Submission Research Articles

Supervision of Instruction: Teachers and School Heads’ Perspective

The research focused on discovering the tactics used by school heads and the challenges faced when overseeing teaching in selected public secondary schools in Puerto Princesa City Division. The research utilized descriptive, correlation methods. The study included 139 participants, with 124 being teachers and 15 being school heads from the 15 public secondary schools in Puerto Princesa City Division. The researcher collected data from a survey questionnaire they created, the School Improvement Plan (SIP), The data was analyzed using frequency, percentage, mean, weighted mean, ranking, Pearson-r correlation, and t-test methods. The results showed that the school heads’ supervisory strategies focused on enhancing instruction. They informed the teachers about the professional development opportunities that are available to them in certain areas. They frequently conducted their instructional supervision. The most popular functions were giving teachers feedback through performance assessment and evaluation that was constructive and accurate. The mentoring abilities of the school heads, along with the passive and uncooperative behavior of teachers, hindered their ability to supervise instruction effectively. The school heads’ instructional supervisory strategies were influenced by the frequency of instructional supervision provided to teachers, as they focused on developing, adopting, and implementing programs for instructional improvement, learning assessment, and teacher improvement. The research suggests that during mentorship sessions, school administrators should provide teachers with advice, specifically focusing on teaching techniques and the discovery and use of educational materials; Within the school improvement initiative, it is critical for school heads to establish or modify a program based on research. School administrators need to collaborate with expert teachers to evaluate and improve the curriculum in order to address the unique requirements of the community.

Pair bond quality influences social conditioned place preference expression, passive coping behavior, and central oxytocin receptor expression following partner loss in male prairie voles

ABSTRACT The dissolving of social bonds is disruptive and leads to increased stress responsivity and a strong desire for reunion. The oxytocin (OXT) system is critical for the formation of social attachments, such as pair bonds, and is also involved in social recognition, social memory, and social vigilance. Therefore, long-term changes in the OXT system resulting from cohabitation and pair bonding may contribute to reunion-seeking behavior. Here, we employed social conditioned place preference (SCPP) and the forced swim test (FST) to examine sensitivity to partner-associated contexts and passive stress coping following a period of partner separation. We found that opposite-sex cohabitation led to SCPP formation only in male prairie voles with a strong preference for their partner, and this SCPP was maintained following short-term loss of a pair bonded partner. Furthermore, pair bonded males that were separated from their partner displayed more passive stress-coping than those that were not bonded to their lost partner, suggesting that differences in prairie vole mating tactics (i.e. formation of a bond or not) influence the behavioral response to partner separation. Finally, we found changes in OXTR binding that may reflect variation in loss-related behavioral phenotypes based on different mating strategies.

Influence of Faradarmani Consciousness Field on Spatial Memory and Passive Avoidance Behavior of Scopolamine Model of Alzheimer Disease in Male Wistar Rats

Influence of Faradarmani Consciousness Field on Spatial Memory and Passive Avoidance Behavior of Scopolamine Model of Alzheimer Disease in Male Wistar Rats

Exploration of Gas-Dependent Self-Adaptive Reconstruction Behavior of Cu2O for Electrochemical CO2 Conversion to Multi-Carbon Products

HighlightsWe revealed a universal self-adaptive structural reconstruction from Cu2O to Cu@CuxO composites, ending with feeding gas-dependent microstructures and catalytic performances.We uncovered a CO2-induced passivation behavior by identifying a reduction-resistant but catalytic active Cu(I)-rich amorphous layer.We designed and fabricated hollow Cu2O nanospheres, demonstrating durable electrolysis at a partial current density of −200 mA cm−2 in producing C2H4 with an FE of up to 61% at −0.6 VRHE.

Personality and Interpersonal Influence: Low Adjustment and Low Competitiveness is Associated With Low Assertiveness.

This study examined the relationship between personality and interpersonal assertiveness styles, an important and neglected topic. In all, 396 working adults completed a six-factor personality test measuring work-related traits (HPTI) and a two-dimensional assessment of interpersonal styles (III) assessing four styles: Assertiveness, Passiveness, Hostile aggression, and Manipulative aggression. We were particularly interested in the correlates of aggressive and passive behaviour, as opposed to assertive behaviour. The results suggested that those with low Conscientiousness and Adjustment (i.e. Neuroticism) but high Competitiveness (low Agreeableness) were more interpersonally aggressive, while passivity was negatively associated with all traits, particularly Adjustment, but not with Conscientiousness. Regressions indicated very different traits associated with each of the four interpersonal styles. Assertiveness was associated with sex and age, but only one trait, Risk Approach (or Courage). Limitations of these findings and implications of assessing and teaching assertiveness are discussed and considered.

A novel multicomponent micro-alloyed magnesium for orthopaedic applications: a microstructural, mechanical, degradation and bioactivity study

ABSTRACT The current study focuses on development of magnesium based micro-alloy with the composition of Mg–0.5Zn–0.15Ca–0.1Mn–0.1Sn–0.1Ag–0.2Ce–0.2Sr using casting method. Microstructural examinations conducted using optical microscopy and scanning electron microscopy (SEM) unveiled a uniform grain distribution in the alloy with minimal intermetallic content, corroborated by X-ray diffraction (XRD) analysis matching the magnesium peak precisely. Tensile testing indicated that the solution strengthening process boosted the alloy’s required yield strength and stiffness, while enhancing magnesium’s ductility up to 19.07% elongation. Electrochemical tests demonstrated an outstanding corrosion resistance rate of 0.91 mm/year, supported by Nyquist plots indicating passivation behaviour and film formation. The pH variations revealed an initial spike to 8.13 within the first 24 hours, gradually declining thereafter. The bioactivity assessment of the developed alloy showcased the formation of near-stoichiometric apatite layers on the alloy surface, confirming its potential as a suitable orthopaedic implant material.

Usability of the digit-tracking technique in a geriatric population of inpatients with and without neurocognitive disorders: The DIGICOG-start study.

Tools for the early diagnosis of neurocognitive disorders (NCD) both accessible, fast, fun and efficient are currently needed. A digit-tracking technique (Digitrack) has been developed based on the exploration of blurred images on a tablet with the finger, related to the exploration of images during eye-tracking. The present study aimed at assessing the objective usability and the subjective User eXperience (UX) of the Digitrack by older adults according to the presence and the severity of NCD. A total of 135 patients were included in a geriatric acute care unit. Objective usability was assessed through the number of patients able to complete the Digitrack's training (3 images) and evaluation (20 images) phases. UX was measured through standard questionnaires (AttrakDiff and meCUE), and through the description of engagement behaviors following an internally developed scale which included 5 levels (interactive, constructive, active, passive and disengaged behaviors). The success rate of the device was 94.1%. The Digitrack had a very good overall attractiveness, standard hedonic and pragmatic qualities, and the emotions perceived were predominantly positive. These findings were not homogeneously observed in the whole studied population. Patients highly impaired due to NCD tended to rate the device with more neutral scores and to perceive more negative emotions. The participants mainly demonstrated active behaviors, but patients with severe major NCD were mostly passive. The study showed promising results regarding the usability and acceptability of a digit-tracking technique within older adults. Further studies should evaluate the potential of this novel methods to make a cognitive diagnosis.

Physical fitness in youth: a systematic review of changes during and after the COVID-19 pandemic

Abstract Background Restrictions during the COVID-19 pandemic induced changes in the fitness behavior of children and adolescents, which may be associated with long-term public health challenges. This systematic review analyses how physical fitness has changed during the pandemic and to what extent the changes remain in the aftermath of the pandemic. Methods We conducted a systematic search in seven databases with a peer-reviewed search string for studies until Dec 2023. Our inclusion criteria encompassed studies with children and adolescents ≤19 years living in the WHO European Region and in which validated measurements were used (single measurements or test batteries). Eligibility screening, data extraction and risk of bias assessment (using ROBINS-E instrument) were all carried out independently by two reviewers. We published an a priori protocol in a peer-review journal and conducted reporting in accordance with the PRISMA 2020 statement. Trial registration: PROSPERO: CRD42023395871. Results Our search retrieved 28 studies from 15 WHO European Region countries with an age range from 5 to 19 years. Physical fitness was reported in 21 validated single measurements (e.g. 20 m shuttle run, handgrip strength, standing long jump) and 9 validated test batteries (e.g. Alpha-Fitness Battery, German Motor Test, International Physical Performance Test Profile). The preliminary analyses pointed to a sharp decline in youth physical fitness during the COVID-19 pandemic. After restrictions were eased, physical fitness improved, but remained under pre-pandemic levels, particularly in boys. Conclusions The findings indicate a potential suboptimal behavioral adaptation of children and adolescents after the COVID-19 pandemic. Medium and long-term programs to change passive behavior and improve physical fitness are urgently needed. In addition to individual prevention programs, stronger consideration should also be given to schools and sport clubs regarding activities promoting physical fitness. Key messages • Physical fitness in children and adolescents remains below pre-pandemic levels after restrictions removal. • Initiating immediate public health action to increase physical fitness is urgently needed.

Investigation of kinetics of passive layer formation on various microstructures in thermo-mechanically treated steel in simulated concrete pore solution

Carbon steel bars are critical in steel-reinforced concrete structures, and their corrosion can lead to significant deterioration. This research explored the passive layer formation on different carbon steel microstructures using a high throughput approach. Thermomechanically treated steel bars with three distinct microstructures, i.e., martensite in the outer layer, bainite in the middle, and pearlite in the center, were vertically cut and immersed in the simulated concrete pore solution. Scanning electrochemical microscopy was employed to study the formation of the passive layer, the kinetics of the passivation, and the effective rate constant of the species inside the solution on each microstructure. Results showed that the formation of the passive layer is a time-dependent process, and passivation was influenced by the local microstructure. Martensite demonstrated superior passivation behavior compared to pearlite and bainite.

Mechanical and Corrosion Behaviour in Simulated Body Fluid of As-Fabricated 3D Porous L-PBF 316L Stainless Steel Structures for Biomedical Implants.

Laser powder bed fusion (L-PBF) is one of the most promising additive manufacturing technologies for creating customised 316L Stainless Steel (SS) implants with biomimetic characteristics, controlled porosity, and optimal structural and functional properties. However, the behaviour of as-fabricated 3D 316L SS structures without any surface finishing in environments that simulate body fluids remains largely unknown. To address this knowledge gap, the present study investigates the surface characteristics, the internal porosity, the corrosion in simulated body fluid (SBF), and the mechanical properties of as-fabricated 316L SS structures manufactured by L-PBF with rhombitruncated cuboctahedron (RTCO) unit cells with two distinct relative densities (10 and 35%). The microstructural analysis confirmed that the RTCO structure has a pure austenitic phase with a roughness of ~20 µm and a fine cellular morphology. The micro-CT revealed the presence of keyholes and a lack of fusion pores in both RTCO structures. Despite the difference in the internal porosity, the mechanical properties of both structures remain within the range of bone tissue and in line with the Gibson and Ashby model. Additionally, the as-fabricated RTCO structures demonstrated passive corrosion behaviour in the SBF solution. Thus, as-fabricated porous structures are promising biomaterials for implants due to their suitable surface roughness, mechanical properties, and corrosion resistance, facilitating bone tissue growth.

University Students’ Perceptions and Reactions to Cyberbullying on Social Media: The Case of Türkiye

ABSTRACT With cyberbullying emerging as a significant concern in contemporary society, understanding its prevalence, forms, and impacts is crucial for developing effective intervention strategies. This study aims to delve into the underlying factors contributing to cyberbullying incidents among university students. Employing quantitative methodologies, this research utilized a questionnaire comprising multiple-choice, scaled responses, and open-ended questions to explore students’ encounters, perceptions, and responses to cyberbullying. The study’s development was informed by theoretical frameworks and existing literature, with data analysis conducted using the Statistical Package for the Social Sciences (SPSS). The sample comprised 392 participants, predominantly female (79.1 percent) and Turkish (98.7 percent). Most participants were 18–21 (46.9 percent) and 21–25 (41.3 percent). The majority (84.9 percent) were studying at a state university. The study reveals a widespread acknowledgment of cyberbullying as a severe problem among social media users, particularly prevalent on platforms like Instagram and TikTok. Offensive comments and hate speech were identified as dominant forms of cyberbullying, alongside newer tactics like emoji-based ridicule. Participant responses ranged from passive bystander behavior to active intervention, reflecting diverse coping mechanisms and strategies. The findings underscore the need for comprehensive approaches to combat cyberbullying, including educational programs, institutional support mechanisms, and interventions promoting digital citizenship. Furthermore, fostering peer support networks and enhancing awareness in university settings is crucial for effectively addressing cyberbullying. The study highlights various intervention areas and approaches to mitigate the impact of cyberbullying and promote a healthier digital environment. Future research should continue exploring the underlying motivations and barriers to seeking help, aiming to develop targeted strategies for prevention and intervention.

Research on the Corrosion Resistance and Cytotoxicity of Medical Forged Co-28Cr-6Mo Alloy

Co-Cr-Mo alloy as a human body implant material has a long history, because of its excellent corrosion resistance and biocompatibility, and is widely used in human hip joint materials. Co-Cr-Mo alloy in the human body is often in a passivation state; the formation of dense oxide film on the alloy surface prevents further corrosion of the alloy. The main component of the passivation film is the oxide of Cr, so a layer of oxide film formed by Cr on the surface of Co-Cr-Mo alloy is the reason for its good corrosion resistance. In biocompatibility, cytotoxicity is the first choice and necessary option for biological evaluation, and cytotoxicity can quickly detect the effect of materials on cells in a relatively short time. Therefore, this research conducted a comparative evaluation on the corrosion resistance and biocompatibility of forged Co-Cr-Mo alloys produced in domestic and foreign alloys in line with medical standards. Three simulated human body fluids and Princeton electrochemical station were selected for corrosion resistance experiments, and it was found that the corrosion resistance of four alloys in sodium citrate solution inside and outside China would be reduced. All the alloys exhibit secondary passivation behavior in Hanks solution, which improves the corrosion resistance of the alloys. According to the self-corrosion potential Ecorr analysis, the corrosion resistance of domestic B alloy is the best, while that of foreign R31537 alloy is poor. In the biocompatibility experiment, the biocompatibility of Co-Cr-Mo alloy was evaluated through the measurement of contact Angle and cytotoxicity reaction. The experimental results show that Co-Cr-Mo alloy is a hydrophilic material, and the contact Angle of foreign R31537 alloy is smaller, indicating that the surface of R31537 alloy is more suitable for cell adhesion and spreading. According to the qualitative and quantitative analysis of the cytotoxicity experiment, the toxic reaction grade of domestic A, B and R31537 alloy is grade 1, the toxic reaction grade of C alloy is grade 2, and C alloy has a slight toxic reaction.

Enhancing Passivation Behaviors and Wear Resistance of Biomedical Ti-15Mo Alloy via {332} Twinning Pre-Tension and Aging

The purpose of this investigation was to determine the extent to which a combination of pre-deformation and aging procedures could enhance the corrosion and wear resistance of the Ti-15Mo alloy for biomedical materials. The initial grains were refined with {332} twins and other defects after the pre-deformation, increasing the amount of precipitation nucleation and forming finer α phases during aging. The finer precipitates with numerous boundaries are beneficial in forming a thicker passivation film in phosphate-buffered saline (PBS) solution, and the corrosion resistance of the 20% pre-deform plus aged alloy is improved by 4.23 times. The result indicates that the corrosion passivation behavior and film structure of the biomedical Ti-15Mo alloy are significantly influenced by its microstructure. The worn track and debris of the alloy after pre-tension and aging gradually decreases with the increase in pre-deformation rates, caused by the increase in the hardness and wear resistance. The mechanism of corrosion and wear resistance in PBS solution were revealed, which showed the pre-tension and aging processes that were performed on the Ti-15Mo alloy. This study proposes that pre-tension with {332} twins contributed to precipitation refinement, which would enhance the passivation behaviors and wear resistance of the biomedical β titanium alloy.

Religiosity as a factor of emotional well-being of the Russian youth (on the example of Orthodox and Muslims)

Currently, the studies on religiosity are becoming more and more popular and relevant, and the terminology “spirituality” is acquiring its original etymological meaning. There is a tendency of interest in spiritual development on the part of young people who choose the concept of spirituality as the basis of their personal development. The article presents the results of an analysis of the relationship between coping strategies, stress levels and religious orientation among young people living in Russia. 104 respondents took part in the study: 52 men and 52 women between the ages from 18 to 35 years. To determine coping strategies, the author uses the Russian-language adaptation of the COPE questionnaire developed by K. Carver, M. Scheyer and J. Weintraub and adapted by T.O. Gordeeva, E.N. Osin and E.A. Rasskazova. To measure religious orientation, the G. Allport and D. Ross Scale of Religious Orientation was used, the type of religious coping was assessed using the B-RCOPE short questionnaire of religious coping. The analysis of the study results confirmed our hypothesis that coping strategies are closely related to stress levels: Active coping strategies help reduce stress levels, while avoidant coping behavior correlates with high stress levels. In addition, the study showed that religious orientation and the type of religious coping influence the choice of coping strategies. Participants with an internal religious orientation and positive religious coping were more likely to have active coping strategies, while external religiosity and negative coping were associated with avoidance and passive behavior. This indicates that religiosity can play an important role in choosing ways to cope with stress among young people living in Russia. It has been revealed that it is religious coping that they use most often.Hypothesis: The present study serves to confirm the assumption that religiosity is one of the significant factors of the emotional well-being of the Russian youth.

The Slithering Dead: Does locomotor performance affect post-capture death feigning in dice snakes (Natrix tessellata, Laurenti 1768)?

Abstract Functional constraints between different types of antipredator behavior should be common, especially if they are on the opposite sides of the behavioral spectrum such as flight and post-capture immobility. We examined a potential compromise between post-capture immobility displays and sprint speed in dice snakes (Natrix tessellata), using a field-based approach. We sampled snakes (N = 238) from two populations: from a dense island population free of mammal predators, and from a less dense mainland population, preyed upon by both bird and mammal predators. We explored the effects of sexual maturity, temperature, body size, presence of palpable food in the gut, and injuries on the occurrence and duration of post-capture immobility as well as sprint speed. Our results confirm the existence of functional constraints between locomotor performance and post-capture immobility in dice snakes. Faster dice snakes start escaping promptly after release, while slower individuals utilize more passive antipredator behaviors such as death feigning. Local adaptations seem to have great influence on behavioral compromise, since the mammal-free island population exhibited a higher incidence of post-capture immobility and a significantly lower sprint speed, compared to the less dense mainland population. Additionally, immature individuals tended to avoid death feigning and their post-capture immobility lasted shorter compared to adult individuals. It remains to be seen how individuals adjust their behavior to accomodate locomotor constraints, and in which specific phases of the predator-prey interaction these adjustments occur.

Passivation behavior of reinforcement in simulated pore solutions of composite cement incorporating ultrafine steel slag and blast furnace slag

The steel slag and ground granulated blast furnace slag with high fineness exhibit synergistic effects on hydration progress and can be introduced into concrete in high volume. In this paper, the simulated pore solution (SPS) of ternary cement incorporating ultrafine steel slag (US) and ultrafine ground granulated blast furnace slag (UG) was prepared to examine the passivation behavior of the HRB400 reinforcing steel under SPS. It is found that the rapid growth of passive films occurs primarily within the initial 2–3 days after immersion in the SPS, while the compaction of passive films takes place mainly at the later stages. The open circuit potential and charge transfer resistance of the passive films initially increase and then decrease with the continuous rise in the US content. The Fe2O3 constitutes a significant portion of the passive films above the steels treated with the SPS irrespective of US dosages, whereas the content of FeO is highly influenced by US dosages. The UG-US-C pore solution could enhance the passivation behavior because of lower Ca2+ and higher Na+. In case of UG/US ratio at 2:3, the passive film exhibits the greatest thickness at 7.5 nm and meanwhile with the highest compaction and the least roughness.

The effect of organizational silence on the relationship between workplace ostracism and nurses' procrastination behavior: A structural equation modeling.

This study aims to assess the relationship between workplace ostracism and the procrastination behavior of nurses, as well as examine the effect of organizational silence on this relationship. Controlling workplace ostracism and eradicating time wasters, especially procrastination behavior among nurses, are key strategies that add value to organizational effectiveness. In addition, remaining silent about significant issues facing nurses is a devastating approach to the success of both healthcare organizations and the nursing profession. A cross-sectional descriptive correlational exploratory research design was used to conduct the study. Data were collected from 352 nurses recruited from three large university hospitals in Alexandria, Egypt. Four instruments, namely, the Workplace Ostracism Questionnaire, the Organizational Silence Scale, the Active Procrastination Scale, and the Unintentional Procrastination Scale, were used. Structural equation modeling was used to test the hypothesized relationships among the variables. The findings demonstrated a significant positive and moderate association between workplace ostracism and both active and passive procrastination behaviors among nurses. Moreover, there was a strong positive and significant correlation between organizational silence and workplace ostracism. The results of mediation revealed that the indirect effect of workplace ostracism on both active and passive procrastination behavior through organizational silence was statistically significant, suggesting that organizational silence partially mediated this relationship. The study highlighted the ongoing challenges posed by toxic workplace issues, such as organizational ostracism and silence, as significant factors contributing to nurses' procrastination behaviors. Not only do these factors directly impact nurses' productivity, but they also interact to exacerbate negative outcomes in nursing care. Addressing these toxic dynamics is critical to improving nurse performance and ensuring quality care in healthcare settings. This study offers new insights for navigating toxicity and upgrading nursing productivity in healthcare organizations through fostering a more inclusive and communicative work environment. Promoting team cohesion and ensuring that all staff members feel valued and included can reduce feelings of isolation that may lead to procrastination. Also, creating safe spaces for nurses to voice concerns without fear of reprisal could significantly diminish passive procrastination, which ultimately enhances overall patient care quality and organizational efficiency.

Passive behavior of TNB intermetallic and Inconel 625 in electrochemical machining

The TNB alloy, a novel lightweight material, shows great potential for application in crucial aero-engine parts. This paper reveals the passive behavior of TNB alloy in electrochemical machining (ECM), Inconel 625 alloy was used for comparison. The polarization curve shows that TNB and Inconel 625 alloys have obvious passivation phenomenon at the passivation potential. Research reveals that the passive film structure of TNB alloy comprises a compact layer (about 7 nm) and a loose layer (about 13 nm), with significantly higher corrosion resistance in the compact layer compared to the loose layer. In contrast, the passive film structure of Inconel 625 alloy is a single layer with a thickness of approximately 11 nm. It was also found that the passive film composition for TNB alloy is TiO2, Al2O3, and Nb2O5. The composition of passive film for Inconel 625 alloy is NiO, Ni(OH)2, Cr2O3, MoO3, Nb2O5, FeO, and Fe2O3, and the content of Ni and Cr is high. TNB alloys exhibit uneven and loose lamellar morphology at low current densities, but can reach Ra 0.15 μm at greater than 15 A/cm2. There are always some disordered carbides rich in Nb and Mo on the surface of Inconel 625 alloy. Quantitative models were developed for both alloys to describe their electrochemical dissolution behavior.

The effect of oxide scale on the corrosion resistance of SUS301L stainless steel welding joints

The effect of thermal oxidates on the corrosion of SUS301L stainless steel welded joint was investigated using electrochemical corrosion test and TEM microstructure observation. Activation dissolution behavior without passive region was found in the potentiodynamic polarization curves on the welding zone and heat affected zone. The activation corrosion is related to the preferential dissolution of the NiFe layer at the interface between chromium oxide and substrate. However, the passive region in the polarization curve reappears after the unstable NiFe dissolves in the salt-frog test. The passivation behavior due to microstructure evolution beneath the thermal oxide film was discussed during the corrosion process.

Sex differences in fear expression and persistence in an animal model of Post-Traumatic Stress Disorder

Post-Traumatic Stress Disorder (PTSD) is a complex psychiatric condition arising from traumatic experiences, marked by abnormal fear memories. Despite women are twice as likely as men to develop PTSD, the biological mechanisms underlying this disparity remain inadequately explored, particularly in preclinical studies involving female subjects.Previous research shows that female rats exhibit active fear responses, while males display passive behaviors. Additionally, sex differences in ultrasonic vocalizations (USVs) during fear conditioning have been observed, indicating varying emotional responses.Here, we validated a traumatic stress model consisting of footshock exposure paired with social isolation − originally developed in male rats − on females for the first time, focusing on sex differences in fear memory expression, retention and extinction. Our findings reveal that only during trauma exposure, males predominantly exhibited passive responses, whereas females demonstrated more active responses, despite both sexes emitting similar numbers of alarm USVs. Females also showed lower levels of freezing and USV emissions throughout extinction sessions and displayed a higher extinction rate compared to males. Notably, only males displayed a conditioned fear response when triggered by a single mild stressor.These findings highlight sex differences in trauma responses and fear memory processes. The study emphasizes the importance of incorporating 22-kHz USV evaluations along with other behavioral metrics for a comprehensive understanding of fear memory. This research contributes to the existing literature on traumatic stress models as well as underscores the necessity of including female subjects in preclinical studies to better inform treatment and prevention strategies tailored to both sexes.