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Horizontal Natural Product Transfer: The Origin of the Widespread Alkaloidal Contaminations of Herbal Products

Alarmed by numerous worrying reports by the European Food Safety Authority related to widespread contaminations of plant-derived commodities by poisonous alkaloids (nicotine, pyrrolizidine alkaloids), the sources of these alkaloidal contaminations were investigated. Our studies revealed that alkaloids, which have been leached out from decomposing alkaloidal donor plants, are taken up by the roots of acceptor plants growing in their vicinity. Based on these results the so-called “Horizontal Natural Product Transfer
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Monodora Myristica Protects Against Oxidative Stress in the Drosophila Melanogaster Model of Lead-Induced Neurotoxicity

Background to Study: Lead (Pb) is ubiquitous in the environment and toxic. It has many negative effects on many organs and induces biochemical, physiological, and behavioural alterations on the brain. Monodora myristica is a calabash nutmeg belonging to the family of Annonaceae.It is a rich source of flavonoids which have been shown to exhibit both antioxi-dant and anti-inflammatory properties. We evaluated the protective role of Monodora myristica on lead-induced toxicity in D. melanogaster in this study
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Linear Support Vector Machine Myoelectric Pattern Recognition Control System Architecture for Transtibial Osteomyoplastic Amputees

The use of surface electromyography (sEMG) signals for clinical diagnosis is well appreciated in the medical field. However, the use of sEMG signals for the control of powered prosthetic limbs is still regarded as a futuristic idea. Past and present studies have focused more on the upper limb (hand) as compared to the lower limb (leg). The challenges associated with the controlling leg movement include designing for both balance and locomotion. After amputation, the muscle orientation and alignments on the residual stump changes as some of the anatomical landmarks are changed during surgical procedure. To achieve locomotion, some amputees, generally from third-world nations, use passive mechanical prosthetic limbs with a fixed ankle.
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Protected Viticulture for Sustainable Grape Production to Cope with the Adverse Effects of Climate Change

Grapes (Vitis vinifera L.) are among the most commonly cultivated horticultural crops on the earth covering an area of 7.5 million hectares with around 70 million tons production. Grapes being highly nutritious are majorly utilized in making beverages or used as fresh and raisin. In today’s world, the most concerned topic in agriculture is continuous change in climatic conditions leading to several negative social, ecological, economical and biological problems. Grapes are delicate fruits, their vines are sensitive towards extremes in temperature, water, heat, duration and intensity of light exposure as well as carbon dioxide and humidity alterations. Hence, one can shift to drought and heat tolerant varieties and certain training and pruning methods suitable to the prevailing environmental conditions. Vineyard management practices, including farm mechanization can be amended for improving the gains, while reducing the input
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Sugarcane Agro-Industrial Health and Safety with Particular Focus on Sudan: A Systematic Literature Review

Sugarcane is a vital cash crop grown in about 200 tropical and sub-tropical countries around the world. Due to its high rates of occupational diseases, accidents, and fatalities the agro industry is regarded as one of the most hazardous industries despite being one of the essential sectors globally regarding food supply and workforce. Most of the world's cane sugar crop is produced In Low- and Middle-Income Countries (LMIC), such as Sudan, where agriculture and farming are still the main sources of income and managing occupational health and safety is challenging
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Vibration of Single-Walled Carbon Nanotube Resting on Elastic Foundation with Magnetic and Thermal Effects under the Influence of Casimir Force

Nonlinear vibration analysis of dynamic response of carbon nanotube has created noble attention globally because of their properties and applications in tomorrow’s society. In this study, vibration of single-walled carbon nanotubes resting on elastic foundation with magnetic and thermal effects under the influence of Casimir force is presented.
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Assessment of Knowledge and Practice of Mothers Towards Iycf and Uptake of Integrated Nutrition Intervention Package in Rwanda

Childhood stunting is one of the most significant obstacles to human development and the path to prevention is virtually identical. An integration of nutrition‐specific and nutrition‐sensitive intervention was implemented by a program named Gikuriro in five districts of Rwanda to improve maternal and child nutrition. The package included nutrition education and counselling, promotion of agricultural productivity, economic empowerment activities, and provision of Water, Hygiene and Sanitation services
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Assessment of Nutritional Support and its Correlation with Outcome of Critically Ill Children

Malnutrition is a major challenge in caring for critically ill children. Therefore we aimed to assess the nutritional status in critically ill pediatrics. Methods: This is a prospective observational study carried out on180 children admitted into Pediatric Intensive Care Unit (PICU) of Menoufia University Hospital. Clinical examination performed including anthropometric measurement, screening for malnutrition risk using Pediatric Yorkhill Malnutrition Score (PYMS) and determination of disease severity by Pediatric Risk of Mortality score (PRISM)
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Quantum Quench Dynamics in DNA Molecules at Finite Temperatures

In order to analyze denaturation, we take into account a mapping from the finite temperature phase transition onto a zero temperature quantum phase transition caused by a quench, where the control parameter is the torsion-associated magnetic field and the quench duration handles the temperature effect
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Comparative Assessment of De Novo Genome Assemblers for Generating Eukaryotic Primary Genome Assembly from Short Reads

Ameya Santhosh, Rani Alex, Vikas Vohra (2023) Comparative Assessment of De Novo Genome Assemblers for Generating Eukaryotic Primary Genome Assembly from Short Reads. J Comp Sys Bio 6(1): 101
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Outcomes Following Debridement, Antibiotics, and Implant Retention with the Exchange of Modular Components in Hip Periprosthetic Joint Infections

Shin Onodera, Motomi Ishibe (2023) Outcomes Following Debridement, Antibiotics, and Implant Retention with the Exchange of Modular Components in Hip Periprosthetic Joint Infections. J Orthop Physiother 6(1): 101
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Mathematical Analysis on the Design of Heliostat Field

The optimal design of heliostat field in solar power generation device is studied Heliostat field generates high temperature by focusing the sunlight reflected from the mirror surface, thus pushing the turbine to generate electricity. In order to improve the efficiency of power generation, this paper optimizes the parameters of heliostat field, establishes a singleobjective optimization model, and uses mixed strategy whale optimization algorithm to solve it. Through geometric optical analysis and ray tracing model, the optical efficiency of heliostat field and the annual average output thermal power per mirror area are calculated. Finally, through the discussion and analysis of the model, the optimization design method is evaluated.
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Explorations of the Combined Effects of Surface Energy, Initial Stress and Nonlocality on the Dynamic Behaviour of Carbon Nanotubes Conveying Fluid Resting on Elastic Foundations in a Thermo-Magnetic Environment

The vibrations of carbon nanotubes under the influences of various internal and external forces have been subjects of interests for some years. These researches have not really considered the effects of surface energy and initial stress which are very important from both material and mechanical aspects of views. Therefore, the current study presents the simultaneous impacts of surface energy, initial stress and nonlocality and other various parameters on the nonlinear vibration of carbon nanotube hot fluid-conveying resting on elastic foundations in a magnetic environment. The derived equations governing the behaviours are solved using Galerkin’s decomposition-Adomian decomposition method is adopted to explore the concurrent impacts of surface elasticity, initial stress, residual surface tension and nonlocality on the nonlinear vibration of singlewalled carbon conveying nanotube resting on linear and nonlinear elastic foundation and operating in a thermo-magnetic environment
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Temporomandibular Disorders: Assessment of the Knowledge and Current Practices of Senegalese Dentists

Temporomandibular Disorders (TMD) is a generic term encompassing a group of musculoskeletal and neuromuscular disorders. The aim of our study was to assess the evolution of knowledge and current practices of Senegalese dentists regarding temporomandibular disorders, and to measure any disparities in diagnostic and treatment methods.
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Recurrent Ophthalmic Eczema Herpeticum with Hyper Immunoglobulin E Syndrome in A 4 Years-Old Boy

Eczema herpeticum (EH) is a skin infection caused by the herpes simplex virus (HSV) that occurs in individuals with atopic dermatitis. It is characterized by the sudden appearance of vesicles and erosions with crusts over areas affected by eczema. EH can range from mild and self-limiting in healthy adults to life-threatening in children, infants, and immunocompromised patients. Early treatment with antiviral therapy is crucial in preventing complications and mortality. EH is primarily caused by a superinfection of HSV, usually HSV-1, in individuals with atopic dermatitis. Reactivation of HSV is more common than primary infection. Patients with atopic dermatitis are more susceptible to skin infections due to impaired skin barrier function and immune dysregulation. Disseminated cutaneous HSV infection can also occur in individuals with other forms of dermatitis, known as Kaposi varicelliform eruption (KVE)
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Ordered Growth of Anodic Aluminum Oxide in Galvanostatic and Galvanostatic-Potentiostatic Modes

The results are presented of obtaining anodic aluminum oxide with an ordered pore arrangement by employing two anodizing modes - galvanostatic mode and combined (galvanostatic + potentiostatic) mode, at high values of the current density and voltage. Use has been made of an oxalate electrolyte and a complex electrolyte comprising oxalic acid and phosphoric acid. Scanning electron microscopy has been used to investigate the surface morphology of the barrier and porous layers and to determine pore sizes and inter-pore distance.
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Anodizing for Design and Function

Two basic reactions occur during the anodizing of aluminum: 1) the aluminum is consumed and 2) an oxide grows. By accepting this statement as true, the anodizing process can be viewed as a corrosion process, and anodizing can be modeled using the Tafel Equation. Anodizing process parameters of electrolyte chemistry and concentration, temperature, aluminum substrate resistance and current density are presented as they relate to the Tafel Equation and how they impact the anodic aluminum oxide structure and properties. Understanding this relationship is consequent in making anodizing an engineering process, one that enables tuning the structure such that it yields distinct characteristics to fulfill design and application requirements.
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Recent Developments in Human Odor Detection Technologies

Human odor detection technologies have drawn attention due to the wide possibility of potential applications they open up in areas such as biometrics, criminal investigation and forensics, search for survivors under rubble, and security checkpoint screening. Gas chromatography/mass spectrometry (GC/MS) has been the most successful and powerful analytical approach developed to date for human odor analysis, and hundreds of human odorants have been identified using this tool.
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Electronic-nose Applications in Forensic Science and for Analysis of Volatile Biomarkers in the Human Breath

The application of electronic-nose (E-nose) technologies in forensic science is a recent new development following a long history of progress in the development of diverse applications in the related biomedical and pharmaceutical fields. Data from forensic analyses must satisfy the needs and requirements of both the scientific and legal communities. The type of data collected from electronic-nose devices provides a means of identifying specific types of information about the chemical nature of evidentiary objects and samples under investigation using aroma signature profiles of complex gaseous mixtures containing volatile organic compounds (VOCs) released from manufactured products and parts of the human body. E-nose analyses also provide useful qualitative information about the physicochemical characteristics and metabolic conditions of human subjects without the need for time-consuming analyses to identify all chemical components in human-derived volatile mixtures.
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Analysis of Sweat Simulant Mixtures using Multiplexed Arrays of DNA-Carbon Nanotube Vapor Sensors

Carbon nanotube (NT) based electronic vapor sensors were tested against synthetic sweat solutions, consisting of 13 volatile organic compounds (VOCs) in saline, in order to probe the device ability to analyze and differentiate vapors derived from complex biological samples.
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Characteristic Human Scent Compounds Trapped on Natural and Synthetic Fabrics as analyzed by SPME-GC/MS

The collection of human odor volatiles is of interest to forensic applications as a path to investigate canine scent discriminations in legal investigations. A study using a selected array of previously identified human odor compounds has been conducted to determine the retention and release capabilities of five (5) natural and synthetic fabric types, cotton (mercerized fabric and gauze matrix), polyester, rayon and wool.
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The Effects of the Film Thickness and Roughness in the Anodization Process of Very Thin Aluminum Films

The anodization of aluminum foils having micrometer thickness is a common process and results in hexagonally self-ordered alumina membranes. However, anodic aluminum oxide (AAO) membranes fabricated from nanometer-thin films present new challenges to the anodization process, since aluminum films adheres poorly on supporting substrates and the smoothness of the film is highly related to the kind of substrate.
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Anodic Oxidation of Titanium in Sulphuric Acid and Phosphoric Acid Electrolytes

Anodisation of pure titanium has been carried out in sulphuric and in phosphoric acid solutions at potentials ranging from 50 to 150V. The SEM and AFM morphological analysis indicates that, within this potential range, oxidation in sulphuric acid solution produces better developed mesoporous oxide layers.
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Fabrication of Ordered Arrays of Anodic Aluminum Oxide Pores with Interpore Distance Smaller than the Pitch of Nano-pits formed by Ion Beam Etching

We investigated a method for preparation of ordered nanopore arrays with the interpore distance of 60 nm by guided self-organization of anodic aluminum oxide with a prepatterned array of pits in the starting Al film.
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Preparation of Large Area Anodic Alumina Membranes and their Application to Thin Film Fuel Cell

The design of an electrochemical reactor for the preparation of self-supported comparatively thin (up to 10 μm) and large area (up to 50 cm2) anodic alumina membranes is described allowing growth of porous alumina at high applied potential (up to 150 V) without burning.
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Fabrication of Vertical Cu2ZnSnS4 Nanowire Arrays by Two-Step Electroplating Method into Anodic Aluminum Oxide Template

Vertical Cu2ZnSnS4 (CZTS) nanowire arrays have been synthesized via two-step electroplating method into anodized aluminum oxide template. For deposition of CZTS nanowires, anodized aluminum oxide (AAO) was used as the growth mask for the growth of the nanowires. AAO templates with hole sizes of 70 nm in diameter were used in the experiments.
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Fabrication and Luminescence of Anodic Alumina with Incorporated Vanadyl Citrate Chelate Anions

Anodic aluminum oxide doped with vanadyl citrate chelate complex anions was formed by a two-step self-organized anodization in 2 wt. % sulfuric acid containing 0.04 M V2O5 and 0.08 M citric acid at voltage range 13-23 V, and at 0 and 15 oC. The combination of two temperatures and at least four voltages (depending on the applied temperature) was applied as the operating conditions of anodization.
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Synthesis of BaTiO3 Nanowires via Anodic Aluminum Oxide Template Method Assisted by Vacuum-and-Drop Loading

In this paper, we report on the synthesis of BaTiO3 nanowires via the anodic aluminum oxide template method. To fill in the precursors of BaTiO3 into anodic aluminum oxide templates, the vacuum and drop loading method developed in our previous study was used. Ba(CH3COO)2 (barium acetate) and C12H28O4Ti (tetraisopropyl orthotitanate) were used as Ba and Ti sources, respectively. Anodic aluminum oxide membranes with the through-hole diameter of ~200 nm were used as the template for BaTiO3 nanowires.
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Editorial Board Members Related to TIC

Zeinab Abd Elsalam Abd Ellatif

Department of Oral &Maxillofacial Radiology
Faculty Dentistry
King Abdulaziz University
Saudi Arabia

Fatih Deniz

Department of Environmental Protection Technologies
Harran University


Department of Pharmaceutical Chemistry
Lloyd Institue of management and Tech

Zhenghong Wu

Department of Pharmaceutics
China Pharmaceutical University

Dong-Hua Yang

Assistant Professor
Fox Chase Cancer Center
United States

Sobhy Mohamed Gomaa

Professor of Organic Chemistry
Faculty of Science
Cairo University

Phuoc Xuan Tran

Department of Mechanical Engineering and Material Science
University of Pittsburgh
United States

Parameswaran Ramakrishnan

Assistant Professor
Experimental Pathology
Case Western Reserve University
United States

Emmanuel O. Akala

Department of Pharmaceutics
Howard University Institutional Animal Care
United States

Hironobu Ihn

Professor & Chairman
Department of Dermatology & Plastic Surgery
Faculty Life Sciences
Kumamoto University
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