Future Development Research Articles

A Review of Recent Patents on LoRaWAN

Background: LoRaWAN technology enables IoT devices with ubiquitous connectivity, which further empowers a broad spectrum of applications, including civil engineering, agriculture, and smart home. Although LoRaWAN has low-power energy consumption and long-range communication capability, it has many features that should be carefully managed to improve its performance. Objective: This paper aimed to review recent patents on improving the performance of LoRaWAN. Methods: The most related patents on improving the performance of LoRaWAN were discussed and analyzed. Results: A total of 71 patents were reviewed. This paper proposed a 2D taxonomy to categorize the existing patents. These patents aimed at focusing on the main components of LoRaWAN, i.e., end node, gateway, and server, and improving the performance of LoRaWAN from six aspects, i.e., energy efficiency, communication range, transmission efficiency, collision management, network security, and interoperability. The methodologies used in the current patent development were also discussed. Conclusion: Tremendous efforts have been devoted to improving the performance of LoRaWAN in recent years. To continue the growth of LoRaWAN technology, future patent development may focus on scalability, cost-effectiveness, and ease of implementation.

Application development on Brassica species in aquaculture – a review

Abstract Brassicaceae family are traditional, medicinal and nutritional value plants. Brassicaceae family produces valuable components to provide different types of beneficial effects for humans and animals such as anti-oxidant, antimicrobial, anticancer, anti-scurvy, anti-inflammatory, anti-hyperglycemic, anti-tumor, anti-diabetes, anti-stomach diseases, and anti-cardiac. This review mainly focuses to observe Brassicaceae family response in aquatic animals and provides some information collected from literature analysis regarding the development of aquaculture applications like Brassicaceae family plants used as a supplement to enhance nutritional value, replacement of fish meal, antimicrobial activity against pathogens, immunomodulatory effects, antioxidant, and growth activity of aquatic animals. This literature review analysis is helpful to enlighten for future research and development on the application in the aquaculture sector.

Esters of Quinoxaline-7-Carboxylate 1,4-di-N-Oxide as Potential Inhibitors of Glycolytic Enzymes of Entamoeba histolytica: In silico Approach.

Esters of quinoxaline-7-carboxylate 1,4-di-N-oxide (7-carboxylate QdNOs) derivatives are compounds that inhibit the growth of Entamoeba histolytica</i>, the causative agent of amebiasis. Although these compounds cause changes in the redistribution of glycogen deposits within the parasite, it is unknown whether these compounds interact with enzymes of the glycolytic pathway. The aim of this study was to test the binding affinity of these compounds to pyrophosphate- dependent phosphofructokinase (PPi-PFK), triosephosphate isomerase (TIM), and pyruvate phosphate dikinase (PPDK) from E. histolytica</i> as a possible mechanism of action. The molecular docking study of the 7-carboxylate QdNOs derivatives and the proteins was performed using AutoDock/Vina software. Molecular dynamics simulation was performed for 100 ns. Among all the selected compounds, T-072 exhibited the best binding affinity to EhPPi- PFK and EhTIM proteins, while T-006 interacted best with EhPPDK. ADMET analysis revealed that T-072 was non-toxic, while T-006 could become harmful to the host. In addition, molecular dynamics showed that T-072 has stable interaction with EhPPi-PFK and EhTIM. Including all aspects, these data indicated that these compounds might inhibit the activity of key enzymes in energy metabolism leading to parasite death. Furthermore, these compounds may be a good starting point for the future development of new potent antiamebic agents.

From Finite Element Simulations to Equivalent Circuit Models of Extracellular Neuronal Recording Systems Based on Planar and Mushroom Electrodes.

define a new methodology to build multi-compartment lumped-elements equivalent circuit models for neuron/electrode systems. the equivalent circuit topology is derived by careful scrutiny of accurate and validated multiphysics finite-elements method (FEM) simulations that couple ion transport in the intra- and extracellular fluids, activation of the neuron membrane ion channels, and signal acquisition by the electronic readout. robust and accurate circuit models are systematically derived, suited to represent the dynamics of the sensed extracellular signals over a wide range of geometrical/physical parameters (neuron and electrode sizes, electrolytic cleft thicknesses, readout input impedance, non-uniform ion channel distributions). FEM simulations point out phenomena that escape an accurate description by equivalent circuits; notably: steric effects in the thin electrolytic cleft and the impact of extracellular ion transport on the reversal potentials of the Hodgkin-Huxley neuron model. our multi-compartment equivalent circuits match accurately the FEM simulations. They unveil the existence of an optimum number of compartments for accurate circuit simulation. FEM simulations suggest that while steric effects are in most instances negligible, the extracellular ion transport affects the reversal potentials and consequently the recorded signal if the electrolytic cleft becomes thinner than approximately 100 nm. the proposed methodology and circuit models improve upon the existing area and point contact models. The coupling between the extracellular concentrations and reversal potential highlighted by FEM simulations emerges as a challenge for future developments in lumped-element modeling of the neuron/sensor interface.

Identifying synergies between VLBI and STIX imaging

Context. Reconstructing an image from noisy, sparsely sampled Fourier data is an ill-posed inverse problem that occurs in a variety of subjects within science, including data analysis for Very Long Baseline Interferometry (VLBI) and the Spectrometer/Telescope for Imaging X-rays (STIX) with respect to solar observations. The need for high-resolution, high-fidelity imaging fosters the active development of a range of novel imaging algorithms in a variety of different algorithmic settings. However, despite these ongoing, parallel developments, such synergies remain unexplored. Aims. We study, for the first time, the synergies between the data analysis for the STIX instrument and VLBI. In particular, we compare the methodologies that have been developed in both fields and evaluate their potential. In this way, we identify key trends in the performance of several algorithmic ideas and draw recommendations for the future spending of resources in the study and implementation of novel imaging algorithms. Methods. To this end, we organized a semi-blind imaging challenge with data sets and source structures that are typical for sparse VLBI, specifically in the context of the Event Horizon Telescope (EHT) as well as STIX observations. We used 17 different algorithms from both communities, from six different imaging frameworks, in the challenge, making this work the largest scale code comparison for STIX and VLBI to date. Results. We identified strong synergies between the two communities, as proven by the success of the imaging methods proposed for STIX in imaging VLBI data sets and vice versa. Novel imaging methods outperform the standard CLEAN algorithm significantly in every test case. Improvements over the performance of CLEAN offer deeper updates to the inverse modeling pipeline necessary or, consequently, the possibility to replace inverse modeling with forward modeling. Entropy-based methods and Bayesian methods perform best on STIX data. The more complex imaging algorithms utilizing multiple regularization terms (recently proposed for VLBI) add little to no additional improvements for STIX. However, they do outperform the other methods on EHT data, which correspond to a larger number of angular scales. Conclusions. This work demonstrates the great synergy between the STIX and VLBI imaging efforts and the great potential for common developments. The comparison identifies key trends on the efficacy of specific algorithmic ideas for the VLBI and the STIX setting that may evolve into a roadmap for future developments.

A Review of the Research on Electro-hydraulic Load Simulator and Characteristics with Improvement Methods

Abstract: The electro-hydraulic load simulator is a semi-physical simulation system. It is used to simulate different loads on the bearing capacity object (steering gear system) under working conditions and further test the dynamic and static characteristics of the bearing capacity object. Therefore, it is widely used in important applications such as the simulation of various loads and the development of high-performance steering gear systems. By analyzing and discussing the electro-hydraulic load simulator equipment and its improvement methods, some useful conclusions have been drawn to predict the development of the electro-hydraulic load simulator and its key technologies. The current status of research on electro-hydraulic load simulator prototypes is discussed in depth. The electro-hydraulic load simulators are classified according to the loading system applying force (torque). The improvement methods of the electro-hydraulic load simulator, including the method of suppressing the extraneous force, the compensation method of nonlinear factors, and the method of establishing the mathematical model, are analyzed and summarized. By summarizing the literature and patents on electro-hydraulic load simulation technology, the principle, and characteristics of different equipment and improvement methods are analyzed and compared, and future development of electro-hydraulic load simulation equipment and technology is discussed. The research on the characteristics of the prototype, the hardware means and control strategy to suppress the extraneous force, the compensation of nonlinear factors, and the methods of establishing the mathematical model are beneficial to improve the loading accuracy of the electro-hydraulic load simulator.

Nadzieja, niezgoda, solidarność. Sztuka społecznie zaangażowana na czasy kryzysów

This article is wrapped around the notion of artivism and social art revealing the variety of phenomena and philosophies that fall within the field of these practices. The author looks at current trends in social art and discusses them both in relation to the broader, current context of the field of art and from the perspective of potential future developments. She cites selected examples of activities that combine art, activism, education, and work with the community and, analyzing them, points out their main goals and the demands for change they bring with them. In doing so, she seeks to name the most relevant and vital topics and social issues – both those already being addressed and explored by engaged art, and those that appear to be an important direction for it to head in. Key-words: community art, participation, artivism, democratic turn, audiences, art with community

A bibliometric overview of research on auxetic structures: Trends and patterns

Auxetic structures have very interesting features compared to traditional structures and can also be used in the automotive industry thanks to their lightness and strength have attracted the attention of researchers in recent decades. The current study summarizes the contributions made by researchers from all over the world between 2002 and 2022 in the field of auxetic structures. Using the Scopus database, a bibliometric analysis was used to examine the scientific studies in the area. The analysis covered different characteristics of publications, including publication type, main study fields, journals, citations, authorship patterns, affiliations, and keywords. The bibliometric indicators showed that there were 2599 publications published by 5161 authors in 85 countries from 2002 to 2022. The results also showed that the publications produced came primarily from China, the United States, and the United Kingdom, and the publications produced from these countries accounted for 42.99% of all publications. In particular, the most productive author, country, institution, and journal are Grima JN, China, Ministry of Education China, and Composite Structures, respectively. This study has great value since it demonstrates how to research topics change from year to year and can predict future development trends.

Optimization of Hybrid Cooling Systems for Automotive Engines: Integrating Radiator and Air Conditioning Efficiency for Enhanced Performance and Energy Efficiency

Abstract: This research paper introduces a groundbreaking exploration into the optimization of hybrid cooling systems within automotive thermal management. The study focuses on seamlessly integrating radiator and air conditioning components to not only enhance engine performance but also achieve unprecedented levels of energy efficiency. In response to the escalating demand for environmentally conscious and fuel-efficient vehicles, the research delves into advanced engineering solutions and innovative technologies that synergize the functions of traditional radiator and air conditioning systems. The core objective is to harmonize these components, redefining the landscape of automotive thermal management and setting the stage for a sustainable and high-performance future. By scrutinizing advancements, addressing challenges, and proposing potential breakthroughs, the paper contributes to the ongoing discourse on the evolution of engine cooling systems. The findings aim to propel the automotive industry toward a new era where optimal engine performance coexists with energy efficiency and environmental responsibility. This research lays the foundation for future developments that promise to reshape the automotive thermal management landscape, aligning with the global shift towards more sustainable and technologically advanced transportation solutions.

Impact of different types of pain on organizational decisions in palliative medicine

In press This short scientific report reveals important aspects of palliative medicine use of narcotic and non-narcotic analgesics, antidepressants, and anticonvulsants. Specific indications and restrictions on their use, routes of drug administration (oral, intravenous, intramuscular, subcutaneous, transdermal, intrarectal) are defined. The issues of monitoring the dosage of narcotic painkillers by medical personnel and patients themselves, the administration of bolus doses, and the medical equipment necessary for this were discussed. Special attention is paid to such pharmaceuticals as morphine, oxycodone, buprenorphine, butorphanol, morphine. The study of pathogenesis, clinical manifestations, diagnostic methods and the arsenal of therapeutic agents for overcoming acute and chronic pain in palliative patients is important for the organization of hospice and palliative care (HPC). Different types of pain are described depending on the nosological forms, individual sensitivity to pain, sensitization to pain, ways of transmitting the pain signal from the peripheral to the central part of the nervous system, humoral mechanisms of increasing and decreasing the sensation of pain, pain assessment on the Visual Analogue Scale. The need for organizational solutions to improve the situation with analgesia in Ukrainian palliative and hospice institutions, in particular to increase the availability of effective analgesia for palliative patients, was identified. Improving the situation with pain relief corresponds to the national strategy of Ukraine for the development of the HPC system. The report makes a comparison with the development of such a system in Great Britain on the way to one of the best systems of medical care for palliative patients, and on the basis of the futuristic development models described in the literature, it is assumed that Ukraine is on a similar path. Keywords: nociception, somatic pain, visceral pain, neuropathic pain, narcotic analgesics, non-narcotic analgesics.

Optimized water management for precision agriculture using IoT-based smart irrigation system

This project introduces a Smart Irrigation System aimed at enhancing water efficiency in agriculture through the integration of an Arduino Uno micro-controller and a variety of sensors. The system incorporates a soil moisture sensor, a DHT11 sensor for monitoring temperature and humidity, an LCD, a buzzer for alerts, and a relay module to control a pump motor. The main goal is to create an automated irrigation system that adjusts to environmental conditions, thereby optimizing water usage for plant growth. The soil moisture sensor continuously evaluates soil moisture levels, while the DHT11 sensor keeps tabs on temperature and humidity. The Arduino Uno processes this data and displays it on an LCD screen. When the soil moisture falls below a predefined threshold, the system activates a buzzer and triggers the relay to turn on the pump motor. The LCD provides real-time feedback on environmental conditions and the irrigation status. This Smart Irrigation System offers several advantages, including water conservation, energy efficiency, and improved plant health. By automating irrigation based on real sensor data, the system minimizes water wastage and ensures that plants receive optimal moisture levels. Additionally, temperature and humidity monitoring contribute to effective microenvironment management. The project serves as a demonstration of IoT-based solutions for agricultural challenges, featuring a modular design that allows for scalability. Future developments may include incorporating additional sensors, enabling wireless connectivity for remote monitoring, and integration with weather data. In summary, the system provides a practical and cost-effective solution for sustainable agriculture, promoting water conservation and efficient farming practices.

Diverse perspectives in zebrafish seizure models: An exploration of chemical inducers

Numerous studies have investigated seizures in zebrafish, employing diverse methods to induce and observe epilepsy. Chemical inducers have become indispensable tools for precisely manipulating neural activity in controlled experiments. This research is dedicated to a meticulous comparison and analysis of various seizure-inducing chemicals in zebrafish. The selected chemical inducers include pentylenetetrazole (PTZ), kainic acid (KA), picrotoxin (PTX), pilocarpine, and other substances. The primary mechanism of these inducers involves altering neurotransmitter receptors, particularly GABA and glutamate, at inhibitory or excitatory synapses. This alteration creates an imbalance between inhibitory and excitatory signals in the brain, contributing to epileptogenesis. The resulting hyperactivity in the zebrafish brain disrupts metabolism, elevates reactive oxygen species (ROS), and causes neuronal damage. Chemical induction offers valuable insights into the neurological activity of zebrafish, enabling the observation of behaviors such as whole-body contractions, loss of posture, or freezing. Various parameters can be adjusted to examine the effects of chemical inducers on zebrafish development and to replicate various types of seizures, such as status epilepticus and temporal lobe epilepsy. Despite the array of options available, many chemical inducers remain underutilized in zebrafish studies. To ensure the successful induction of models, monitoring gene expression markers such as c-fos, which represents neuronal activity, becomes crucial. Additionally, a scoring system is employed to analyze seizure severity and identify treatment efficacy. The existing gaps in utilizing chemical inducers present great opportunities for future model development. This chemically-induced seizure model in zebrafish is pivotal for unraveling seizure mechanisms, contributing significantly to advancements in neurological research.

Electronic governance in EU member states and candidate countries (using the exampleS of Poland and Ukraine): comparative legal analysis

The article addresses the issue of further improvement and development of Electronic Governance in Ukraine through the analysis of experience gained by various countries. It has been established that Electronic Governance currently plays a pivotal role in the development of society, which necessitates the need for superior and effective improvement of this sphere to ensure the maximum level of its development and support for society. Comprehensive utilization of information technology is the main mechanism in achieving this goal, as it can meet the needs of society at the highest level. However, the further development and improvement of Electronic Governance in Ukraine is currently hindered by the conditions in which the country has found itself due to the war. These conditions necessitate the search for fundamentally new solutions and approaches related to the most effective use of information resources, and the provision of effective, efficient and high-quality support and assistance for society. Efforts are currently focused on finding the optimal solution for the operation, improvement and future effective development of Electronic Governance. For Ukraine, this is the path it must travel from the idea of transformational changes in the field of information technology and resources to the gradual alignment of Electronic Governance with European standards. This path involves declaring this direction as a top priority at the highest level. The introduction of Electronic Governance as a form of organization of public administration began in Ukraine a few years ago, and has been gaining increasing public support.Analysis of the main foreign initiatives and practices in this regard provides evidence of an above-average level of development of Electronic Governance in the countries of the European Union and other states, which enables the rapid and efficient fulfilment of public needs. At the same time, it has been established that the most effective (in the context of improving electronic governance) has been Poland, which has already fully established its Electronic Government, operating efficiently and providing various electronic services to society. This system is transparent, flexible and convenient. It allows users to save time and avoid unnecessary bureaucratic procedures, and society now has easier access to the necessary information. It has been established that improving Electronic Governance in Ukraine by drawing on Poland’s experience in this regard has the potential to modernize public administration and, on a practical level, provide more opportunities for direct access to information. This will allow for the implementation of new initiatives, including the digitalization of the country, democratization of society, and achieving goals of sustainable development.

THE EVOLUTION OF ECOTOURISM ON GEOHERITAGE IN SCIENTIFIC RESEARCH: A BIBLIOMETRIC ANALYSIS

The objective of this study is to examine the evolution of Ecotourism on Geoheritage through bibliometric analysis. Total of 53 papers pertaining exclusively to the domain of Ecotourism on Geoheritage, spanning from 2008 to 2022, were gathered from the Scopus database. This study examines the core aspects and features of Ecotourism on Geoheritage in academic research. It employs topic analysis, concurrence analysis, and timeline analysis of author keywords to investigate factors such as annual publication contribution, popularity, and focus. Furthermore, the analysis incorporates many productive entities, including journals, authors, institutions, countries, regions, and the mapping of significant collaboration links. These elements are utilized to determine the level of attention received by different entities in the field of Ecotourism on Geoheritage research. Furthermore, this study examines the citation structure of authors and journals and provides a detailed analysis of burst detection in cited authors, journals, and references. Ultimately, the study findings will be integrated with the present financial circumstances to delve further into future development obstacles and prospects. This bibliometric analysis reveals a consistent rise in yearly publications, a notable shift in emphasis towards financial inclusion, a prevailing presence of authors from Australia, and a growing number of international collaborations and publications from diverse sources. These findings indicate that the field of Ecotourism on Geoheritage is dynamic and holds promise for future scientific advancement. Hence, this exhaustive analysis of the Ecotourism on Geoheritage document not only examines the features and course of existing research but also assists researchers in identifying the appropriate research starting point and conducting thorough investigations.

Supramolecular Modular Assembly of Imaging‐Trackable Enzymatic Nanomotors

AbstractSelf‐propelled micro/nanomotors (MNMs) have shown great application potential in biomedicine, sensing, environmental remediation, etc. In the past decade, various strategies or technologies have been used to prepare and functionalize MNMs. However, the current preparation strategies of the MNMs were mainly following the pre‐designed methods based on specific tasks to introduce expected functional parts on the various micro/nanocarriers, which lacks a universal platform and common features, making it difficult to apply to different application scenarios. Here, we have developed a modular assembly strategy based on host–guest chemistry, which enables the on‐demand construction of imaging‐trackable nanomotors mounted with suitable driving and imaging modules using a universal assembly platform, according to different application scenarios. These assembled nanomotors exhibited enhanced diffusion behavior driven by enzymatic reactions. The loaded imaging functions were used to dynamically trace the swarm motion behavior of assembled nanomotors with corresponding fuel conditions both in vitro and in vivo. The modular assembly strategy endowed with host–guest interaction provides a universal approach to producing multifunctional MNMs in a facile and controllable manner, which paves the way for the future development of MNMs systems with programmable functions.

Understanding Early Intervention and Early Childhood Special Education Professional Access to and Utilization of Evidence-Based Practices

ABSTRACT Federal legislation and regulations addressing educational practices have provided clear mandates that educators when designing educational intervention use systematic decision-making processes to identify instructional strategies and methods that are evidence based. This study employed a survey to examine how familiar early interventionist/early childhood educators, who serve young children aged birth to eight, seek information on evidenced -based practices (EBP) prior to implementing a practice. This study also explored methods that educators use and prefer to access information about EBPs. A total of 223 educators completed the survey that included four identified subgroups (teachers, related service providers, administrators, and faculty/researchers/trainers). We found that most respondents, across the groups, reported being familiar or somewhat familiar with research evidence for their practices and chose discussion with colleagues as the most frequently used strategy to learn and make decisions about a new practice. Implications for future research and professional development are discussed.

Reductive Doping Inhibits the Formation of Isomerization‐Derived Structural Defects in N‐doped Poly(benzodifurandione) (n‐PBDF)

AbstractRecently, solution‐processable n‐doped poly(benzodifurandione) (n‐PBDF) has been made through in‐situ oxidative polymerization and reductive doping, which exhibited exceptionally high electrical conductivities and optical transparency. The discovery of n‐PBDF is considered a breakthrough in the field of organic semiconductors. In the initial report, the possibility of structural defect formation in n‐PBDF was proposed, based on the observation of structural isomerization from (E)‐2H,2′H‐[3,3′‐bibenzofuranylidene]‐2,2′‐dione (isoxindigo) to chromeno[4,3‐c]chromene‐5,11‐dione (dibenzonaphthyrone) in the dimer model reactions. In this study, we present clear evidence that structural isomerization is inhibited during polymerization. We reveal that the dimer (BFD1) and the trimer (BFD2) can be reductively doped by several mechanisms, including hydride transfer, forming charge transfer complexes (CTC) or undergoing an integer charge transfer (ICT) with reactants available during polymerization. Once the hydride transfer adducts, the CTC, or the ICT product forms, structural isomerization can be effectively prevented even at elevated temperatures. Our findings provide a mechanistic understanding of why isomerization‐derived structural defects are absent in n‐PBDF backbone. It lays a solid foundation for the future development of n‐PBDF as a benchmark polymer for organic electronics and beyond.

Reductive Doping Inhibits the Formation of Isomerization-Derived Structural Defects in N-doped Poly(benzodifurandione) (n-PBDF).

Recently, solution-processable n-doped poly(benzodifurandione) (n-PBDF) has been made through in-situ oxidative polymerization and reductive doping, which exhibited exceptionally high electrical conductivities and optical transparency. The discovery of n-PBDF is considered a breakthrough in the field of organic semiconductors. In the initial report, the possibility of structural defect formation in n-PBDF was proposed, based on the observation of structural isomerization from (E)-2H,2'H-[3,3'-bibenzofuranylidene]-2,2'-dione (isoxindigo) to chromeno[4,3-c]chromene-5,11-dione (dibenzonaphthyrone) in the dimer model reactions. In this study, we present clear evidence that structural isomerization is inhibited during polymerization. We reveal that the dimer (BFD1) and the trimer (BFD2) can be reductively doped by several mechanisms, including hydride transfer, forming charge transfer complexes (CTC) or undergoing an integer charge transfer (ICT) with reactants available during polymerization. Once the hydride transfer adducts, the CTC, or the ICT product forms, structural isomerization can be effectively prevented even at elevated temperatures. Our findings provide a mechanistic understanding of why isomerization-derived structural defects are absent in n-PBDF backbone. It lays a solid foundation for the future development of n-PBDF as a benchmark polymer for organic electronics and beyond.

Sulfur in Waste-Free Sustainable Synthesis: Advancing Carbon-Carbon Coupling Techniques.

This review explores the pivotal role of sulfur in advancing sustainable carbon-carbon (C-C) coupling reactions. The unique electronic properties of sulfur, as a soft Lewis base with significant mesomeric effect make it an excellent candidate for initiating radical transformations, directing C-H-activation, and facilitating cycloaddition and C-S bond dissociation reactions. These attributes are crucial for developing waste-free methodologies in green chemistry. Our mini-review is focused on existing sulfur-directed C-C coupling techniques, emphasizing their sustainability and comparing state-of-the-art methods with traditional approaches. The review highlights the importance of this research in addressing current challenges in organic synthesis and catalysis. The innovative use of sulfur in photocatalytic, electrochemical and metal-catalyzed processes not only exemplifies significant advancements in the field but also opens new avenues for environmentally friendly chemical processes. By focusing on atom economy and waste minimization, the analysis provides broad appeal and potential for future developments in sustainable organic chemistry.

Mesogenic Ordering-Driven Self-Assembly of Liquid Crystalline Block Copolymers in Solution.

With the development of nanotechnology, the preparation of polymeric nanoparticles with nicely defined structures has been well-developed, and the functionalization and subsequent applications of the resultant nanostructures are becoming increasingly important. Particularly, by introducing mesogenic ordering as the driving force for the solution-state self-assembly of liquid crystalline (LC) block copolymers (BCPs), micellar nanostructures with different morphologies, especially anisotropic morphologies, can be easily prepared. This review summarizes the recent progress in the solution-state self-assembly of LC BCPs and is mostly focused on four main related aspects, including an in-depth understanding of the mesogenic ordering-driven self-assembly, precise assembly methods, utilization of these methods to fabricate hierarchical structures, and the potential applications of these well-defined nanostructures. We hope not only to make a systematic summary of previous studies but also to provide some useful thinking for the future development of this field.