Unique Event Research Articles

Unraveling market mysteries: a comprehensive review of financial anomalies and puzzles

This comprehensive literature review consolidates various market anomalies and puzzles, providing an aggregated perspective to understand these complex dynamics that challenge the traditional Efficient Market Hypothesis. We examined numerous academic works to reveal insights into long-term return irregularities, earnings management influence on equity offerings, and information uncertainty’s impact on stock returns. The review delves into unique phenomena like persistent mutual fund performance, the day-of-the-week returns, the January effect, weather-induced mood shifts on the market, and the dynamics of multiple anomalies. International asset pricing and weekend anomalies were also discussed, with a particular focus on cryptocurrency efficiency. Incorporating behavioral finance perspectives, we explored social transmission bias, emotional finance, biased beliefs, investor optimism, sentiment, and global market inefficiencies. The influence of unique events and seasonal factors, such as the Super Bowl, daylight saving time, and the Halloween effect, were also analyzed. The review concludes by highlighting the evolving landscape of market anomalies, discussing ma- chine learning approaches to anomaly research, investor behavior challenges, and the disappearing anomalies in country and industry returns. It sets the groundwork for holistic comprehension of market anomalies, suggesting future research directions such as exploring new data sources, comprehensive theoretical modeling, and the role of technology, market regulations, and environmental changes on market anomalies.

Barriers, motivators, and opportunities influencing skilled volunteerism and financial donations to non-governmental organizations in urban forestry

Volunteers comprise an important part of arboriculture and urban forestry organizations. While attention is often paid to community members’ motivations, comparatively less attention is given to the skilled professionals who engage or donate to arboriculture and urban forestry committees, chapters, and organizations. Focusing on Canadian and American arborists and urban foresters, we used an online survey which received 1048 responses. In asking about the perceived benefits of volunteering and donating to organizations, the most frequently identified benefit was the ability to contribute to the future of the industry (n = 616), followed by good public relations for one’s company or institution (n = 513) and the ability to influence research and educational endeavourers in arboriculture and urban forestry (n = 496). Job position, industry sector, educational level, and other professional demographics were often significantly associated with the selection of these benefits. We coded qualitative responses about respondents’ perceptions of volunteering and donating time to industry and found three major themes. (1) Constraints to involvement or donations, including limited funds or available time, lack of awareness of opportunities, insurance challenges, or exclusive/unwelcoming environments. (2) Characteristics of worthwhile organizations and programs, including transparency, local and community-oriented events, meaningful and unique events, environmentally and socially beneficial objectives, and opportunities to develop skills. And (3) hesitancies to donate to research-funding organizations, based largely on lack of research dissemination and applicable research. These findings provide helpful guidance for organizations seeking to engage skilled professionals in the many opportunities for volunteerism or donations within urban greening.

The work of Professor Edyta Gruszczyk-Kolczyńska – care for small children and the quality of preschool education

During the next turn of civilization, in the face of social, political, ecological and technological dilemmas, the upbringing and education of new generations should once again be at the forefront of the concern and attention of the family, state and educational institutions. After all, the quality, manner and scope of actions taken towards young children today will determine the way and quality of our world functioning in the future. The article presents the unique event of awarding Professor Edyta Gruszczyk-Kolczyńska, Ph.D., with the first Medal of Maria Grzegorzewska in the new century of the history of the Maria Grzegorzewska University, for exceptional merits resulting from the Professor's concern for the high quality of pre-school education.

Novices’ professional identification awakened: Uncovering the impact of positive profession‐spotlighting events

AbstractMany professions experience unique events that highlight their relevance and value. These positive profession‐spotlighting events may significantly influence employees’ professional identification, especially for novices in the highlighted professions. In this paper, we aim to gain a comprehensive understanding of this phenomenon. Drawing on the identity construction process model, we investigate how and why positive profession‐spotlighting events influence novices’ professional identification. In Study 1, using 10‐wave longitudinal data (five waves before and five after the outbreak of COVID‐19) collected from 322 new graduate nurses, we use discontinuous growth modeling to investigate the impact of the pandemic as a positive profession‐spotlighting event on their increase in professional identification. We found that new graduate nurses’ professional identification gradually fell during their initial months in professional practice but rose dramatically after the onset of COVID‐19. We also found that sensegiving and moral elevation during the event led to an increase in professional identification. We further theorize an increase in work meaningfulness as the core mechanism for the hypothesized relationships and obtain supporting evidence from one experiment (Study 2) and two quasi‐experiments (Studies 3a and 3b). Our research reveals the significant influence of positive profession‐spotlighting events on both the identity construction and socialization processes and offers practical implications for how to manage such events.

Characterization and organelle genome sequencing of Pyropia species from Myanmar

Pyropia is a genus comprising red algae of the Bangiaceae family that is commonly found in intertidal zones worldwide. However, understanding of Pyropia species that are prone to tropical regions remains limited despite recent breakthroughs in genomic research. Within the realm of Pyropia species thriving in tropical regions, P. vietnamensis stands out as a widely recognized species. In this study, we aimed to investigate Pyropia species in the southwest coast of Myanmar using physiological and molecular approaches, culture-based analyses, chloroplast rbcL and nuclear SSU gene sequencing, and whole chloroplast and mitochondrial genome sequencing. Physiological analysis showed that the Myanmar samples were more heat-tolerant than their Japanese counterparts, including those of subtropical origin. Additionally, molecular characterization revealed that the Myanmar samples were closely related to P. vietnamensis from India. This study is the first to sequence the chloroplast and mitochondrial genomes of Pyropia species from tropical regions. A unique deletion event was observed within a ribosomal RNA gene cluster in the chloroplast genome of the studied Pyropia species, which is a deviation from the usual characteristics of most Pyropia species. This study improves current understanding of the physiological and molecular characteristics of this comparatively understudied Pyropia species that grows in tropical regions.

Research on key factors of event tourism success

Event tourism is rapidly gaining popularity in the modern world, attracting millions of travelers ready to immerse themselves in the atmosphere of unique events and occasions taking place worldwide. This type of tourism offers a unique opportunity to combine relaxation and entertainment with active participation in diverse cultural, sports, musical, and other captivating events. However, the establishment and successful development of event tourism depend on a multitude of factors. In this article, we will explore the key factors influencing the formation and development of event tourism.

Causes and effects of coastal dunes erosion during storm surge Axel in January 2017 on the southern Baltic Polish coast

The study is dedicated to researching the storm surge Axel, the largest on the South Baltic coast in the 20th and 21st centuries. This unique event resulted in a very large erosion along the whole Polish Baltic Sea coast in January 2017 (max. HSL = 1.65 m, the average for the coast 1.36 m). Storm surge effects on the coast were followed based on field observations of dune retreat and analysis of hydrodynamic and meteorological parameters of the surge and its passage through the Baltic Sea. The material of dune erosion was collected based on cross-shore profiling of almost every 1 km, along the whole Polish sand barrier coast, before and after this storm. The work also studies the parameters of smaller storm surges from the end of 2016, which caused the lowering of beaches and dune erosion. A relationship was observed between erosion, and beach height and sea level (SL). The higher the beach, the lower the erosion that occurred. The average dune toe retreat was 5.1 m, and the largest exceeded 9–19 m (max. 42 m). The most important for dune erosion was the height of run-up, beach height and shore exposition for a surge. The largest dune erosion was observed during the heaviest SL with wave run-up higher than 3.8 m above mean sea level (AMSL). Each coast section was eroded, which also caused losses in infrastructure.

Improved Deep Reinforcement Learning for Intelligent Traffic Signal Control Using ECA_LSTM Network

Reinforcement learning is one of the most widely used methods for traffic signal control, but the method experiences issues with state information explosion, inadequate adaptability to special scenarios, and low security. Therefore, this paper proposes a traffic signal control method based on the efficient channel attention mechanism (ECA-NET), long short-term memory (LSTM), and double Dueling deep Q-network (D3QN), which is EL_D3QN. Firstly, the ECA-NET and LSTM module are included in order to lessen the state space’s design complexity, improve the model’s robustness, and adapt to various emergent scenarios. As a result, the cumulative reward is improved by 27.9%, and the average queue length, average waiting time, and CO2 emissions are decreased by 15.8%, 22.6%, and 4.1%, respectively. Next, the dynamic phase interval tgap is employed to enable the model to handle more traffic conditions. Its cumulative reward is increased by 34.2%, and the average queue length, average waiting time, and CO2 emissions are reduced by 19.8%, 30.1%, and 5.6%. Finally, experiments are carried out using various vehicle circumstances and unique scenarios. In a complex environment, EL_D3QN reduces the average queue length, average waiting time, and CO2 emissions by at least 13.2%, 20.2%, and 3.2% compared to the four existing methods. EL_D3QN also exhibits good generalization and control performance when exposed to the traffic scenarios of unequal stability and equal stability. Furthermore, even when dealing with unique events like a traffic surge, EL_D3QN maintains significant robustness.

Edukasi Aktifitas Fisik Pada Ibu Hamil Di Kecamatan Gonila Dengan Media Power Point

Pregnancy is a unique event for women that can cause physical and physiological changes. Therefore, it is important for pregnant women to be educated about the importance of exercising regularly so that they can live a healthy and happy pregnancy. The importance of physical activity for pregnant women to maintain health and fitness. The research was conducted through counseling to 10 pregnant women using pre-test and post-test. The results show that before counseling, the majority of pregnant women still did not fully understand the physical activities that could be done during pregnancy. However, after counseling, all participants managed to understand and were able to apply physical activity well. The conclusion of this research is the need for more intensive and targeted educational efforts to increase pregnant women's understanding of the benefits of physical activity during pregnancy.

Characteristics of COVID-19 Patients Admitted to Intensive Care Unit in Multispecialty Hospital of Riyadh, Saudi Arabia: A Retrospective Study.

During the early stages of the COVID-19 pandemic, infection rates were high and symptoms were severe. Medical resources, including healthcare experts and hospital facilities, were put to the test to ensure their readiness to deal with this unique event. An intensive care unit (ICU) is expected to be required by many hospitalized patients. Many hospitals worldwide lacked resources during the pandemic's peak stages, particularly in critical care treatment. Because of this, there were issues with capacity, as well as an excessive influx of patients. Additionally, even though the research location provides medical care to a sizable population, there is a paucity of scientific data detailing the situation as it pertains to COVID-19 patients during the height of the outbreak. Therefore, this study aimed to identify and describe the features of COVID-19 patients hospitalized in the ICU of one of the multispecialty hospitals in Riyadh, Saudi Arabia. An observational retrospective study was conducted using a chart review of COVID-19 patients admitted to the ICU between March 2020 and December 2020. To characterize the patients, descriptive statistics were utilized. An exploratory multivariate regression analysis was carried out on the study cohort to investigate the factors that were shown to be predictors of death and intubation. Only 333 (29.33%) of the 1135 samples from the hospital's medical records were used for the final analysis and interpretation. More than 76% of the patients in the study were male, with a mean BMI of 22.07 and an average age of around 49 years. The most frequent chronic condition found among the patients who participated in the study was diabetes (39.34%), followed by hypertension (31.53%). At the time of admission, 63 of the total 333 patients needed to have intubation performed. In total, 22 of the 333 patients died while undergoing therapy. People with both diabetes and hypertension had a 7.85-fold higher risk of death, whereas those with only diabetes or hypertension had a 5.43-fold and 4.21-fold higher risk of death, respectively. At admission, intubation was necessary for many male patients (49 out of 63). Most intubated patients had hypertension, diabetes, or both conditions. Only 13 of the 63 patients who had been intubated died, with the vast majority being extubated. Diabetes and hypertension were significant contributors to the severity of illness experienced by COVID-19 participants. The presence of multiple comorbidities had the highest risk for intubation and mortality among ICU-admitted patients. Although more intubated patients died, the fatality rate was lower than in other countries due to enhanced healthcare management at the ICU of the study center. However, large-scale trials are needed to determine how effective various strategies were in preventing ICU admission, intubation, and death rates.

RESEARCH ON TYPES OF EVENT TOURISM AND THEIR CLASSIFICATION

Event tourism is one of the most dynamically developing sectors in the tourism industry, representing a distinct form of travel where participation in or observation of various events and celebrations becomes the primary motivation. Tourists choose specific destinations and events to gain unique experiences, immerse themselves in the event atmosphere, and engage with its cultural context. The classification of event tourism types is an essential aspect for understanding the diversity of this tourism form and developing effective strategies for managing tourism resources. It allows for the systematic categorization of different events, as well as identifying their unique characteristics and impact on the tourism industry and socio-cultural environment. In this article provide an overview and classification of event tourism types based on several factors. First of all, we onsidered the classification based on the nature of events. This made it possible to single among them such as festivals, cultural, musical, festival in film industry, sports competitions and others. Then we foused in benefits of classifycing event tourism, the study of which help to better understand the preferences and interests of tourists, determine the potential to attract and mecttheir needs helps tourism organizations and goverments develop strategies for promoting planning and organizing event tourism. This in turn, makes it possible to create unique and memorable events, attracts more tourists, stimulates economic development, and preserves cultural and natural heritage.

The “World Migration Congress” of 1926 and the Limits of Socialist Internationalism

Abstract In recent years, scholars doing research on the anticommunist and social democratic tradition developed an interpretation in which socialist internationalism is portrayed not as opposed to nationalism but instead as complementary. This allowed them to move away from older perspectives and to examine the main features of international cooperation among socialists in a more positive light. Its substantial and convincing contributions notwithstanding, this literature also displays important shortcomings. Not only does it minimize the challenge that nationalism did pose to transnational solidarities; it is also too focused on Europe and therefore overlooks a more serious limit to internationalism, namely a perspective that proclaimed a principle of color-blind solidarity among all peoples of the world but in practice built a much more limited transnational community of workers either born in Europe or of European descent. This article engages with these historiographical trends and complicates our knowledge of socialist internationalism in the 1920s by exploring a unique and underresearched event, the “World Migration Congress,” held in London in 1926 and jointly organized by the International Federation of Trade Unions and the Labour and Socialist International, the main transnational networks of trade unionists and political parties of the social democratic tradition. Drawing on the idea that international organizations and meetings can be used as “observation points” for studying global history, the article uses the prolegomena to, the preparations for, and the discussions of this congress as a lens to understand the stances of socialist parties and reformist trade unions regarding the question of migration in the 1920s, explaining to what extent, and for what reason, they have changed in comparison with the prewar period. Moreover, it shows that the stances on migration were intertwined in many ways with socialist and labor perspectives on colonialism and condescending views of the “colored peoples” of the world.

High-speed scattered-light imaging for sizing respiratory droplets

The COVID-19 pandemic has illuminated the lack of knowledge regarding the airborne transmission pathway of disease. The pathway consists of pathogens contained in small particles ejected when speaking and coughing. A crucial characteristic of these particles is their size that is connected to the their suspension longevity in the air as well as the location of generation and deposition within a subject’s respiratory system. Sizing of particles launched from the respiratory system is a challenge for a number of reasons: (1) the size of ejected particles varies over a wide range, between sub- to several hundreds of microns, (2) particles are ejected at various speeds in different directions, (3) each single event is unique where for example the number of particles can vary greatly between two occurrences of the same event and subject, (4) the size of the particles vary significantly as they evaporate over time. To overcome these challenges and categorize full coughing and speaking events, new measuring methods are needed. In this work, we present, in detail, high-speed scattered light imaging to size liquid particles (droplets) in unique respiratory events. A high-speed camera records scattered laser light at 16 000 frames per second in a semi-forward scattering direction. The illumination is close to the ejection source which means that the particles are sized before evaporation. The measurement can size stationary droplets from 3.4 to 44 μm and moving droplets from 4 to 80 μm resolved in both time and space. To get a reliable estimation, careful calibration of scattering angles and calibration uncertainty has been performed showing a general uncertainty of 8%. Thus, the approach proposed in this article can provide valuable and accurate data to improve the understanding of the airborne transmission pathway.

Magnetic Effects of the Double Earthquake of March 16, 2022 (Japan). Observation Results

Abstract—The magnetic effects of strong earthquakes are considered using the example of a unique event: two underwater earthquakes of magnitude 6.0 and 7.3 that occurred on March 16, 2022 at close times (at 14:34 and 14:36 UTC, respectively) with a distance between sources of ~11 km. With the use of data from the Mikhnevo geophysical observatory of the IDG RAS (MHV) and a number of magnetic observatories of the INTERMAGNET international network, it is shown that in the absence of global geomagnetic disturbances, earthquakes were accompanied by characteristic variations of the Earth’s magnetic field recorded as a train of alternating geomagnetic field oscillations with an amplitude of ~2–8 nT and a period of ~30 min almost simultaneously at ~15:30 UTC by all magnetic observatories located at distances from 210 to ~13 000 km, as well as by variations in the periods of passage of the seismic and infrasonic signal in the MHV.

An integrated monitoring system (IMS) for air quality: Observations of a unique ozone-exceedance event in Maryland

Ozone (O3) exceedance events in the mid-Atlantic states of the U.S. are typically observed during the summer months. They frequently result from local diurnal emissions of NO2 and VOCs where photochemical production of O3 is most prevalent. Occasionally, summertime O3-exceedances in the region are driven by long-range transport of pollutants or regional nocturnal dynamics. Discussed herein is the use of multiple observation platforms as an integrated monitoring system (IMS) to characterize the spatiotemporal confluence of long-range transport and nocturnal low-level jet induced O3-exceedances impacting air quality in the mid-Atlantic region. The IMS discussed is comprised of enhanced monitoring of vertically resolved observations of O3, atmospheric backscatter, winds, and state variables (e.g., temperature and relative humidity). This is in combination with surface-O3 observations, satellite-retrieved aerosol optical depth (by the moderate resolution imaging spectroradiometer (MODIS)), and simulations of air mass transport by NOAA's hybrid single-particle Lagrangian trajectory (HYSPLIT) model. Here we discuss an exceedance event that impacted the Mid-Atlantic region on May 20, 2021, where seven air monitoring sites in Maryland were driven by the combination of nocturnal low-level jet downmixing of pollutants and long-range transport of biomass-burning pollutants/O3-precursors. The most notable features of this case are this event's deviation from decadal O3-exceedance seasonality trends, the large spatial context of high surface-O3 impacting traditionally non-exceedance sites (sites that have not exceeded in years), the arrival of a well-mixed polluted air mass into the region, and nocturnal increases in surface-O3 induced by NLLJ.

What can be learnt from a highly informative X-ray occultation event in NGC 6814? A marvellous absorber

ABSTRACT A unique X-ray occultation event in NGC 6814 during an XMM–Newton observation in 2016 has been reported, providing useful information of the absorber and the corona. We revisit the event with the aid of the hardness ratio (HR)–count rate (CR) plot and comparison with two other absorption-free XMM exposures in 2009 and 2021. NGC 6814 exhibits a clear ‘softer-when-brighter’ variation pattern during the exposures, but the 2016 exposure significantly deviates from the other two in the HR–CR plot. While spectral fitting does yield transient Compton-thin absorption corresponding to the eclipse event in 2016, rather than easing the tension between exposures in the HR–CR plot, correcting the transient Compton-thin absorption results in new and severe deviation within the 2016 exposure. We show that the eclipsing absorber shall be clumpy (instead of a single Compton-thin cloud), with an inner denser region composed of both Compton-thin and Compton-thick clouds responsible for the previously identified occultation event, and an outer sparser region with Compton-thin clouds which eclipses the whole 2016 exposure. With this model, all the tension in the HR–CR plots could be naturally erased, with the observed spectral variability during the 2016 exposure dominated by the variation of absorption. Furthermore, the two warm absorbers (with different ionization and column densities but similar outflowing velocities) detected in the 2016 exposure shall also associate with the transient absorber, likely due to ablated or tidal stretched/disrupted fragments. This work highlights the unique usefulness of the HR–CR plot while analysing rare occultation events.

Understanding intellectually disabled students' participation and impact in school extracurricular activities

The commitment of secondary-aged children with intellectual disabilities in school sponsor Extracurricular Activities (ECA) was examined in connection to score intensity, support requirements, and usage of augmentative and alternative communication (AAC). Participants are special education instructors with a minimum of one intellectually disabled student on their attention who took part in an organised ECA at their school (N = 498). A nationwide listserv for transitioning professions' participants was issued an online survey to gather data. Teachers indicated that students engaged in a variety of ECA in performances, school groups, unique events, and sports/fitness. The overwhelming common of students took part in activities for little more than three hours each week, and they did not take part in events that were exclusive to students with impairments. The kind of extracurricular events students participated in, how much time they spent participating each week, and how much they participated in ECA to facilitate was exclusive to students with disabilities all had an impact on their maintain needs and utilize of AAC. Except for events that solely included kids with impairments, grade-level disparities were not significant.

Holocene Rice Rats (Genus Oryzomys) from the Upper Mississippi River Drainage Basin

The expansion and collapse of the geographic range of the Texas rice rat (Oryzomys texensis) in the upper Mississippi River drainage basin at the end of the Holocene was a unique event in North American mammals. In a period of about 4000 years with a point of origin near the American Bottom in Illinois, these small rodents extended their geographic range in a straight-line distance of over 950 km to the west into Nebraska and the same distance to the east into Pennsylvania. Then in less than 400 years this range expansion collapsed back to a point where the northern-most edge of the modern geographic range of these rice rats is in southern Illinois. It is concluded that no single factor lead to this geographic range expansion, but it was a complex interplay of changes in Native American populations, culture, foodways, riverine habitats, and climate along with the impact of kleptoparasitism and passive anthropochory. The collapse of the expanded geographic range of Texas rice rats appears to have occurred between AD 1400 and AD 1600, but it did not occur simultaneously throughout the geographic range. This was not an orderly range contraction, but a collapse of populations in place with many local extinction events. These rice rat populations declined beginning with the onset of the Little Ice Age, which brought a colder and wetter climate that caused crop failures resulting from droughts, cold temperatures, or shortened growing seasons. These conditions stressed the dietary reserves of the human populations and thereby the rice rat populations. These conditions, particularly droughts, were harmful to the growing of maize, which served as the primary food resource of the Native Americans and the associated populations of rice rats. It is proposed that the pre-1910 records of rice rat from unusual localities compared to the modern geographic range in southwestern Ohio, Kentucky, and Kansas represent the final extinction events of these Holocene rice rat populations.

Carotid artery dissections from transcarotid artery revascularization as reported by the Food and Drug Administration.

Transcarotid artery revascularization (TCAR) is a hybrid procedure that allows reversal of blood flow away from the brain while placing a stent through direct surgical access of the common carotid artery. It has been shown to have a lower risk of perioperative stroke compared with any prospective trial of transfemoral carotid artery stenting. However, intraoperative injuries related to the procedure and its management are not well characterized. One of the intraoperative complications seen in TCAR is iatrogenic carotid artery dissection (CD). We aim to add qualitative insight in further characterizing CDs and its management in this emerging technology. The Food and Drug Administration (FDA) maintains the Manufacturer and User Facility Device Experience (MAUDE) database for surveillance of all medical devices approved for use. This database was queried for all cases associated with Silk Road Medical's ENROUTE Transcarotid Neuroprotection System from September 2016 to October 2020. Case narratives related to CD were individually analyzed to determine time of injury (intraoperative, recovery, and post-discharge follow-up). CD reporting was further analyzed for the associated procedural event at the time of injury, number of access attempts to CD repair, and type of CD repair. Reports associated with CD repair were further categorized into endovascular repair and open surgical repair. Of the 115 unique adverse events in the database, there were 58 CDs. Most were identified intraoperatively (n = 55), while three were incidentally found postoperatively. Overall, sheath placement was the most common procedural event attributed to CD (N = 34). There was adequate narrative information about CD repair in 54 patients. Intraoperative repair was performed in 52 cases and two were repaired after post-discharge follow-up imaging was performed.Among CDs that did not require additional access to engage the true lumen, the proportion of endovascular repair (62.5%) was significantly higher (p = .044) compared to the proportion of open surgical repair (37.5%). However, the proportion of open surgical repair (75%) was significantly higher than the proportion of endovascular repair (25%) in CDs with persistent failure to engage the true lumen despite ≥2 access attempts (p = .039). CD is the most common injury related to TCAR as reported on MAUDE. The most commonly reported procedural event associated with CD was sheath placement. The rate of intraoperative endovascular and open surgical CD repair was associated with whether the access to the true lumen of the carotid artery required additional access attempts or not. This should add qualitative insight among the vascular surgery community regarding intraoperative management of CDs from a TCAR procedure.

The mammalian midbody and midbody remnant are assembly sites for RNA and localized translation

Long ignored as a vestigial remnant of cytokinesis, the mammalian midbody (MB) is released post-abscission inside large extracellular vesicles called MB remnants (MBRs). Recent evidence suggests that MBRs can modulate cell proliferation and cell fate decisions. Here, we demonstrate that the MB matrix is the site of ribonucleoprotein assembly and is enriched in mRNAs that encode proteins involved in cell fate, oncogenesis, and pluripotency, which we are calling the MB granule. Both MBs and post-abscission MBRs are sites of spatiotemporally regulated translation, which is initiated when nascent daughter cells re-enter G1 and continues after extracellular release. MKLP1 and ARC are necessary for the localization and translation of RNA in the MB dark zone, whereas ESCRT-III is necessary to maintain translation levels in the MB. Our work reveals a unique translation event that occurs during abscission and within a large extracellular vesicle.