CAR-T cell therapy is a type of adoptive immune therapy that relies on the specific targeting of cytotoxic T-cells to eliminate the malfunctioning cells in the body. Genetic engineering allows the generation of an almost infinite variety of chimeric antigen receptors (CAR) to ensure specificity for antigens on the surface of target cells. Therefore, CAR-T appears to be a powerful and versatile therapy for the treatment of various diseases, including cancer. Recently, CAR-T has emerged as a significant advancement in the management of hematological tumors, particularly B-cell malignancies, mainly due to the presence of specific antigens such as CD19 and BCMA. As a result, the market for CAR-T therapy is experiencing significant growth. However, the problem of relapses remains and warrants the search for new therapeutic approaches, including CAR-T technology. In this case, one of the major challenges is finding and evaluating new targets for CAR-T in terms of their likelihood of success. Here we propose a set of established criteria for the evaluation of potential targets for CAR-T cell therapy to treat hematological malignancies. These criteria include assessing the target in terms of its biological characteristics, such as expression level, cellular localization, tissue specificity, and clinical aspects, including unmet clinical needs and the success of clinical trials. Using these criteria, we validate our prediction of the next CAR-T cell therapy targets that will likely emerge soon.

Ferrocement is a mortar made from a homogeneous mixture of cement, sand, and water reinforced with reinforcement covered with continuous and tightly woven wire. The specification aspect is carried out by testing the mortar compressive strength at the ages of (3, 7, 14, 21, and 28 days) and water absorption testing at the age of 28 days after curing. Water loss testing is carried out by observing the ferrocement irrigation channel on a laboratory scale at the age of 28 days. The cost and time aspects of the work implementation are analyzed based on the Circular Letter of the Directorate General of Construction Development Number 33 of 2023. The results of the compressive strength study of stone masonry mortar at the age of 28 days for Type N were 107.41 kg/cm2; Type M was 263.77 kg/cm2; and ferrocement was 361.66 kg/cm2. The water absorption value of Type N mortar was 17.62%; Type M was 16.71%; and ferrocement was 16.26%. This means that the mortar mixture plan for Type N, Type M, and Ferrocement met the required specifications and criteria. The water loss of the laboratory-scale ferrocement channel was 3.66% and there was no seepage or water droplets on the surface of the test object. These results indicate that ferrocement is watertight. The cost of implementing the irrigation channel work using river stone masonry is Rp. 454,577,440.00 and ferrocement Rp. 410,802,000.00. The implementation time for the irrigation channel work using river stone masonry is 65 working days and 55 working days for ferrocement. These results show that ferrocement construction is more efficient than river stone masonry in terms of specifications, costs and time.

Sense of safety within residential environments is a multifaceted challenge, especially regarding gender cultural requirements. Do privacy specifications of housing affect women’s and men’s sense of safety similarly? This research delves into the most salient aspect of housing specifications, which is the relationship between the external and internal environment of residential units and its influence on women’s sense of safety in Iraq. The study conducted a comprehensive literature review and chose Koya City as a case study for analysis and engagement with relevant stakeholders. The complex interaction between indoor and outdoor spaces was explored to estimate their impact on women’s sense of safety compared to men. The study uses qualitative and quantitative methodologies to identify strategies and design interventions that might effectively mitigate safety concerns and promote inclusive and empowering living environments for women. The main conclusion of the study confirms that the relationship between the housing unit and the surrounding environment greatly affects women’s sense of privacy and safety, which shows the need to consider traditional concepts and norms to enhance this relationship and inform future low-rise, medium-density housing design.

Overview and Aspects of the European Technical Specification CEN/TS 19101:2022, “Design of Fibre-Polymer Composite Structures”

The search for ways to accelerate the construction of buildings of both temporary and long-term aspects has been and remains a leading issue in the construction industry of Ukraine, especially given the conditions of martial law, internal displacement of people, destruction of housing, etc. This article reveals the features of modular technology, which is increasingly used in the construction industry. In particular, during the writing of the work, the differences that are distinguished in modular construction in relation to traditional ones were investigated to create a picture of the practicality and relevance of modular construction objects. Also, based on the analyzed historical discourse on the use of modular technologies, the feasibility of their application in our time was characterized and determined, paying special attention to various factors and factors: martial law, destruction of residential premises and buildings, displacement of highly qualified personnel and the population in general, etc. During the study of the features of modular construction, well-known examples of construction solutions, their specificity and implementation aspects were also studied, on the basis of which the prospects for the development of modular construction in our time, the stages of its gradual introduction into the construction industry and use taking into account certain factors or factors were outlined. Based on the analyzed elements of the influence of organizational and technological factors on the construction industry, it was found that traditional construction has exceptionally high indicators of reliability, durability, stability, etc., but at the same time it is inferior to modular construction of buildings and structures in terms of time and resource consumption, environmental impact, as well as in rapid adaptation to the special challenges of today, of a social or natural nature, etc., which makes the use of modular technologies one of the leading phenomena in the construction sector.

Rheumatoid arthritis (RA), axial spondyloarthritis (axSpA) and psoriatic arthritis (PsA) pose major global health challenges. These conditions are characterised by chronic widespread inflammation, leading to considerable morbidity and excess cardiovascular mortality. Despite advancements in therapy, very little in the form of consensus exists in India among musculoskeletal physicians and rheumatologists for the management of these conditions. The recommendations presented in this paper were developed by a steering committee, the RAPID-India, comprising academic rheumatologists who are key opinion leaders with diverse interests in rheumatology. With the help of the Delphi technique, they convened 3 advisory board meetings to discuss optimising to facitinib therapy for RA, axSpA and PsA. The paper particularly highlights aspects of pre-treatment screening, toxicity monitoring and specifics of use in the elderly. Additionally, long-term therapy with tofacitinib is advocated to prevent radiographic progression and maintain disease control; tapering strategies are also discussed. This consensus provides evidence-based recommendations to optimise disease outcomes by guiding healthcare professionals with special emphasis and focus only on tofacitinib use in inflammatory arthritis.

Objectives: To describe overall customer experiences and identify factors associated with customer experience at the 2nd branch of the Vaccination Clinic - Hanoi Medical University in 2022. Methods: This cross-sectional study included 250 participants from June 2022 to June 2023 using convenience sampling. Eligible participants were clients aged 18 years or older or guardians of under-18 clients with stable mental health and the ability to com-plete a questionnaire. Data were collected using a revised SOPEQ Toolkit questionnaire adapted to the local healthcare system. Descriptive statistics and inferential tests were applied, with p<0.05 considered statistically significant. Results: Overall, 87.6% of clients reported a positive vaccination experience. For spe-cific aspects, over 90% of clients had positive experiences. The highest rating was for “Inside the vaccination room” (96%), followed by “Interaction with doctors” (95.2%), “Before visiting” (94.8%), and “Post-vaccination monitoring” (94.4%). The experiences related to “Arriving at the vaccination center” (93.2%) and “Environment and facilities” (90.4%) were rated positively, while “Leaving the vaccination center” had the lowest rate at 90%. Female clients were 2.47 times more likely to report a positive experience than males (OR = 2.47, 95% CI: 1.14–5.34, p = 0.02). Clients who traveled by car or on foot were 2.55 times more likely to have a positive experience than those using motor-bikes (OR = 2.55, 95% CI: 1.08–6.02, p = 0.03). Other personal characteristics showed no significant association with experience. Conclusions: Clients reported a highly positive vaccination experience, particularly in pre-visit communication and interactions with healthcare providers. These findings high-light key strengths of the clinic’s services and areas for continued improvement. Keywords: Customer Experience, Vaccination Clinic, Satisfaction, Associated factors.

The family of membrane proteins known as amino acid transporters (AAT) is responsible for regulating the transmembrane transportation of amino acids. Featuring 458 transporters grouped into 65 families, the solute carrier (SLC) superfamily is the largest family of transport proteins. Every family plays a crucial part in cellular physiology and exhibits unique substrate specificity and tissue distribution aspects. In order to preserve intracellular metabolic homeostasis, they control the absorption and efflux of crucial molecules such as ions, glucose, fatty acids, and amino acids. They are also essential for differentiation, cell division, and signal transmission. SLC38A5 (also called SNAT5, SN2), a member of the SLC family, has steadily gained attention in recent years as research has become more thorough. The X chromosome contains the gene that codes for SLC38A5, which is a sodium-dependent neutral amino acid transporter with 11 transmembrane domains. It makes it easier for sodium ions and amino acids to move across the membrane simultaneously. It is involved in a variety of cellular processes, and illnesses like cancer, neurodegenerative diseases, and metabolic disorders are intimately linked to its abnormal expression or malfunction. Its distinct function in the development of disease has drawn more and more attention. This article examines new research on SLC38A5 in immunology, metabolic disorders, cancer, and neurodegenerative diseases that was found using databases like Web of Science and PubMed. We provide an overview of SLC38A5 biology in this review, focusing on new discoveries on its function in the development of disease. The structure, distribution, physiological activities, and properties of SLC38A5 are all covered in this discussion, along with its pathogenic roles and potential therapies in particular diseases.

This article describes key issues which have to be addressed to apply Computational Fluid Dynamics to Naval Hydrodynamics. The specific aspects of Naval Hydrodynamics are discussed and illustrated by recent simulations and comparisons with available experiments. Free-surface flows with or without waves and even violent phenomena such as ventilation or cavitation can be modelled with mixture-fluid surface capturing. Turbulence modelling of thick boundary layers and vortical flows requires anisotropic RANS models or hybrid RANS/LES in case of strongly separated flows. Moreover, fluid–structure interaction in the form of rigid or flexible body motion and multi-body systems is crucial to represent ship manoeuvring and propulsion. Finally, the paper underlines the central role played by anisotropic adaptive grid refinement in the accurate simulation of marine flows.

The study of the impact of the technical specifications of ceramic tiles requires a comprehensive understanding of the nature of the tiles in order to obtain tiles with special specifications different from ordinary tiles (floors, walls) The research was divided into three chapters and due to the importance of this topic, the researcher wanted to formulate the research issue with the following question: How important are the technical specifications of ceramic tiles used in cladding swimming pools? Relevance: While the importance of the research study is embodied by studying the efficiency of the technical specifications for ceramic tiles, in addition to documenting and enriching the knowledge aspect of the technical specifications. Objectives: While the current study aims to reveal the extent to which the technical specifications of the ceramic tiles used in the cladding of swimming pools are, As for the limits of the research, it was determined through the objective aspect by studying the importance of the technical specifications of ceramic tiles used in the cladding of swimming pools, while the limits of the research included the spatial limit of swimming pools through photographs and the temporal limit of the time period 2014-2024. Methods: The second chapter included the first and its main headings: The specifications of ceramic tiles with architectural cladding, the technique of using cladding in swimming pools, achieving the aesthetic and functional identity of ceramic tiles used in cladding swimming pools The form and organization of the design body using ceramic tiles for swimming pools, the importance of cladding using ceramic tiles in swimming pools, the level of organization of the technical specifications of the design configurations, the design integration of ceramic tiles used in the cladding of swimming pools) The third chapter specialized in defining the topic of research procedures, represented by the research methodology based on the analytical descriptive method, while the research population was based on the purposive selection method. Results: The fourth chapter included the conclusions of the research findings, as well as the recommendations for future proposals and the proposed design of tiles inside swimming pools. Conclusions: It is possible to determine the technical specifications of the tiles in the design and cladding of swimming pools in accordance with the consumer's desire, taking into account the compositional factors in the cladding processes.

BackgroundMissing data are common in observational studies and often occur in several of the variables required when estimating a causal effect, i.e. the exposure, outcome and/or variables used to control for confounding. Analyses involving multiple incomplete variables are not as straightforward as analyses with a single incomplete variable. For example, in the context of multivariable missingness, the standard missing data assumptions (“missing completely at random”, “missing at random” [MAR], “missing not at random”) are difficult to interpret and assess. It is not clear how the complexities that arise due to multivariable missingness are being addressed in practice. The aim of this study was to review how missing data are managed and reported in observational studies that use multiple imputation (MI) for causal effect estimation, with a particular focus on missing data summaries, missing data assumptions, primary and sensitivity analyses, and MI implementation.MethodsWe searched five top general epidemiology journals for observational studies that aimed to answer a causal research question and used MI, published between January 2019 and December 2021. Article screening and data extraction were performed systematically.ResultsOf the 130 studies included in this review, 108 (83%) derived an analysis sample by excluding individuals with missing data in specific variables (e.g., outcome) and 114 (88%) had multivariable missingness within the analysis sample. Forty-four (34%) studies provided a statement about missing data assumptions, 35 of which stated the MAR assumption, but only 11/44 (25%) studies provided a justification for these assumptions. The number of imputations, MI method and MI software were generally well-reported (71%, 75% and 88% of studies, respectively), while aspects of the imputation model specification were not clear for more than half of the studies. A secondary analysis that used a different approach to handle the missing data was conducted in 69/130 (53%) studies. Of these 69 studies, 68 (99%) lacked a clear justification for the secondary analysis.ConclusionEffort is needed to clarify the rationale for and improve the reporting of MI for estimation of causal effects from observational data. We encourage greater transparency in making and reporting analytical decisions related to missing data.

Inguinofemoral lymphoceles are a common postoperative complication after inguinofemoral lymphadenectomy (LNE) and a challenge for patients as well as physicians. We report here our preliminary experience in the surgical management of a recurrent lymphocele using indocyanine green (ICG) detection, followed by robotic-assisted closure of the lymphatic leaks. The aim of this article is to illustrate the surgical steps of ICG-assisted detection of inguinal lymphatic leaks and their surgical treatment by means of robot-assisted suturing. Furthermore, the feasibility of the approach will be evaluated. A 59-year-old woman with locally advanced squamous cell carcinoma of the vulva and previous conventional bilateral inguinofemoral LNE presented with symptomatic therapy-resistant lymphoceles in the groin. After a lengthy and frustrating course of standard therapy, she was offered the off-label option surgical treatment with ICG detection and subsequent robot-assisted ligation of the leaks, using the Da Vinci robotic system™. Perioperative data, specific aspects of the surgical approach specifics, objective and subjective outcomes of the new approach. The procedure was performed as planned, with no intraoperative complications or device-related issues. The postoperative course was uneventful, and the patient developed no further lymphoceles. Visualisation of the leakage by ICG combined with minimally invasive robotic-assisted laparoscopy is a promising therapy option. The pictures and videos demonstrate our experience in regard of the safety, feasibility, and usefulness of this procedure. Further studies will be needed, to prove the absolute efficacy of the technique and express a general recommendation in regard of this approach for the treatment of inguinofemoral lymphoceles.

Despite the high prevalence of yips, a psychoneuromuscular impairment affecting fine motor skills in sports performance, the specific aspects of its causality and treatment have not been identified or verified. This cross-sectional study examined psychosocial factors relating to throwing yips in baseball. Amateur baseball players (N = 292) living in Japan completed a self-report questionnaire on their anxiety/fear about throwing the ball, the Acceptance and Action Questionnaire-II, the Cognitive Fusion Questionnaire, the Short Fear of Negative Evaluation Scale, and self-reports evaluating values and social factors relevant to baseball. A hierarchical multiple regression analysis indicated that a low values-based throwing score, a high Cognitive Fusion Questionnaire score, and overreprimanding others’ mistakes were positively associated with baseball players’ yips symptoms. These results suggest that changing the context of playing baseball, reducing cognitive fusion, and improving coaching methods could reduce the risk of baseball players’ throwing yips.

Abstract: Cancer is a condition in which aberrant cells continue to divide uncontrollably, causing tissue to be destroyed. Different cancer stages have been identified by researchers, suggesting that a number of gene alterations are involved in the etiology of cancer. Unusual cell proliferation is brought on by these gene alterations. A crucial role in the acceleration of cell proliferation is played by genetic diseases brought on by heredity or hereditary factors. Its diagnosis and treatment have historically been regarded as two of the most important and significant clinical concerns. Depending on the nature and stage of the tumor, numerous ways to its corrective therapy have been established. Numerous biomolecules derived from plants are crucial for the treatment of the disease. In this review, we focus on specific aspects to give a brief overview of the major problems, including their etiology, therapies that are available, herbal alternates, available vaccines and relevant biomarkers. It was felt that much work needs to be done on combination therapy development and platform optimization.

Reaches are complex movements that are critical for survival, and encompass the control of different aspects such as direction, speed, and endpoint precision. Complex movements have been postulated to be learned and controlled through distributed motor networks, of which the thalamus is a highly connected node. Still, the role of different thalamic circuits in learning and controlling specific aspects of reaches has not been investigated. We report dissociable roles of two distinct thalamic nuclei - the parafascicular (Pf) and ventroanterior/ventrolateral (VAL) nuclei - in the refinement of spatial target reaches in mice. Using 2-photon calcium imaging in a head-fixed joystick task where mice learned to reach to a target in space, we found that glutamatergic neurons in both areas were most active during reaches early in learning. Reach-related activity in both areas decreased late in learning, as movement direction was refined and reaches increased in accuracy. Furthermore, the population dynamics of Pf, but not VAL, covaried in different subspaces in early and late learning, but eventually stabilized in late learning. The neural activity in Pf, but not VAL, encoded the direction of reaches in early but not late learning. Accordingly, bilateral lesions of Pf before, but not after learning, strongly and specifically impaired the refinement of reach direction. VAL lesions did not impact direction refinement, but instead resulted in increased speed and target overshoot. Our findings provide new evidence that the thalamus is a critical motor node in the learning and control of reaching movements, with specific subnuclei controlling distinct aspects of the reach early in learning.

Chemotherapy is still the major method of treatment for many types of cancer. Curative cancer therapy is hampered significantly by medication resistance. Acidic organelles like lysosomes serve as protagonists in cellular digestion. Lysosomes, however, are gaining popularity due to their speeding involvement in cancer progression and resistance. For instance, weak chemotherapeutic drugs of basic nature permeate through the lysosomal membrane and are retained in lysosomes in their cationic state, while extracellular release of lysosomal enzymes induces cancer, cytosolic escape of lysosomal hydrolases causes apoptosis, and so on. Drug availability at the sites of action is decreased due to lysosomal drug sequestration, which also enhances cancer resistance. This review looks at lysosomal drug sequestration mechanisms and how they affect cancer treatment resistance. Using lysosomes as subcellular targets to combat drug resistance and reverse drug sequestration is another method for overcoming drug resistance that is covered in this article. The present review has identified lysosomal drug sequestration as one of the reasons behind chemoresistance. The article delves deeper into specific aspects of lysosomal sequestration, providing nuanced insights, critical evaluations, or novel interpretations of different approaches that target lysosomes to defect cancer.

With the rapid advancement of computer vision, machine learning, and consumer electronics, eye tracking has emerged as a topic of increasing interest in recent years. It plays a key role across diverse domains including human-computer interaction, virtual reality, and clinical and healthcare applications. Near-eye tracking (NET) has recently been developed to possess encouraging features such as wearability, affordability, and interactivity. These features have drawn considerable attention in the health domain, as NET provides accessible solutions for long-term and continuous health monitoring and a comfortable and interactive user interface. Herein, this work offers an inaugural concise review of NET for health, encompassing approximately 70 related articles published over the past two decades and supplemented by an in-depth examination of 30 literatures from the preceding five years. This paper provides a concise analysis of health-related NET technologies from aspects of technical specifications, data processing workflows, and the practical advantages and limitations. In addition, the specific applications of NET are introduced and compared, revealing that NET is fairly influencing our lives and providing significant convenience in daily routines. Lastly, we summarize the current outcomes of NET and highlight the limitations.

Frequencies from 100 GHz to 3 THz are promising ranges for a new generation of wireless communication systems due to wide spectrum bands. These frequencies also offer the potential for revolutionary applications made possible by new thinking and advances in devices, circuits, software, signal processing and systems. But the transition to the real use of the terahertz range as a frequency resource in the provision of communication services for applications in special purpose wireless communication networks is accompanied by many problems of spectrum management, network analysis, design and optimization of the architecture of these networks. The novelty of this work is due to the fact that, despite the fact that in recent years a number of review publications by domestic and foreign authors have been published, but in the aspects of development and specifics of possible applications of wireless communication networks of the terahertz frequency range in solving problems with power structures and forces special operations were not considered. The authors focused special attention on highlighted domestic developments in the field of wireless access systems in the terahertz range. The purpose of the work is an analytical review of the features of the transition to the real use of the terahertz frequency range as a frequency resource in the provision of communication services by resource-intensive applications by wireless communication networks for promising applications in solving special problems by power structures. In the work, a systematic analysis and classification of the main areas of promising applications of wireless communication networks of the terahertz frequency range in solving problems by special-purpose power structures is made, and scientific research tasks are given for the transition to the real use of the terahertz frequency range as a frequency resource in the provision of communication services for special purpose applications. The author's proposals developed in this work for promising applications of terahertz communication networks by special operations forces or special purpose forces are the theoretical basis for creating a methodological apparatus for substantiating recommendations for the selection of promising applications when using terahertz communication networks by special operations forces when performing special purpose tasks.

This study aimed to evaluate the effectiveness of biomaterials in bone healing of critical bone defects created by piezoelectric surgery in rat calvaria. Histomorphologic analysis was performed to assess bone regeneration and tissue response. Fifty animals were randomized into five groups with one of the following treatments: Control group (n = 10), spontaneous blood clot formation with no bone fill; BO group (Bio-Oss, Geistlich Pharma; n = 10), defects were filled with bovine medullary bone substitute; BF group (Bonefill, Bionnovation; n = 10), defects were filled with bovine cortical bone substitute; hydroxyapatite group (n = 10), defects were filled with hydroxyapatite; calcium sulfate group (n = 10), defects were filled with calcium sulfate. Five animals from each group were euthanized at 30 and 45 days. The histomorphometry calculated the percentage of the new bone formation in the bone defect. All data obtained were evaluated statistically considering P < .05 as statistically significant. The results demonstrated the potential of all biomaterials for enhancing bone regeneration. The findings showed no statistical differences between all the biomaterials at 30 and 45 days including the control group without bone grafting. In conclusion, the tested biomaterials presented an estimated capacity of osteoconduction, statistically nonsignificant between them. In addition, the selection of biomaterial should consider the specific clinical aspect, resorption rates, size of the particle, and desired bone healing responses. It is important to emphasize that in some cases, using no bone filler might provide comparable results with reduced cost and possible complications questioning the very frequent use of ridge presentation procedures.

Causal effect estimation from observational data is a central problem in causal inference. Methods based on potential outcomes framework solve this problem by exploiting inductive biases and heuristics from causal inference. Each of these methods addresses a specific aspect of causal effect estimation, such as controlling propensity score, enforcing randomization, etc., by designing neural network (NN) architectures and regularizers. In this paper, we propose an adaptive method called Neurosymbolic Causal Effect Estimator (NESTER), a generalized method for causal effect estimation. NESTER integrates the ideas used in existing methods based on multi-head NNs for causal effect estimation into one framework. We design a Domain Specific Language (DSL) tailored for causal effect estimation based on causal inductive biases used in literature. We conduct a theoretical analysis to investigate NESTER's efficacy in estimating causal effects. Our comprehensive empirical results show that NESTER performs better than state-of-the-art methods on benchmark datasets.