Invertebrates
Invertebrates are animals that neither possess nor develop a vertebral column, derived from the notochord. These include all animals apart from the subphylum Vertebrata. Invertebrates are animals with no backbone. More than 90% of the animals are invertebrates among the estimated 15-30 million animal species. Invertebrates exist about anywhere. These have been found in the driest of deserts, high reaches of the atmosphere and canopies of wettest rainforests. They also exist in the frozen Antarctic or under the deepest oceans. Whether batting away irritating flies, unearthing a worm or admiring the complexity of a spider's web and much more all these animals are invertebrates. Invertebrates are so many that it is almost impossible to count them all. There are so many invertebrate animal species of different shapes and sizes that help us in many ways and are vital to our survival. Invertebrates serve as food for humans; are key elements in food chains that support birds, fish, and many other vertebrate species; and play important roles in plant pollination.
MICROBIAL SYNTHESIS OF Ti AND rGO NANOMATERIALS AND APPLICATIONS
In recent years, Titanium and Graphene derivatives have attracted more attention in different fields due to their promising properties such as large surface area, high mechanical strength, high electron mobility and electron conductivity. The biosynthesis of nanomaterials using a microbial population has been of noteworthy interest to researchers owing to its easy handling procedure, eco-friendly disposal, and much easier downstream processing. The present book describes a microbial synthetic of titanium dioxide (TiO2) nanoparticles and reduced graphene oxide (rGO) nanosheets using Lonar Lake isolated fungi Aspergillus eucalypticola SLF1 as well as Bacillus cabrialesii RIRD-SK bacteria at ambient conditions respectively. The spherical, thin sheets, porous nanostructured and wide surface area of TiO2 and rGO nanomaterials help its use in antibacterial, antioxidant, anticancer, photocatalyst, glucose sensing, energy conversion and supercapacitor applications. This research highlighted crucial role of the microorganism for green synthesis of TiO2 and rGO nanomaterial for multidisciplinary applications. The results presented herein will be useful for scientific community.
Nanobiotechnology and Quantum Dot
A quantum dot is a nanometer-sized semiconductor particle traditionally with a core-shell structure. Quantum dots are widely used for their unique optical properties, as they emit light of specific wavelengths if energy is applied to them. These wavelengths of light can be accurately tuned by changing various properties of the particle, including shape, material composition, and size.Quantum dots are tiny crystals made up of semiconductor material, typically between 2-10 nanometers in size, which exhibit unique optical and electronic properties due to their small size. These properties make them useful for a wide range of applications, including biomedical imaging, optoelectronics, and quantum computing. Researchers have been actively exploring the development of novel materials with tailored optical properties, such as quantum dots with specific shapes like nanorods and nanoplatelets, which exhibit unique absorption and emission characteristics.
Humans and Macaques
This book offers a comparative study of the mechanisms of blood pressure regulation in humans and macaques, highlighting their physiological and anatomical differences. It explores hormonal systems, such as the renin-angiotensin-aldosterone system, as well as the interaction between the sympathetic and parasympathetic nervous systems in the control of blood pressure. The impact of diet, stress and physical activity on cardiovascular health is also examined, highlighting the role of macaques as models for the study of human hypertension. Finally, implications for future and translational research, aimed at improving clinical interventions and prevention strategies in cardiovascular health, are discussed.
Revealing the Interconnection
Integrating knowledge of histamines and bioinorganics is essential for understanding human biology. Histamines play a key role in immune and inflammatory responses, influencing conditions such as allergies and asthma. Bioinorganics examines how metals, such as zinc and manganese, modulate these processes. Technological advances, notably X-ray absorption spectroscopy (XAS), are opening up new avenues for studying the interactions between metals and histamines. This synergy could lead to the identification of biomarkers, enriching biological research. By exploring these interactions, scientists can develop innovative strategies to meet contemporary challenges and advance knowledge in the field.
Anti-centromere antibodies in routine use
Anti-centromere antibodies (ACA) can be detected by indirect immunofluorescence (IFI) or immunodot (ID). Our aim was to assess IFI/ID concordance and the clinical relevance of ACA.Patients presenting with ACA positivity by IFI on Hep-2 cells and/or by ID were included. ACAs were detected in 63 cases (2.1% of IFI+ID tests). ACAs were positive by IFI and ID in 18 cases. Discordances involved 2 cases of ACA-IFI+/ACA-ID- and 43 cases of ACA-IFI-/ACA-ID+. For these 43 cases, the nuclear fluorescence appearance (IFI) was speckled (34), nucleolar speckled (6) or homogeneous (3); ACA (ID) was weakly positive (26), positive (7) or strongly positive (10).The diagnosis of connective tissue disease (systemic scleroderma, systemic lupus erythematosus, rheumatoid arthritis) was retained in 3 patients out of 18 with clinical information. IFI on Hep-2 cells has certain limitations (operator-dependent; one fluorescence appearance may be masked by another). ID is useful for confirming antigenic specificity, within the limits of the antigens used. Interpretation of these tests depends on the clinical context.
The Huns and their allies in Scandinavia
Several scholars have in the past hypothesized a northward movement by Hunnic contingents which ultimately reached Scandinavia on the basis of archaeological and philological evidence, an event which should be detectable in both ancient and modern DNA if true. In the book, The Huns and their allies in Scandinavia, the author Karl O. H繹gstr繹m utilizes an interdisciplinary approach centered around genomics to trace a westward migration by the Huns from Inner Asia via southeastern Europe to Scandinavia. The significance and implications of this become clear when looking at the philological evidence which suggests that the Huns had a formative and lasting impact on the development of the peoples, cultures and beliefs in Scandinavia during the Late Iron Age.
Immortality Inc.
Discover the Science and Business Behind Eternal LifeExplore the journey to eternal life, where cutting-edge science converges with ambitious entrepreneurship! Immortality Inc.: The Science and Business of Living Forever offers an exhilarating deep dive into humanity's oldest dream: conquering death. This groundbreaking book unveils the incredible advancements in technology and research that dare to make immortality a reality.Imagine a future where life can be indefinitely extended. Through chapters rich with compelling tales of cellular regeneration and genetic engineering, readers will learn about the astonishing methods scientists use to reverse aging. Discover how AI-driven innovations are revolutionizing health monitoring, and the pivotal role tech giants and nimble startups play in redefining the horizon of human longevity.This book addresses ethical dilemmas and the economic landscapes being transformed by the promise of perpetual life. What are the societal impacts? How do diverse cultures, religions, and legal systems grapple with the concept of everlasting life? With intricate explorations of these questions, the pages invite readers to ponder not just how but why we should strive for immortality. Immerse yourself in stories from successful human trials, and absorb the lessons drawn from nature's most resilient life forms.Are you ready to reshape your understanding of life and its potential length? As you delve into the final chapters, forecasting future directions and challenges, your perspective of the possible will be forever altered. Whether you're a scientist, a budding entrepreneur, or someone simply curious about the future, Immortality Inc. promises to captivate and provoke thought. Embark on a rich exploration that examines all facets of humanity's timeless pursuit, paving a path toward forever.
The Huns and their allies in Scandinavia
Several scholars have in the past hypothesized a northward movement by Hunnic contingents which ultimately reached Scandinavia on the basis of archaeological and philological evidence, an event which should be detectable in both ancient and modern DNA if true. In the book, The Huns and their allies in Scandinavia, the author Karl O. H繹gstr繹m utilizes an interdisciplinary approach centered around genomics to trace a westward migration by the Huns from Inner Asia via southeastern Europe to Scandinavia. The significance and implications of this become clear when looking at the philological evidence which suggests that the Huns had a formative and lasting impact on the development of the peoples, cultures and beliefs in Scandinavia during the Late Iron Age.
The Marlin's Fiery Eye and Other Tales from the Extraordinary World of Marine Fishes
The Marlin's Fiery Eye and Other Tales from the Extraordinary World of Marine Fishes dives into the mystery and wonder of the daily lives of saltwater fishes. Joe E. Meisel introduces readers to the fascinating behaviors, remarkable adaptations, and complex life histories of the many species that call the oceans home.From the shallows, where penetrating sunlight encourages bright colors and extravagant patterns in fish, to the abyssal depths, where extreme conditions are countered in bizarre ways, this book illuminates the staggering diversity of ocean life. Discussions of unique characteristics and lifestyles are accompanied by narratives from scientists and fish lovers, with detailed illustrations throughout. Meisel also explores the challenges facing global fisheries today, connecting the book's featured species with questions and opportunities surrounding food demand, aquaculture, and sustainability.Each fish has a story to tell in The Marlin's Fiery Eye and Other Tales from the Extraordinary World of Marine Fishes, and through each story readers will discover an awe and a fascination for the oceanic inhabitants that we so rarely get to witness.
Advanced Coatings and Films for Food Packing and Storage
The aim of this reprint is to acquaint the reader with the latest technologies and methods employed packaging in order to prolong the shelf life of food. Active coatings can protect food from the decomposition of microorganisms due to their edibility, biocompatibility, non-toxicity, lack of pollution and so on. In addition, these coatings incorporate active ingredients such as deoxidizers, antioxidants and antimicrobials in the coating material and can release or absorb the active ingredients into the packaged food or its surroundings. The production of suitable coatings should take into account the type of polymer, the active ingredients added and the physical and chemical properties of the food. The polymers employed in the coatings can come from synthetic or natural sources, with natural biopolymers mainly composed of proteins, polysaccharides, lipids or their combinations (chitosan, starch, protein isolate, etc.) often used. Researchers have also endeavored to find natural active ingredients that can extend the shelf life of foods during storage. These include gas scavengers, antimicrobials and antioxidants. In this reprint, experts in the field share their insights, research results and future prospects regarding the base materials of active coatings, the screening of active ingredients, their evaluation and application. We embark on a journey to explore and exploit the positive impact of active coatings on the high-quality storage of food, in order to aid in the development of new active films for packaging.
Impact of COVID-19 and Non-COVID-19 Vaccination in Special Populations
Vaccination is crucial for reducing morbidity and mortality; however, vaccine hesitancy poses a significant challenge, often driven by a lack of confidence in vaccine safety and efficacy. The World Health Organization defines vaccine hesitancy as the delay in acceptance or refusal of vaccines despite their availability. To enhance vaccination uptake, it is vital to provide evidence demonstrating vaccine safety and efficacy, especially for populations prone to hesitancy. This Special Issue focuses on four specific groups: children, older adults, patients with comorbid conditions, and risk-averse individuals. Research highlighted in this issue reveals that the COVID-19 vaccines generally have high efficacy and low serious adverse event rates in children. Older adults often lack adequate vaccination guidelines tailored to their specific health needs, stressing the necessity for more comprehensive recommendations. Additionally, patients with autoimmune diseases showed impaired immunity to vaccines, though a second dose proved beneficial without increasing adverse events. Moreover, risk-averse individuals demonstrated anxiety during vaccinations, particularly those with severe allergies, but this could be alleviated in controlled environments. Lastly, those with prior COVID-19 infections experienced "pandemic fatigue," elevating their vaccine hesitancy. The findings underscore the need for targeted education and support to encourage vaccination across these diverse populations, ultimately preserving public health and preventing societal disruptions.
Seed Priming Approaches That Achieve Environmental Stress Tolerance
Seed germination and seedling vigor can be enhanced by different chemical or physical treatments and this process is called "seed priming". Thus, seed priming can be defined as treatments for enhancing seed germination and vigor. Seed priming can be a costless, practical, and effective approach, leading to fast and uniform germination, thus increasing seedling vigor and crop yield in numerous crops, especially under unfavorable environmental conditions, in both dormant and non-dormant seeds. Similarly, seed priming can enhance resistance to environmental stress conditions, including biotic and abiotic stressors.Different seed priming approaches, including osmopriming, hydropriming, phytohormone priming, chemical priming, nutrient priming, and redox priming, have been described. In the latter group, hydrogen peroxide (H2O2) must be included, as it is well known that, at low concentrations, H2O2 stimulates seed germination as well as the early seedling growth of plants. In addition, physical treatments can also stimulate seed germination and vigor. In this regard, specifically, the short treatments of seeds with red light also stimulates seed germination and vigor.The aim and scope of this Special Issue is to encourage the publication of reviews and/or experimental research regarding physiological, biochemical, and molecular aspects related to the effect of seed priming on germination and seedling establishment in dormant and non-dormant seeds, and their interaction with environmental stresses.
Novel Drug Delivery Systems
Some active molecules have poor solubility, permeability, rapid clearance in vivo, low physicochemical stability, toxic side effects, etc., which reduce their drug properties and application prospects, while some clinical drugs also have certain shortcomings. The application of appropriate pharmaceutical technologies is therefore an important means to improve their deficiencies. The following Special Issue, entitled "Novel Drug Delivery Systems: Design, Evaluation and Application", covers original research and reviews in the development and application of improved formulation technologies, novel dosage forms, and advanced drug delivery technologies, including encapsulation, solid dispersion, sustained and controlled drug release, nanotechnology, and targeted and intelligent drug delivery strategies, for the purpose of achieving clinical drug applications with reduced toxicity and increased efficacy, improved physicochemical stability, and improved patient compliance.
Obstructive Sleep Apnea (OSA)
Obstructive sleep apnea (OSA) is the most common form of sleep-disordered breathing and is characterized by recurrent episodes of complete or partial upper airway obstruction during sleep, resulting in oxygen desaturation, autonomic dysfunction, and sleep fragmentation. It can affect both children and adults, and the main clinical symptoms include loud snoring, noticeable apneas, and breathing difficulties during sleep. Overnight polysomnography is the gold-standard method for diagnosing OSA. Although OSA is common, it is a frequently unrecognized cause of serious disabilities that have serious health and social consequences. If untreated, OSA may cause impaired cognitive ability, road traffic accidents, cardiovascular morbidity, and all-cause mortality.Various therapeutic options exist. CPAP is the standard treatment for adult OSA, although its clinical application can be compromised by intolerance and poor compliance, while adenotonsillectomy is the primary treatment option for children with OSA and adenotonsillar hypertrophy.This Special Issue entitled "Obstructive Sleep Apnea (OSA)" offers further insights into the pathophysiology, diagnostic assessment, and management of patients with OSA and highlights the importance of continuous research in this field.
Mycorrhizae
Faced with growing environmental challenges, including climate change, salinization and the deterioration of oasis soils, date palm(Phoenix dactylifera L.) oases in North Africa face numerous threats. This book explores the future of agriculture in the Figuig oasis, Morocco, highlighting an innovative approach: the use of arbuscular mycorrhizal fungi (AMF). It is essential to characterize CMA isolates adapted to date palm ecosystems, as a prerequisite for future fundamental and applied research projects.
Final year project in biological sciences
This handbook aims to guide Master 2 students through the process of writing their final project or dissertation, providing clear, structured guidelines for each essential section. Each step is designed to ensure clarity, coherence and proper organization of academic work in the biological sciences. This guide can also be adapted and beneficial for Licence 3 students wishing to learn about academic standards and carry out their mini-project with rigor and coherence. I therefore invite you to use it as a travel companion, an invaluable ally in your quest to complete your final project in the biological sciences. Explore its pages, and let its sound advice guide you along your academic path.
Potential distribution of the richness of endemic Caatinga birds
The diversity, richness and number of endemics of the Caatinga, the only strictly Brazilian biome, have long been underestimated. However, today we know that it is an extremely heterogeneous biome and one of the most altered in Brazil, which emphasises the relevance of new studies. In particular, little is known about the distribution patterns of bird richness in this environment. With a view to contributing to this knowledge, we selected 29 species of birds endemic to the Caatinga in order to estimate their potential geographical distribution. Two large regions of greater richness were identified, one associated with the Chapada do Araripe and the Borborema Plateau, and the other with the Upper S瓊o Francisco region. These regions correspond to the higher altitude areas, with an average of 450m to 850m. Evaluating the representativeness of the existing Conservation Units (UC), we identified that the areas of greatest richness are lacking in protected areas, which drives the implementation of UCs in these regions. In short, this book seeks to point out the regions of greatest richness of the endemic birds of the Caatinga, in order to support conservation measures to ensure the permanence of local biodiversity.
Anti-Cancer Activity of Parmelia Perlata Ethanolic Extract
As the world's top cause of mortality, cancer is currently the most prevalent barrier to achieving a good life expectancy in most nations. Ovarian cancer is the third most frequent gynecologic cancer, after cervical and uterine cancer. It also has the worst prognosis and the highest death rate. Ovarian cancer is less common than breast cancer, yet it is three times as dangerous. It is projected that this sickness will cause a significant increase in deaths by 2040. The slow development of symptoms, hidden and silent growth of the tumour, and insufficient screening are all factors in the high fatality rate from ovarian cancer. This suffering is exacerbated by the present cancer screening methods' inadequate diagnostic effectiveness. In conventional medicine, chemotherapy comes after surgical debulking. Chemotherapy is a frequently used cancer treatment strategy. But the side effects of chemotherapy medications are quite awful and poisonous. This book deals with the ovarian cancer cell line (PA-1) used to test the anti-cancer effects of ethanolic extract of Parmelia perlata.
Poultry filters, a viable option in the management of plants parasitic
This study was carried out to test the usefulness of composited poultry dung in achieving control for agronomical important parasites by exposing 21 days old seedlings of bell pepper to different concentrations of composited poultry dung. Soil and root sampling was done using an improvised soil augar and sterilized kitchen knife for three months. The complete randomised block design of five treatments and five replicate was adopt as experimental design and phyto parasites were ascertained using the sieve plat procedure and were identified using pictorial keys. Severe infections were reported in plots with no composited poultry dung treatment. However, symptoms of phyto-parasitic nematode were relatively observed in the plots treated with the composited poultry dung but were not weighty as to obstruct the performance of bell pepper. The study established that composited poultry dung exhibits the potency to boost crop strength and outweigh infectivity of phytopathogens and stimulates crop growth performance for maximum yield. The study further propagates that the habit of treating soil with poultry dung can ensure food security.
Physicochemical Characterization of Pleurotus Ostreatus Var. Florida
Edible mushrooms of the Pleurotus genus are widely recognized for their ecological, biotechnological and nutritional applications, and are the second most cultivated type of mushroom in the world. This study investigated the production of Pleurotus ostreatus var. florida grown in substrates based on agro-industrial by-products from bean cultivation and craft beer production. Four formulations were tested, varying only the type of supplement used: T1 (80% green bean pods without grains + 20% malt bagasse), T2 (T1 + 5% residual yeast), T3 (T1 + 10% hot trub) and T4 (T1 + 10% hop trub). The substrates and supplements were evaluated for pH, reducing, non-reducing and total sugars, ash, soluble solids, carbon (C), nitrogen (N) and C/N ratio. The mushrooms were analyzed for biological and production parameters, including moisture, protein, lipid, carbohydrate, ash and total calorie content.
Assessment of Eucalyptus Grandis Poultice
One of the popular uses of Eucalyptus charcoal poultice aside from its counteracting poisoning of almost every type, including mushrooms, drugs, pesticides, herbicides, cancer producing substances, heavy metals, gasses, petrol, is its potential to neutralize snake venom and to render harmless the sting of reptiles. This book before you is there to prove scientifically the above statement. Again, since the Eucalyptus charcoal poultice (Eucalyptus grandis) has many significant medicinal values in the Native Tanzanian culture and across the global at large that have not been proven scientifically. The author of this book so committed himself to carry out a scientific research on the Assessment of Eucalyptus grandis Poultice and its effectiveness in terms of concentration dose as snake venom antidote that he came up with scientific evidence on significant medicinal values of Eucalyptus grandis poultice for the sake of disclosing to any whoever the book reaches. Stay blessed as you keep enjoying answers of your questions on this particular point.
Indices for monitoring Culex quinquefasciatus in swimming pools
Culicidae (insects of the Order Diptera, Family Culicidae), commonly known as mosquitoes, are vectors of various pathogens of human and animal diseases and a nuisance to the general population. Resources launched with the aim of controlling urban pests using chemical compounds must be used with the utmost parsimony in order to avoid environmental contamination and hinder the emergence of resistant strains of vectors and urban pests to the biocides used. This book deals with the subject with the aim of establishing Culex quinquefasciatus infestation indices based on the count of adult insects and their immature forms collected in swimming pools and proposing a tool to estimate the nuisance caused by bites in the surrounding population.
Peptides and Metals
This book explores the growing impact of metal-peptide complexes in bioinorganic chemistry and their essential role in modern biology and medicine. It examines the structure, synthesis and properties of peptides, their interaction with essential metals such as copper, zinc and iron, and their application in vital biological processes. Covering topics such as enzyme regulation, cell protection and antimicrobial treatments, the book presents concrete examples of therapeutic applications in cancer, neurodegenerative diseases and gene therapy. It also explores the technical challenges of designing selective and stable complexes, while highlighting recent advances facilitating research through artificial intelligence and molecular modeling. This book is a comprehensive resource for understanding the current challenges and future prospects of metal peptides in biomedical applications.
When Proton goes into Action
This book takes an in-depth look at proton therapy, an advanced radiotherapy technique using protons to treat cancer. It begins with a presentation of the fundamental principles of proton therapy and the importance of the Bragg effect, which enables tumors to be precisely targeted while preserving healthy tissue. Through clinical case studies, we examine the promising results obtained for various types of cancer, highlighting the advantages of this approach over conventional radiotherapy. The book also discusses Bragg distance calculation and modeling methods, highlighting their impact on treatment optimization. Technological innovations, such as miniaturized gas pedals and the integration of advanced imaging, are discussed, as is ongoing research into the Bragg effect. Finally, future prospects, including the integration of proton therapy with other treatment modalities, are presented, paving the way for precision medicine in the fight against cancer.
Application of Fermentation Technology in Animal Nutrition
This Special Issue on "Application of Fermentation Technology in Animal Nutrition" comprises 11 original research articles and 1 communication. Collectively, these contributions illustrate the promising future of fermentation technology in animal nutrition research, one that is committed to both tradition and innovation, with the objective of advancing the frontiers of fermentation science.Altogether, this Special Issue presents several original studies in the field of animal nutrition, including research on co-ensiling technology, silage additives, rumen fermentation, and related topics. These findings could help to improve feed resources, optimize silage quality and improve animal performance. As this Special Issue draws to a close, it is obvious that the field of silage research is not merely evolving, but undergoing a revolution. The challenges that lie ahead are considerable, but so are the opportunities. By addressing these challenges and pursuing the research directions outlined above, it is possible to ensure that fermentation technology will remain a critical aspect of animal nutrition, meeting the evolving needs of animal husbandry.
Cell Differentiation, Oxidative Stress, and Oxygen Radicals-in Honor of Prof. Michael Breitenbach
This volume is dedicated to exploring the intricacies of cell differentiation, oxidative stress, and oxygen radicals, which are all topics that have been foundational to Professor Michael Breitenbach's distinguished career. Through this collection, we aim to present cutting-edge research on cellular responses to oxidative environments and the resulting implications for health and disease. Motivated by a commitment to honor Breitenbach's pioneering contributions, this work is intended for molecular biologists, clinicians, and students.
Tree Growth in Relation to Climate Change
This is a reprint of the Special Issue on "Tree Growth in Relation to Climate Change", published in Forests. It includes the insights and research findings shared by worldwide leading experts in the field, from genetics, ecophysiological, and anatomical adaptations to dendrochronological features, explaining growth pattern associated with climate change. Through all these contributions, this SI will pave the way toward a better comprehension of how tree species response will be shaped in the future.
Rotaviruses and Rotavirus Vaccines
This Special Issue on "Application of Fermentation Technology in Animal Nutrition" comprises 11 original research articles and 1 communication. Collectively, these contributions illustrate the promising future of fermentation technology in animal nutrition research, one that is committed to both tradition and innovation, with the objective of advancing the frontiers of fermentation science.Altogether, this Special Issue presents several original studies in the field of animal nutrition, including research on co-ensiling technology, silage additives, rumen fermentation, and related topics. These findings could help to improve feed resources, optimize silage quality and improve animal performance. As this Special Issue draws to a close, it is obvious that the field of silage research is not merely evolving, but undergoing a revolution. The challenges that lie ahead are considerable, but so are the opportunities. By addressing these challenges and pursuing the research directions outlined above, it is possible to ensure that fermentation technology will remain a critical aspect of animal nutrition, meeting the evolving needs of animal husbandry.
Organosulfur and Organoselenium Chemistry
Organosulfur- and organoselenium-containing compounds play a crucial role in organic synthesis. These sulfur-containing molecules are widely applied in pharmaceuticals, materials, natural products, and food. Additionally, sulfur and selenium show divergent functions and potencies in different oxidative states, leading to the rich chemistry of their transformations. This Molecules Special Issue introduces organosulfur and organoselenium chemistry in fields such as organic synthesis, materials, chemical biology, and computational chemistry, and contains eleven articles and four reviews. This Special Issue will be useful to scientists, researchers, and graduate students in the fields of organic chemistry, materials chemistry, chemical biology, and computational chemistry. We thank our many prominent colleagues for their contributions.
Fluoride Toxicity and Neuroinflammation
"Fluoride Toxicity and Neuroinflammation" is a research-based book aimed at postgraduate researchers and Ph.D. scholars. The book focuses on detailing the health complications associated with fluoride toxicity in humans. It provides an in-depth examination of fluoride-mediated diseases, both skeletal and non-skeletal, including neurological manifestations such as neurotoxicity and neuroinflammation. In addition to this, it offers comprehensive insights into the biological importance of fluoride and provides a thorough overview of neuroinflammatory mechanisms, which could be useful for understanding potential fluoride-related impacts.
Avian Muscle ECM
This comprehensive guide explores the characterization and biomedical applications of avian muscle extracellular matrix (ECM). Delving into the unique properties of chicken muscle ECM, experts discuss its potential in tissue engineering, regenerative medicine, and biomedical research. Topics include: - ECM composition and structure- Muscle development and growth- Biomedical applications (scaffolds, wound healing, drug delivery)- Future directions in avian-derived ECM researchA valuable resource for researchers, scientists, and students in biomedical engineering, tissue engineering, and veterinary medicine.
Mushroom Day
An hourly guide that spotlights twenty-four fungus species as they spread spores, find food, and adapt to a changing planet. On this mushroom-filled day, ecologist Alison Pouliot tours the world to introduce readers to a fascinating variety of fungi. Each chapter of Mushroom Day introduces a single fungus during a single hour, highlighting twenty-four different species. In the dark of the night, the green glow of the ghost fungus guides us into the forest to learn about the mysteries of bioluminescence. At dawn, we awaken to find a fairy ring of mushrooms that has appeared overnight like something out of folklore. But we don't have much time to linger, as we must reach the Italian forest before other porcino hunters forage the morning's fattest and finest. In the heat of the afternoon, the ripe stench of the stinkhorn might send us out of the woods, while the enticing aroma of the aniseed funnel lures us back in. Late in the evening we spy a fungus known as the witches cauldron and wonder what it might tell us about the future. By the end of our mushroom day, we'll have glimpsed the diversity of this unique kingdom, met fungus friends that feed and fascinate, and learned how humans can encourage their flourishing. For each hour, celebrated artist Stuart Patience has depicted these scenes with evocative pen and ink illustrations. Working together to narrate and illustrate these unique moments in time, Pouliot and Patience have created an engaging read that is a perfect way to spend an hour or two--and a true gift for foragers, mycophiles, and anyone who wants to stop and appreciate fungi.
Where Biology Ends and Bias Begins
A geneticist and internationally recognized anti-racism educator provides a powerful, science-based rebuttal to common fallacies about human difference. Well-meaning physicians, parents, and even scientists today often spread misinformation about what biology can and can't tell us about our bodies, minds, and identities. In this accessible, myth-busting book, geneticist Shoumita Dasgupta draws on the latest science to correct common misconceptions about how much of our social identities are actually based in genetics. Dasgupta weaves together history, current affairs, and cutting-edge science to break down how genetic concepts are misused and how we can approach scientific evidence in a socially responsible way. With a unifying and intersectional approach disentangling biology from bigotry, the book moves beyond race and gender to incorporate categories like sexual orientation, disability, and class. Where Biology Ends and Bias Begins is an invaluable, empowering resource for biologists, geneticists, science educators, and anyone working against bias in their community.
Advanced Polymeric Scaffolds for Stem Cell Engineering and Regenerative Medicine
This Reprint entitled "Advanced Polymeric Scaffolds for Stem Cell Engineering and Regenerative Medicine", co-edited by Doctor Jo瓊o Carlos Silva and Professor Frederico Castelo Ferreira, brings together a collection of 17 articles (1 editorial, 11 original research papers, and 5 literature reviews) describing the recent, exciting developments of state-of-the-art polymeric biomaterial scaffolds with great potential for stem-cell-based tissue engineering applications. These contributions, received from research groups from all over the world, cover a wide range of topics related to polymeric scaffolds, from novel bioinks for 3D bioprinting, engineered hydrogels for soft tissue repair, and drug delivery systems for anticancer therapies to the optimization of scaffolds' structural and mechanical properties through the use of additives or following mathematical design and in silico modeling approaches. Overall, this Special Issue provides the readers of Polymers with an outstanding and multidisciplinary compilation of exciting, recent, high-quality articles on the development of advanced polymer scaffolds for regenerative medicine applications, highlighting their potential for the development of more affordable and sustainable personalized therapies.
Electrochemical and Fluorescent Biosensors
"Electrochemical and Fluorescent Biosensors: Novel Strategies, Methods, and Materials" explores cutting-edge developments in biosensing technologies, focusing on electrochemical and fluorescent methods. This Special Issue delves into innovative strategies and methodologies that enhance the sensitivity, selectivity, and overall performance of biosensors. Contributors to this reprint present comprehensive research on novel materials, including nanomaterials and biomolecules, which play a crucial role in the advancement of biosensor technology. The reprint covers a wide range of applications, from medical diagnostics to environmental monitoring, showcasing the versatility and impact of these biosensors. Detailed discussions on the design, fabrication, and optimization of biosensors provide valuable insights for researchers and practitioners in the field. By integrating the latest advancements in electrochemistry and fluorescence, this reprint offers a holistic view of the current trends and future directions in biosensor development. This Special Issue serves as a valuable resource for those seeking to understand the complexities of biosensor technology and its practical applications. It highlights the collaborative efforts of scientists working towards more efficient and reliable biosensing solutions, emphasizing the importance of interdisciplinary approaches in achieving technological breakthroughs.
Guide to the Most Common Genetic Disorders - PART THREE
According to NHGRI, a genetic disorder is a "disease caused in whole or in part by a change in the DNA sequence away from the normal sequence". Our book "Guide to the Most Common Genetic Disorders is written in outline format for ease of use. It is of great value to medical geneticists, genetic counselors, pediatricians, neonatologists, developmental pediatricians, perinatologists, obstetricians, neurologists, and pathologists. It is the definitive volume for helping all physicians to understand and recognize genetic diseases and malformation syndromes and better evaluate, counsel, and manage affected patients. There are a number of the most common genetic disorders that can commonly occur in people. Here are just a few of them and everything that you need to know about them. Just we divided the text to many parts according to alphabet diseases that is the PART THREE.
Antioxidant effect of an α-aminophosphonate
The human body can be protected against oxidative damage from free radicals by antioxidants, so the search for new molecules has become a major focus of research worldwide. In recent years, researchers have turned their attention to the synthesis of lipophilic compounds called acid α-aminophosphonates. These compounds are characterized by broad biological and pharmacological activity, and thus the ability to reduce and/or treat diseases linked to oxidative stress.
Population, distribution and ecology of the Madagascar fish eagle
The study of the population, distribution and ecology of the Madagascar Fish Eagle(Haliaeetus vociferoides), an endemic, Critically Endangered (CR) species, took place from July 2016 to January 2017 in the western part of the island. Sightings encompassed a vast area, stretching from Nosy Hara in the north to Morombe in the south, including Protected Areas and lake ecosystems. A total of 193 individuals were counted, comprising 68 breeding pairs, 5 solitary adults, 7 sub-adults and 34 juveniles. Marked differences were observed between populations in protected and unprotected areas. A slight increase in numbers was observed from 2006 to 2016. The species is distributed along Madagascar's northwest and mid-west coast, between Nosy Hara and Belo-sur-Tsiribihina, with Maevatanana as its inland limit. It nests on tall trees, and is threatened by various human activities such as hunting, egg and eaglet collection, deforestation, overfishing and the conversion of lakes into rice fields.
Early Biomarkers for Diagnosing Nephropathy in Type 2 Diabetics
Diabetic nephropathy (DN) is a significant microvascular complication of Diabetes Mellitus that can progress to end-stage renal disease (ESRD). The severity of DN is typically assessed using the albumin-to-creatinine ratio (ACR), but this method has limitations in terms of sensitivity and specificity. Therefore, identifying novel biomarkers for the early detection of DN is essential for improving patient outcomes.One promising candidate is uromodulin, a kidney-specific protein predominantly synthesized in the thick ascending limb of Henle's loop. Recent studies suggest that urinary uromodulin levels and the expression of uromodulin mRNA in urinary exosomes (a subpopulation of extracellular vesicles) could serve as potential biomarkers for DN in patients with type 2 diabetes. This study aimed to evaluate the role of urinary uromodulin and its exosomal UMOD mRNA gene expression as early biomarkers for diabetic nephropathy in this patient population.
Remnants of Ancient Life
The revolution in science that is transforming our understanding of extinct life We used to think of fossils as being composed of nothing but rock and minerals, all molecular traces of life having vanished long ago. We were wrong. Remnants of Ancient Life reveals how the new science of ancient biomolecules--pigments, proteins, and DNA that once functioned in living organisms tens of millions of years ago--is opening a new window onto the evolution of life on Earth. Paleobiologists are now uncovering these ancient remnants in the fossil record with increasing frequency, shedding vital new light on long-extinct creatures and the lost world they inhabited. Dale Greenwalt is your guide to these astonishing breakthroughs. He explains how ancient biomolecules hold the secrets to how mammoths dealt with the bitter cold, what colors dinosaurs exhibited in mating displays, how ancient viruses evolved to become more dangerous, and much more. Each chapter discusses different types of biomolecules and the insights they provide about the physiology, behavior, and evolution of extinct organisms, many of which existed long before the age of dinosaurs. A marvelous adventure of discovery, Remnants of Ancient Life offers an unparalleled look at an emerging science that is transforming our picture of the remote past. You will never think of fossils in the same way again.
Population genetics game as a facilitator of the teaching process
Teaching resources are essential tools in the teaching-learning process. In this case, games are an important and attractive methodology for students, as well as allowing teachers to diversify their lessons in order to make them more interesting, attractive and fun without losing their objective of building knowledge. To this end, a 'Population Genetics' board game was devised to address genotypic and phenotypic frequencies and the effect of evolutionary factors such as migration, mutation and natural selection. This methodology can be applied to secondary school students who already have a basic knowledge of genetics. In this way, it's possible to make it easier for the teacher to explain the content of Population Genetics and make it easier for the students to understand it in a fun and interactive way.
Anaerobic Fermentation - a Biological Route towards Achieving Net Neutrality
To achieve net neutrality, a sustainable circular economy approach is preferred. Amongst the available options, biological routes and especially the 'Anaerobic Fermentation' route have immense potential to contribute to net neutrality. This special issue pulls together research and review articles in this important area that can be categorized under the following three streams: (i) progressing the understanding of anaerobic digestion across disciplines; (ii) highlighting the potential for new products via anaerobic digestion; and (iii) identifying the suitable valorisation pathways for enabling a circular bioeconomy via VFAs. The implementation of these 'nature-based solutions, ' aligned with the outcomes of COP27, provides reassurance that the scientific community is advancing in the appropriate direction toward achieving net neutrality. However, transitioning from the current 'transition' mindset to the goal of 'achieving net zero' still demands substantial efforts from political, scientific, and commercial stakeholders to ensure financial sustainability and feasibility.
Roles of Transporters and Receptors in Drug Delivery to the Brain in Health and Disease
Drug delivery to the brain, restricted by the blood-brain barrier (BBB), remains one of the major obstacles in central nervous system (CNS) drug development. Solute carriers and ATP-binding cassette family (ABC) transporters expressed at the BBB play crucial roles in drug delivery to the brain. Knowledge about brain transporters and the receptors expressed has opened up new opportunities for improving drug delivery to the brain and understanding the pathogenesis of CNS diseases. This Special Issue, entitled the "Roles of Transporters and Receptors in Drug Delivery to the Brain in Health and Disease", aims to provide information about the latest developments in the field of transporter-mediated drug delivery to the brain, the roles of transporters and receptors in CNS diseases, as well as advances in the methodologies for the evaluation of carrier-mediated drug delivery to the brain.
Wings of Winter
Study of Migratory Avi-Fauna are scientific journeys designed to explore the migratory avian diversity of a particular region. It has been driven by a number of objectives, such as scientific discovery, behaviour, demography, socio-ecology, home range and interaction of migratory birds at their winter ground. The outcome of this book will be a valuable document for conservation biology and wildlife study for Ethologist, Zoologist and other research field of biology.
The Origin of Species
A groundbreaking work that reshaped our understanding of life on Earth, The Origin of Species presents Charles Darwin's theory of evolution through natural selection. Drawing from years of meticulous research and observations, much of it conducted during his voyage aboard the Beagle, Darwin unveils the mechanisms by which species adapt and change over generations. This revolutionary text challenged prevailing religious and scientific ideas of its time, igniting debates that persist in both scientific and philosophical arenas.With its clear and engaging prose, this foundational work invites readers from all backgrounds to explore the evidence and reasoning behind one of science's most transformative ideas. Darwin's insights not only laid the foundation for modern biology but also provoked profound questions about humanity's place in the natural world. A must-read for anyone seeking to understand the origins of life and the enduring impact of this landmark scientific achievement.
Dna, Race, and Reproduction
A free ebook version of this title is available through Luminos, University of California Press's Open Access publishing program. Visit www.luminosoa.org to learn more. DNA, Race, and Reproduction helps readers inside and outside of academia evaluate and engage with the current genomic landscape. It brings together expertise in law, medicine, religion, history, anthropology, philosophy, and genetics to examine how scientists, medical professionals, and laypeople use genomic concepts to construct racial identity and make or advise reproductive decisions, often at the same moment. It critically and accessibly interrogates how DNA figures in the reproduction of racialized bodies and the racialization of reproduction and examines the privileged position from which genomic knowledge claims to speak about human bodies, societies, and activities. The volume begins from the premise that reproduction, regardless of the means, forces a confrontation between biomedical, scientific, and popular understandings of genetics, and that those understandings are often racialized. It therefore centers reproduction as both a site of analysis and an analytic lens.
Virulence Mechanisms of Clostridium botulinum A3 on Human Gut
The genome of Clostridium botulinum A3 Loch Maree (4,259,691bp) produces type A3 neurotoxins and other virulence factors, with the bont/A gene on plasmid pCLK_A0076. This strain shows a high evolutionary rate, adapting to hosts and environments, and has 43 unique virulence and host defense genes. Extrachromosomal elements enhance its virulence, including botulism toxin A3. Of 521 hypothetical proteins, many are involved in amino acid metabolism, and we predicted 13 new virulence proteins. A global regulatory network model revealed 12 transcriptional regulators homologous to Bacillus subtilis, controlling virulence factors. A recombinant subunit and multi-epitope vaccine were developed, targeting proteins such as peptidoglycan hydrolase and SCP-like extracellular protein, showing stable interactions with immune receptors. These vaccines, with minimal allergenicity, are promising candidates against A3 strain virulence. Network modeling revealed host-microbe-drug interactions, identifying linoleic acid as a key metabolite. Chloroquine was found effective for treating foodborne infections, supporting antibiotic repurposing without harming beneficial gut microbes.
