In the phylum Arthropoda, millipedes are categorised as Diplopoda. The goal of the current study was to investigate the diversity and distribution of pill millipedes, which are abundant in the KMTR of Tamil Nadu's Southern Western Ghats. A total number of four pill millipede samples Arthrosphaera brandtii (Humbert, 1865), Arthrosphaera dalyi (Pocock, 1895), Arthrosphaera hendersoni (Pocock, 1895), Arthrosphaera magna (Attems, 1936) belonging to order Sphaerotheriida and family belongs to Arthrospharidae also of four genera were annotate from the forest and tropical of KMTR of Southern Western Ghats, Tamil Nadu. According to these findings, pill millipede conservation and the checklist would be greatly improved by additional research. For precise identification and keys, the current study defined the morphological characteristics of each millipede.

Amygdalin is a naturally occurring cyanogenic glycoside which has been used as an alternative anti-cancer agent despite controversies surrounding its efficacy and safety. This study utilized computational approaches to investigate the absorption, distribution, metabolism, excretion and toxicity (ADMET) properties of amygdalin based on its molecular structure. Amygdalin was modeled in ChemBio3D and submitted to SwissADME and admetSAR servers for ADMET parameter prediction. The in-silico simulations indicated suboptimal pharmacological properties for amygdalin, including low lipophilicity, poor bioavailability, minimal blood-brain barrier permeability and non-compliance with drug-likeness criteria. Additional pharmacokinetic modeling through Simcyp suggested rapid clearance and short half-life after intravenous administration.While toxicity was predicted to be low at regular dosages, the overall pharmacological limitations may pose challenges for amygdalin’s efficacy as an anti-cancer therapy. The computational findings provide comprehensive insights into amygdalin’s drug-like behavior and can inform future in vitro/in vivo investigations on this naturally derived compound.

The Sanskrit term Shweta, which meaning "white patch," is the root of the name Shwitra. Shwitra (Vitiligo) is a condition that is referenced in the classic Kushta Roga Chikitsa and affects a significant section of the pediatric population as a result of poor dietary and lifestyle choices. Shwitra "Shweta Bhava Michanti Shwitram" is what the Kashyapa Samhita says. Kilasa, Daruna, Aruna, and Shweta Kushta are some more names for it. In contemporary medicine, vitiligo is referred to as an auto immune illness and manifests as a white patch on the skin. A widespread, progressive, chronic skin illness called vitiligo is characterized by patches of skin with sharp, frequently hyperpigmented edges caused by a lack of melanin pigments. Approximately 1% of people worldwide suffer from this illness. This condition is included under the general topic of Shwitra in Ayurveda. Every Acharya has the same opinion that the two primary therapeutic modalities mentioned in the classics—Samshodhan Karma and Samshaman Karma—should be used to treat Shwitra or Kushtha first. In their various Samhitas, Acharyas have specified a variety of internal and external uses, as well as sun exposure, for Shaman Chikitsa in the Shwitra Roga. Samhitas discuss a wide range of single and combination medications; among them, Shwitrahar Kashaya and lepa are mentioned in detail. One of them is chosen and shown to be useful for the investigation.

In this study, the psychological effects of racial prejudice within the legal system are investigated. The novel "A Time to Kill" by John Grisham serves as a source of inspiration for this investigation. The study employs a rigorous literary analysis methodology to investigate how Attorney Jake Brigance strategically employs the concept of temporary insanity to navigate the intricate mechanisms of justice. More precisely, the study focuses on how Attorney Brigance takes advantage of that concept. The purpose of this analysis is to dissect the intricate relationship that exists between an individual's psyche and the prejudices that are prevalent in society by delving into the psychological motivations that drive the characters. The purpose of this research is to shed light on the psychological impact of racial prejudice in challenging legal scenarios by examining the emotions that are evoked in both the audience and the characters. These emotions influence decision-making processes and the outcomes of legal cases. This investigation contributes to a deeper understanding of societal issues and the intricate psychological dynamics that are inherent in navigating the legal system in the face of prejudice and injustice. The research paper aims to be accomplished by conducting a comprehensive examination of the psychological themes and legal aspects that are present in Grisham's work.

Methane emissions from ruminant livestock, particularly cows, have been a topic of interest because of their negative environmental impact, including contributing to greenhouse gas accumulation and accelerating climate change. Understanding the cow's rumen microbiome can provide valuable insights for devising effective emission reduction strategies. Despite the recognized environmental impact of methane emissions from cows, however, a systematic review on the cow rumen microbiome has not yet been done. This study aims to fill this gap by performing an unbiased bibliometric analysis to review the effect of the rumen microbiome on methane emissions through cross-check of multiple data sources. While the bibliometric analysis offers a quantitative approach to assess research trends and identify areas of potential exploration within the field of the cow rumen microbiome, this study also evaluated the concurrently growing interest in the potential of artificial intelligence (AI) tools, specifically ChatGPT by OpenAI in terms of its efficacy and accuracy in enhancing scientific research project. Through the fusion of conventional research methodologies and AI-driven insights, this study aspires to provide a holistic perspective on the cow rumen microbiome's profound influence on methane emissions, while also exploring the untapped potential of AI in advancing scientific inquiry.

The aim of this particular study is to measure the level of Educational aspiration of pupils. Keeping in view the level of understanding, educational maturity and growth pattern of pupils. The interpretation of raw scores according to this study gave us some understanding about the differences in the level of Educational aspiration of the students of East Khasi Hills District.

Cotton agroecosystems are under serious threat from the cotton mealybug (Phenacoccus solenopsis). This study examines the host plants, prevalence, damage capacity, and control practices of P. solenopsis infestations in the area. Based on data of field surveys and literature reviews, we study the biology, ecology, and resistance of the insecticide P. solenopsis, and the effects of invasive mealybug species on agricultural crops. In addition, the life history traits and development of P. solenopsis on different host plants are discussed, presenting the importance of integrated pest management (IPM) approaches. The research highlights the critical role of monitoring techniques like migrant traps and quantitative sampling in forecasting and controlling infestations of P. solenopsis. Through amalgamation of results from different sources, this research adds to our knowledge on the dynamics of P. solenopsis populations and provides directions on sustainable pest management in cotton agroecosystems.

Earth worms are nature’s way of recycling organic nutrients from dead tissues back to living organisms. Many have recognized the value of these worms. Ancient civilizations,  valued the role earthworms played in soil. Earthworms are sacred and recognized the important role the worms played in fertilizing.  The earthworm is a natural resource of fertility and life. Earthworms live in the soil and feed on decaying organic material. After digestion, the undigested material moves through the alimentary canal of the earthworm, a thin layer of oil is deposited on the castings. This layer erodes over a period of 2 months. So although the plant nutrients are immediately available, they are slowly released to last longer. The process in the alimentary canal of the earthworm transforms organic waste to natural fertilizer.  The chemical changes that organic wastes undergo include deodorizing and neutralizing. This means that the pH of the castings is 7 (neutral) and the castings are odorless. The worm castings also contain bacteria, so the process is continued in the soil, and microbiological activity is promoted.

I Design thinking is a human-caused approach to sort out problems and prepare the mindset to deal with the challenges in business. This is a stepby-step method to deal with the entire aspects of production right from product decision to launch of the product. The proper method to know the consumer's need and formulation of suitable action plan to devise solutions is required before product decision. The constructive interaction between design thinking and entrepreneurship development is well-known. Reliable solutions can be derived through design thinking in developing ideas for start-up ventures. The upcoming entrepreneurs can explore many open-ended options and design the options to capture the market share.