Analysis Of Sections Research Articles

+Analytical Approach for Predicting the Moment-Curvature Response of Structural Lightweight Reinforced Concrete Beams

With the switch towards performance-based design procedures, the prediction of the flexural behavior of lightweight reinforced concrete, LWRC, members using advanced and reliable analytical tools has been of great interest to researchers. This paper proposes nonlinear analytical and numerical procedures based on sectional analysis and finite element methods for predicting the moment-curvature and load-deflection responses of structural LWRC beams subjected to pure bending. The proposed analytical and numerical models were validated experimentally by casting and testing a series of eight full-scale LWRC beams under four-points bending configuration. The effects of different compressive strengths of concrete and tensile reinforcement ratios on the flexural behavior of LWRC were examined. The analytical and numerical predictions of the load-deflection behavior and the moment-curvature and load-deflection responses of the LWRC beams investigated, compared very well with the corresponding responses measured from experiments, and test results of previous studies existing in the literature. Among the parameters evaluated using sensitivity analysis, the compressive strength had a significant influence on the flexural strength and stiffness of LWRC beams, whereas the compressive reinforcement ratio was the most important factors affecting the energy absorption and curvature ductility. Moreover, the theoretical models developed could serve as viable tools for simplifying the design process of structural lightweight reinforced concrete members and enhance their applications.

Silver Nanoparticles and L-Cysteine Composite Redresses Carbon Tetrachloride-Induced Hepatotoxicity in Swiss Albino Rats.

l-cysteine is a versatile amino acid that plays a pivotal role in synthesizing critical molecules, enzymatic catalysis, regulation, and electron transport. It also has tremendous potential to act as an adjuvant for enhancing the biological efficacy of various nanoparticles in vivo. The current study is aimed to evaluate the protective efficacy of silver nanoparticles (AgNPs) decorated with l-cysteine in carbon tetrachloride (CCl4)-induced hepatotoxicity in the Swiss albino rats as an animal model. The rats were divided into four treatment groups: Group 1 (control without any treatments), Group 2 treated with AgNPs and l-cysteine composite (5 mg/kg body weight on every third day), Group 3 (single dose of 1 mL/kg CCl4), and Group 4 treated with AgNPs-l-cysteine composite in the rats pre-administered with CCl4. After treatment for a month, the rats were killed, and their liver and blood samples were subjected to biochemical analysis and histological examination.: Group 2 showed all the parameters comparable to control Group 1. On the contrary, CCl4-treated, Group 3 rats showed abnormally raised liver function markers (AST and ALT) and liver toxicity markers (GGT, LDH, and total bilirubin) concomitant with disturbed oxidative stress parameters (GSH and MDA) compared to the control. However, Group 4 rats demonstrated a significant recovery from CCl4-induced biochemical alteration in the animals as compared to Group 3. In addition, the biochemical measurements were harmonious with the histological analysis of the liver sections of the treated rats. Hence, the proposed AgNPs-l-cysteine composite is a potent hepato-protecting agent in vivo that can be employed in regulating CCl4-induced hepatotoxicity or any drug or potential pharmaceutical compound exerting similar toxicity.

Pitfalls of frozen section diagnosis in ureter margin evaluation of plasmacytoid urothelial carcinoma of urinary bladder.

Plasmacytoid urothelial carcinoma (PUC) is a rare and aggressive subtype that often presents at advanced stages with poor prognosis. This study investigated tumor invasion to better understand tumor behavior and potentially to improve management strategies by comparing the clinicopathologic characteristics of PUC with positive ureter resection margin (+ URM) with PUC with negative URMs (-URM). This retrospective analysis used pathology reports from 2017 to 2023 for cases diagnosed with PUC during radical cystectomy (RC). All applicable H&E slides of RC specimens were reviewed. Cases with a plasmacytoid component greater than 25% in the RC specimens were analyzed. Frozen section analyses (FSAs) and permanent section analyses (PSAs) of ureter resection margins were performed. Fifteen patients with a plasmacytoid component greater than 25% in their RC specimens were identified. Compared with -URM PUC cases, +URM PUC cases were located more frequently at the trigone or bladder neck, and all + URM cases exhibited ureter orifice involvement. Among 6 PSA-positive cases, three (50%) cases showed discrepancies with FSA. Three + URM cases exhibited PUC tumor cells along the submucosa and muscularis propria layer, and the 3 remaining cases showed PUC tumor cells along the adventitia. We observed a consistent adventitia invasion in all the discordant cases, with sectioning errors and misinterpretation identified as the primary causal factors. To the best of our knowledge, this is the first study to demonstrate two separate patterns of tumor infiltration along the ureter and to discuss the significance of comparing FSA with PSA in PUC. The significance of comprehensive management strategies for PUC patients, including a thorough evaluation of ureteral margins and accurate interpretation of periureteral fat tissue, is highlighted. Large, well-designed studies are needed to strengthen the evidence and to establish optimal management strategies for patients with PUC.

CESAREAN SECTION IN UKRAINE AND THE UNITED KINGDOM: SIMILARITIES AND DIFFERENCES

The aim of the study was to conduct a comparative analysis of cesarean sections in Ukraine and the United Kingdom in order to improve the quality of medical care and optimize outcomes for both mother and newborn.Materials and methods. To achieve this goal, we analyzed the unifi ed clinical protocol «Caesarean section» of the Ministry of Health of Ukraine dated January 5, 2022 and the UK NICE GUIDELINE «Caesarean birth» in the latest version dated September 6, 2023. The work was performed in accordance with the research plan of the Department of Obstetrics and Gynecology #2 of KhNMU: «Optimization of diagnostics, treatment of diseases of the reproductive system and pregnancy complications in women with extragenital pathology» (state registration number 0121U11923).Results. A comparative study of cesarean section protocols in Ukraine and the United Kingdom provided important insights into the current state of obstetric practice in both countries. Signifi cant diversity in CS protocols in Ukraine and the UK was noted. This is particularly true for both clinical aspects and aspects related to organizational and sociocultural factors. A signifi cant infl uence of social and cultural factors in the UK on the frequency of CR was found. The diff erence between the Ukrainian medical system and the NHS in the UK is mainly in the control of narcotic analgesics, the duration of the postoperative period, and the consideration of the woman’s preference for the method of delivery is quite controversial.Conclusions. Negative statistics reveal that the increase in the frequency of CS is typical not only for the UK, but also for Ukraine, although in Ukraine the explanation for this situation is the increase in the frequency of obstetric and extragenital pathology during martial law, and in the UK it is the woman’s choice. Understanding the diff erences between countries in their approaches to CS will help improve the quality of medical care and optimize outcomes for both mother and newborn. Understanding the differences between countries in their approaches to CS will help to improve the quality of medical careand optimize outcomes for both mother and newborn.

Aeroelastic analysis of non-conventional and slender suspension bridges

The aim of this study was to investigate the dynamic effects of wind actions on bridge cross sections, with a goal to propose design charts for non-conventional and slender bridge decks. An eigenvalue analysis was conducted first and the results were validated experimentally. Subsequently, aeroelastic analysis of the bridge deck section was performed. This analysis encompassed the analytical method adhering to the Eurocode and computational fluid dynamics simulations. Both methodologies indicated that the bridge was susceptible to vortex-induced vibrations. To mitigate these vibrations, wind noses provide better stability than the currently used guide vanes. The effect of changing deck width was also studied. Wider and more streamlined sections displayed better aeroelastic performance. The study also revealed that the Eurocode overestimates the derivatives of aerodynamic moment coefficient by 53% to 93%. Consequently, optimized charts are proposed to enhance the accuracy of torsional divergence and flutter speed calculations, facilitating the safe and efficient design of such bridges.

Understanding BNS Sections 238 and 61(2): Evidence Tampering, Supplying False Information to Protect a Criminal, and Police Accountability

This paper provides a detailed analysis of Sections 238 and 61(2) of the Bharatiya Nyaya Sanhita, 2023 (BNS), focusing on the implications of tampering with evidence or providing false information to protect a criminal, especially concerning the responsibilities of police officers. Those who deliberately obliterate, remove, destroy or conceal evidence related to a crime or offer false information to shield an offender face penalty under Section 238 BNS, where the severity varies based on the nature of the offence, potentially resulting in a prison sentence of up to seven years and a fine. In addition, Section 61(2) BNS in this regard addresses issues related to criminal conspiracy between two or more persons in order to destroy or temper with evidence or furnish false information to shield a criminal from arrest or criminal liability and stipulates punishment commensurate with the seriousness of the offence. It also underscores the importance of investigating police officers' safety and the need to adhere to ethical and investigative standards. The study highlights the crucial role of honesty and transparency within law enforcement to promote accountability and uphold the principles of justice.

SURG-27. DIRECTIONALLY NON-ROTATING ELECTRIC FIELD THERAPY (DNEFT) DELIVERED THROUGH IMPLANTED ELECTRODES: A NOVEL SURGICAL PLATFORM FOR GLIOBLASTOMA IMMUNOTHERAPY

Abstract BACKGROUND While directionally rotating Tumor Treating Fields (TTF) therapy has garnered considerable clinical interest in recent years, there has been comparatively less focus on directionally non-rotating electric field therapy (dnEFT). OBJECTIVE Here, we explore dnEFT generated through implanted electrodes as a glioblastoma therapeutic platform, with the goal of facilitating clinical translation. METHODS Using custom-designed electrode arrays to study the effect of dnEFT using in vitro and in vivo glioblastoma models. RESULTS In vitro, dnEFT generated using a clinical grade spinal cord stimulator showed anti-neoplastic activity against independent glioblastoma cell lines. In support of the results obtained using the clinical grade electrode, dnEFT delivered through a customized, two-electrode array induced glioblastoma apoptosis. To characterize this effect in vivo, a custom-designed four-electrode array was fabricated such that tumor cells can be implanted into murine cerebrum through a center channel equidistant from the electrodes. After implantation with this array and luciferase expressing murine GL261 glioblastoma cells, mice were randomized to dnEFT or placebo. Relative to placebo treated mice, dnEFT reduced tumor growth (measured by bioluminescence) and prolonged survival (median survival gain of 6.5 days). Analysis of brain sections following dnEFT showed a notable increase in the accumulation of peri-tumoral macrophage/microglia with increased expression of M1 genes (IFNγ, TNFα, IL-6) and decreased expression of M2 genes (CD206, Arg, IL-10) relative to placebo tumors. CONCLUSIONS Our results suggest therapeutic potential in glioblastoma for dnEFT delivered through implanted electrodes as a novel immunotherapy platform, supporting the concept of a proof-of-principle clinical trial using commercially available deep brain stimulator electrodes.

NCMP-06. GENOTYPE AND SEX IMPACT MEMORY FUNCTION AFTER BRAIN IRRADIATION

Abstract PURPOSE/OBJECTIVE Cognitive changes are a serious complication that can occur after brain radiotherapy. There is a need to better understand which individuals are more susceptible to develop strategies to preserve their function. The apolipoprotein E type 4 allele (APOEe4) APOE4 is the most prevalent genetic risk factor for Alzheimer Disease. We hypothesized that APOE genotype influences memory function after a subtherapeutic dose of whole brain irradiation in male and female mice. MATERIALS/METHODS Age-matched adult female and male mice engineered with either human APOE3 or APOE4 gene knocked-in were randomized to no treatment or whole brain irradiation (0 Gy or 5 Gy x 2), then evaluated with longitudinal neurobehavioral tests of learning, memory, pain threshold and anxiety. We performed immunohistochemical analyses of mouse brain sections at 1 month and at 4 months post-radiation to quantify extracellular amyloid beta plaques and other neuropathologic hallmarks associated with neurodegeneration. RESULTS Neurobehavioral testing identified significant sex and genotype-dependent changes in memory and anxiety measures developing longitudinally after brain irradiation. At baseline (unirradiated), APOE4 mice (male and female) performed worse on multiple memory measures. However after irradiation, sex and genotype each independently impacted multiple neurobehavioral function tests and also interacted with each other to significantly influence the timing and magnitude of changes in memory function. ApoE4 significantly impacted the toxicity of radiation in a sex-dependent manner. Neuropathologic analyses including amyloid beta plaque deposition and ApoE levels are ongoing. CONCLUSIONS After brain irradiation of relatively moderate dose, neurobehavioral performance including memory are impacted in a genotype and sex-dependent manner and dynamically over time. In addition to suggesting important sex-dependent differences in memory vulnerability, these data point to new opportunities for personalizing care for patients receiving brain irradiation.

The sanctions’ resistance analysis of economic sectors: Priorities of sovereign development and technological modernization

The purpose of the study is to develop analytical tools and methodological support for assessing the stability and vulnerability of sectors of the national economy to the effects of external sanctions. The study of the problem was based on the general scientific methods of generalization, analysis and classification. Methods of logical, economic, content, statistical, investment and expert analysis were used, as well as methods of econometric and mathematical modeling to achieve the research goal. A system of indicators for assessing the operational (technological and commercial) and investment dependence of the economic sector on imports is proposed. Methodological methods for assessing the sanctions dependence of the industry in the formation of production and investment development programs are substantiated. Examples of calculations of dependence indicators by levels and aspects of the industry description in the operating and investment areas are given. Recommendations are given on the use of the proposed indicators in the process of strategic and programming development in the conditions of ensuring technological independence and structural adaptation of the Russian economy.

CNSC-64. BEYOND THE LOCAL TUMOR MICROENVIRONMENT: CHARACTERIZING CHANGES TO NEURONAL ACTIVITY INDUCED BY PEDIATRIC HIGH-GRADE GLIOMA

Abstract Bidirectional electrochemical signaling between neurons and tumor cells is emerging as a critical regulator of pediatric high-grade glioma (HGG) pathology. Neuron-tumor interactions are known to induce local neuronal hyperactivity. However, recent work tracing the projections of these neuron-tumor networks revealed that HGG neuronal recruitment extends beyond the local tumor microenvironment (TME). These findings suggest that tumor-induced hyperexcitability may spread beyond the local TME and drive brain-wide circuit-level changes. To elucidate how non-tumor innervated brain regions are affected by TME hyperactivity we first characterized neuronal hyperactivity induced by a cortical patient-derived pediatric high-grade cell line in vitro on human iPSC-derived neurons. In vitro calcium imaging experiments demonstrated an increase in the number of calcium fluctuations in glioma co-cultured neurons. In parallel, multi-electrode recordings revealed increased population spiking activity and amplitude in neurons co-cultured with glioma cells. We then xenografted these HGG cells into the prefrontal cortex of mice and performed whole brain-clearing and cFos staining on tumor-bearing vs saline-injected control samples. As cFos is an immediate early gene activated by neuronal activity, we utilized the density of cFos expression as a readout-out of neuronal activation in our atlas-aligned segmented brain section analyses. We expectedly observed increased cFos expression within the ipsilateral primary and secondary motor region, which collectively comprise the local TME. Interestingly, we additionally observed elevated cFos in non-tumor bearing brain regions on both the ipsilateral and contralateral hemispheres, largely in layer 2/3 cortical neurons. These neurons form extensive cortico-cortical projections, and we coincidingly observed increased cFos expression in known cortical projection targets of the prefrontal xenograft location, such as somatosensory, visual, and retrosplenial cortices. Our findings suggest that tumor-induced neuronal hyperactivity extends beyond the local TME in a brain-wide manner and potentially follows established neuronal circuits, rendering these connected regions vulnerable to alterations in neuronal activity.

Analysis of ABSL Multicap Fund and Textile sector with Innerwear and Hosiery as a Subsector with reference to Lux Industries Ltd

The internship project entitled "Analysis of ABSL Multicap Fund and Textile Sector with Innerwear and Hosiery as a subsector with reference to Lux Industries Ltd." was taken up at Aditya Birla Sun Life Ltd. by Rohan Ganesh Kolhapure. The project would involve assessing the performance, strategies, and market positioning of the ABSL Multicap Fund for the period between June-August 2024. This also included assessing the textile sector dynamics, with special inward titude toward the innerwear hosiery subsector, using Lux Industries Ltd as a case study. The main tasks were related to the assessment of historical performance of ABSL Multicap Fund and its investment strategies, as well as the analysis of sectoral trends influencing the innerwear market. Specific methodologies included quantitative analysis of financial statements, asset allocation, and risk management practices, in addition to strategic frameworks like SWOT, PESTEL, and Porter's Five Forces.

The Role of Development and Commercial Banking in Promoting Economic Growth in Mexico: A Sectoral Analysis

This study examines the impact of credit extended by both commercial and development banks on exports, GDP, and FDI across different sectors in Mexico. The research lies within the broader context of financial sector development and its role in promoting regional development and economic growth. We use panel data techniques to compare traditional models that include only commercial bank credit with models incorporating development bank credit. Our results emphasize the different and complementary roles of commercial and development banks. The latter is crucial in addressing market failures and supporting long-term, socially and economically beneficial projects. The study concludes that development bank credit should be integrated into economic studies to better understand its contribution to sustainable growth. It suggests that policymakers should coordinate the roles of both banking sectors to foster a balanced and resilient economy.

Assessment of inflammatory bowel disease risk prior to commencing IL‐17 inhibitors: A cross sectional analysis of Irish practice

Assessment of inflammatory bowel disease risk prior to commencing IL‐17 inhibitors: A cross sectional analysis of Irish practice

Sex-related differences in the presentation, management and response to treatment of eosinophilic esophagitis: Cross sectional analysis of EoE CONNECT registry.

Eosinophilic esophagitis (EoE) predominantly affects males across all ages; however, little is known about sex differences for other aspects of EoE. To investigate associations between sex and clinical presentation, endoscopic features, treatment choice and response in EoE patients in real-world practice. Cross-sectional analysis of the multicenter EoE CONNECT registry. The independent contribution of patients' sex and other relevant variables were statistically assessed by multivariate models. A total of 2976 patients (76% male) were evaluated. Males were diagnosed at a younger age compared to females (32.7±14.8 vs. 34.8±15.6years, respectively; p=0.002) with similar diagnostic delay. EoE symptoms varied significantly between sexes, with food impaction predominating in males and dysphagia, heartburn, regurgitation and abdominal and epigastric pain in females. However, female sex contributed to higher symptom severity at diagnosis as measured with Dysphagia Symptom Score (R2=0.57; p=0.013) and presented higher peak eosinophil count in esophageal biopsies (p=0.005). Males showed increased risk of stricturing or mixed phenotypes (adjusted OR 1.43, 95%CI:1.05-1.96; p=0.024). No association was found between patients' sex and first-line treatment modality: proton pump inhibitors (PPI) were preferred over topical corticosteroids in patients with inflammatory phenotypes instead of stricturing or mixed phenotypes, and in patients who did not present food impaction. Both topical corticosteroids and dietary interventions were preferred over PPI in pediatric patients regardless of sex. Sex is associated with clinical and phenotypical presentation of EoE at diagnosis, with more fibrotic findings in males but higher symptom score in females.

Is There a Moderated Mediation Model that Explains the Relationship Between Strategic Agility, Organizational Culture, Environmental Turbulence, and Organizational Performance? Evidence from Accredited Universities in Kenya

Accredited universities in Kenya are vital for quality education and research but face significant challenges that impact their performance. Issues such as strategic agility, organizational culture, and environmental turbulence contribute to difficulties in adapting to changes and maintaining effectiveness. Inadequate funding, outdated infrastructure, and regulatory constraints further exacerbate these challenges, affecting their ability to deliver high-quality education and remain competitive. This study employed a descriptive cross-sectional survey research design to investigate the moderating influence of environmental turbulence on the indirect link between strategic agility and organizational performance through organizational culture. The cross-sectional dataset was obtained from 78 accredited universities in Kenya using a questionnaire. The ordinary least squares model employed revealed that environmental turbulence moderated the indirect relationship between strategic agility and organizational performance via organizational culture in a synergistic manner, hence affirming moderated mediation. These findings highlight the moderating and mediating role of environmental turbulence and organizational culture in the link between strategic agility and organizational performance, providing managerial and policy implications. In the future, researchers should do longitudinal studies to look at how dynamics change over time, comparative sector analyses to get a bigger picture, and more mediators and moderators to fully understand the proposed links.

Fear, extreme fear and U.S. stock market returns

This paper investigates the multiscale co-movement between the levels and changes in VIX and SKEW indices and the returns of the S&P 500 market indices at the aggregate and sector levels of data. By utilizing the wavelet localized multiple correlation (WLMC) method over the most recent time period (January 3, 2006 - October 26, 2023), we demonstrate that very short-term market participants, such as traders and speculators, are watchful about the combined information from the VIX and SKEW levels; while the changes in VIX and SKEW are more informative for stock returns in the medium- to long-term, which should concern the decisions of investors and portfolio managers. We also show that VIX in general exerts a more dominant influence on the S&P 500 Index returns than SKEW, but more for VIX changes than for VIX levels. The very short-run informativeness of VIX and SKEW for stock returns is markedly pronounced around the European debt crisis (2012) and the COVID-19 meltdown (2020). The stock sector analysis reveals that defensive sectors are sensitive to the SKEW index, whereas the cyclical sectors are predominantly related to the fluctuations in the VIX index. Overall, our findings provide useful new insights into the stock market sentiment and the resulting market participants’ behavior at the market microstructure level. As such, they may be of interest not only to traders and investors, but also to financial analysts and government policy-makers in their attempts to understand the multiscale relationship between monetary policy and the stock market.

A Gain-of-Function Mutation in the Ca2+ Channel ORAI1 Causes Stormorken Syndrome with Tubular Aggregates in Mice

Store-operated Ca2+ entry (SOCE) controls Ca2+ homeostasis and mediates multiple Ca2+-dependent signaling pathways and cellular processes. It relies on the concerted activity of the reticular Ca2+ sensor STIM1 and the plasma membrane Ca2+ channel ORAI1. STIM1 and ORAI1 gain-of-function (GoF) mutations induce SOCE overactivity and excessive Ca2+ influx, leading to tubular aggregate myopathy (TAM) and Stormorken syndrome (STRMK), two overlapping disorders characterized by muscle weakness and a variable occurrence of multi-systemic anomalies affecting spleen, skin, and platelets. To date, different STIM1 mouse models exist, but only a single ORAI1 mouse model with muscle-specific TAM/STRMK phenotype has been described, precluding a comparative analysis of the physiopathology in all affected tissues. Here, we generated and characterized mice harboring a prevalent ORAI1 TAM/STRMK mutation and we provide phenotypic, physiological, biochemical, and functional data. Examination of Orai1V109M/+ mice revealed smaller size, spleen enlargement, reduced muscle force, and decreased platelet numbers. Morphological analyses of muscle sections evidenced the presence of tubular aggregates, the histopathological hallmark on biopsies from TAM/STRMK patients absent in all reported STIM1 models. Overall, Orai1V109M/+ mice reliably recapitulate the human disorder and highlight the primary physiological defects caused by ORAI1 gain-of-function mutations. They also provide the possibility to investigate the formation of tubular aggregates and to develop a common therapy for different TAM/STRMK forms.

Modification of the hi-c technology for molecular genetic analysis of formalin-fixed paraffin-embedded sections of tumor tissues

Molecular genetic analysis of tumor tissues is the most important step towards understanding the mechanisms of cancer development, and it is also necessary for the choice of targeted therapy. Hi-C (high-throughput chromatin conformation capture) technology can be used to detect various types of genomic variants, including balanced chromosomal rearrangements: inversions and translocations. In this work, we propose a modification of the Hi-C method for the analysis of chromatin contacts in formalin-fixed paraffin-embedded (FFPE) sections of tumor tissues. Our results demonstrate that this protocol allow to generate high-quality Hi-C data and detect all types of chromosomal rearrangements. We have analyzed various databases to compile a comprehensive list of translocations that hold clinical importance for targeted therapy selection. The practical value of molecular genetic testing is its ability to influence patient treatment strategies and provide prognostic insights. Detecting specific chromosomal rearrangements can guide the choice of targeted therapies, which is a critical aspect of personalized medicine in oncology.

A political economy analysis of the electricity sector in Côte d'Ivoire

The Ivorian electricity sector is undergoing significant changes due to new entrants, increased investments in generation projects, and the development of new policies and initiatives. Using a political economy perspective and a qualitative research method, this paper analyses the dynamics shaping this sector's transformation. Empirically, the study contributes to the understanding of power relations in the energy sector in Côte d'Ivoire. It adds to the growing research on changes in the energy sector in West African countries. Theoretically, the paper contributes to the literature on the political economy of the electricity sector in Sub-Saharan Africa by highlighting neo-colonial relations. The study identifies the actors and institutions involved in the Ivorian electricity sector as well as their interests, and examines the instrumental and structural power of key actors. The findings reveal that, first a three-party institutional structure consisting of the President of the Republic, the Ministry of Energy, and the public agency Ci-Energies all play decisive roles in the decision-making processes at the national level and apply a top-down approach. This institutional trio exerts instrumental power and is able to influence the inclusion and exclusion of stakeholders which has implications for the inclusivity of the sector. Second, there are complex power interrelations among actors, and the sector heavily relies on international finance and has been shaped by vested interests from international actors including French companies. The paper argues that uneven power relations allow the prevalence of foreign interests and impede the development of the domestic electricity industry.

A Brief Analysis of MSME Sector of Sonipat and Panipat District of Haryana with Special Focus on Employment and its Contribution to the Economy of Haryana

The paper provides a brief overview of the MSME sector of the Sonipat and Panipat districts of the Haryana. It provides sectoral overview and Government contribution to the MSME sector. The research is done by taking the secondary data and regression analysis is carried out to check the hypothesis set. It clearly marks out the industries according to the districts and their employment contribution to the state of Haryana.