsaw-shaped self-assembling peptide hydrogel allow efficient incorporation and sustained release of vascular endothelial growth factor, and demonstrate cell transplantation-free regenerative therapeutic effects in a subacute-chronic phase mouse stroke model. This research highlights a therapeutic strategy for injured tissue regeneration using the jigsaw-shaped self-assembling peptide supramolecular hydrogel.
Propagating wave in a fluid by coherent motion of 2D colloids
Authors: Sano Koki , Wang Xiang , Sun Zhifang , Aya Satoshi , Araoka Fumito , Ebina Yasuo , Sasaki Takayoshi , Ishida Yasuhiro , Aida Takuzo 
Published: November 2021

AbstractJust like in living organisms, if precise coherent operation of tiny movable components is possible, one may generate a macroscopic mechanical motion. Here we report that ~1010pieces of colloidally dispersed nanosheets in aqueous media can be made to operate coherently to generate a propagating macroscopic wave under a non-equilibrium state. The nanosheets are initially forced to adopt a monodomain cofacial geometry with a large and uniform plane-to-plane distance of ~420 nm, where they are strongly correlated by competitive electrostatic repulsion and van der Waals attraction. When the electrostatic repulsion is progressively attenuated by the addition of ionic species, the nanosheets sequentially undergo coherent motions, generating a propagating wave. This elaborate wave in time and space can transport microparticles over a long distance in uniform direction and velocity. The present discovery may provide a general principle for the design of macroscopically movable devices from huge numbers of tiny components.
Dynamic recurrence risk and adjuvant chemotherapy benefit prediction by ctDNA in resected NSCLC
Authors: Qiu Bin , Guo Wei , Zhang Fan , Lv Fang , Ji Ying , Peng Yue , Chen Xiaoxi , Bao Hua , Xu Yang , Shao Yang , Tan Fengwei , Xue Qi , Gao Shugeng , He Jie 
Published: November 2021

AbstractAccurately evaluating minimal residual disease (MRD) could facilitate early intervention and personalized adjuvant therapies. Here, using ultradeep targeted next-generation sequencing (NGS), we evaluate the clinical utility of circulating tumor DNA (ctDNA) for dynamic recurrence risk and adjuvant chemotherapy (ACT) benefit prediction in resected non-small cell lung cancer (NSCLC). Both postsurgical and post-ACT ctDNA positivity are significantly associated with worse recurrence-free survival. In stage II-III patients, the postsurgical ctDNA positive group benefit from ACT, while ctDNA negative patients have a low risk of relapse regardless of whether or not ACT is administered. During disease surveillance, ctDNA positivity precedes radiological recurrence by a median of 88 days. Using joint modeling of longitudinal ctDNA analysis and time-to-recurrence, we accurately predict patients’ postsurgical 12-month and 15-month recurrence status. Our findings reveal longitudinal ctDNA analysis as a promising tool to detect MRD in NSCLC, and we show pioneering work of using postsurgical ctDNA status to guide ACT and applying joint modeling to dynamically predict recurrence risk, although the results need to be further confirmed in future studies.