UPSC Current Affairs 08 June 2026

• Scientific Pedigree: Amrapali is a hybrid cultivar developed by crossing the famous Dasheri (paternal parent) and Neelum (maternal parent) varieties.
• Creation: It was introduced in 1971 by Dr. Pijush Kanti Majumdar at the Indian Agricultural Research Institute (IARI) in Delhi.
• Eponym: The variety is named after Ambapali (Amrapali), a famous ancient royal courtesan and disciple of Lord Buddha from Vaishali, who, according to legend, was found as an infant under a mango tree.

• Dwarf Tree Structure: The tree grows to a height of only 3–4 metres. It is ideal for high-density backyard or orchard planting, housing up to 10–15 times more trees per hectare than traditional varieties.
• Regular Bearer: Unlike many traditional varieties that produce fruit alternate seasons, Amrapali yields fruit consistently every year.
• Early Fruiting: It begins bearing fruit just two years after planting, compared to the four-to-five-year timeline of traditional varieties.
• High Productivity: It yields an impressive average of around 16 tonnes per hectare.

• Appearance: The fruit is small-to-medium-sized and grows in clusters. It retains a slightly greenish-yellow skin tone even when fully ripe.
• Pulp & Texture: The internal flesh is deep orange-red, offering an incredibly smooth, low-fibre texture with an intense, earthy sweetness.

• High Beta-Carotene: Amrapali stands out because its pulp contains approximately 2.5 to 3 times more β-carotene (Vitamin A precursor) than other commercial mango varieties.
• Caloric Value: It provides roughly 60 calories per 100 grams and is rich in carbohydrates, dietary fiber, and essential minerals.

• Short Shelf Life: The main commercial challenge of Amrapali is its relatively short shelf-life post-ripening, which necessitates specialized handling and cold storage during transit.

• Nodal Department: Developed and managed by the Department of Consumer Affairs under the Ministry of Consumer Affairs, Food and Public Distribution.
• Launch Date: Officially rolled out on January 1, 2025.
• Legal Backing: Operates as the central digital engine enforcing consumer protection rights mandated under the Consumer Protection Act, 2019.

• OCMS (Online Case Monitoring System)
• e-Daakhil (Electronic complaint filing portal)
• NCDRC CMS (National Consumer Disputes Redressal Commission Case Monitoring System)
• CONFONET (Computerization and Computer Networking of Consumer Fora)

• Presented by the Department of Administrative Reforms and Public Grievances, the award recognizes the portal's success in digitizing consumer justice, recording a stellar 90.75% case disposal rate since its launch.

• Three-Tier Jurisdiction: Seamlessly links the entire quasi-judicial consumer court hierarchy: District (DCDRC), State (SCDRC), and National (NCDRC) commissions.
• Role-Based Dashboards: Provides customized digital windows with secure end-to-end encryption for judges, advocates, and litigants.
• Hybrid Grievance Ecosystem: Directly integrates case management with the National Consumer Helpline (NCH), mediation cells, and awareness platforms.

• Smart Search: Uses artificial intelligence and machine learning to build automatic keywords and metadata for archiving old consumer complaints, history, and judgments.
• Voice-to-Text Conversion: Integrates AI-powered tools that transcribe court judgments and case notes automatically.
• Inclusivity & Accessibility: Features an AI chatbot assistant, multilingual navigation support, and targeted user-interface tools tailored for elderly and differently-abled citizens.

• Virtual Hearings: Eliminates geographical limitations by letting citizens join court hearings via video link and exchange evidentiary documentation online.
• Real-Time Monitoring: Offers an official e-Jagriti Mobile Application where users can review live cause lists, trace case progress via OTP verification, and download final orders.
• Eco-Friendly & Economical: Drives a paperless ecosystem that drastically reduces travel expenses, legal paperwork, and administrative backlogs.

• Target Facility: Exclusively designed for the National Zoological Park (NZP) in New Delhi, popularly known as the Delhi Zoo.
• Platform Availability: Available to the general public as a free download on both Android (Google Play Store) and iOS (Apple App Store).
• Language Support: Fully operational in both Hindi and English to cater to local as well as international tourists.

• GPS-Enabled Smart Navigation: Uses device location to give a precise "Blue Dot" real-time positioning experience across the sprawling zoo grounds.
• Interactive 2D Digital Map: Dynamically renders animal habitats, bird houses, and public utilities relative to the visitor's exact coordinate distance.
• AI Guide Box: Houses an integrated artificial intelligence search assistant. Users can type a query ("Where is the Asiatic lion habitat?") to fetch instantly optimized directional pathways.

• Express Tour: A quick 1-to-2-hour trip tracking a 3-kilometre loop that showcases more than 30 primary animals.
• Family Tour: A medium 2-to-3-hour route extending across 6 kilometres and covering over 45 animal species.
• Explorer Tour (Green Route): A long, deep-dive circuit traversing 7-to-8 kilometres with 10 dedicated stops to view more than 60 animals.
• Personalized Trail ("My Tour"): Allows visitors to custom-select specific animal enclosures and build a tailored walking itinerary.

• Animal Discovery Archive: Features an "Explore" tab populated with biological details, precise dietary patterns, average lifespans, and conservation trivia.
• Amenity Spotting: Provides clear markers for essential services such as battery-operated buggy points, washrooms, drinking water booths, food courts, and emergency exits.
• Live Schedules: Displays daily operational schedules, including feeding times, interactive keeper talks, and seasonal zoo events.

• Guest-Only Access: Built to protect citizen identity, requiring no user sign-up, email registration, or phone number authentication to operate.
• Anonymized Analytics: Uses background navigation data solely to analyze pedestrian flow trends inside the park, helping management optimize wildlife barriers and crowd security.

• A state-of-the-art centralized digital platform to integrate operations across all India's land ports into a unified system.
• Enables secure, real-time exchange of logistics and regulatory information between stakeholders.

Feature	Description
End-to-end digital workflows	For cargo and passenger processing: slot booking, payments, tracking, single-window clearances
Single data submission	Optimizes & automates logistics-efficient processes through single submission of data
Real-time tracking	Enables tracking & tracing of goods/services with data confidentiality
Neutral open platform	Facilitates seamless coordination among government agencies & private operators
Integration with national platforms	Fully integrated with ICEGATE, ULIP, and motor vehicle ecosystem

• Reduces delays at border crossings and enhances operational efficiency
• Decreases cargo/passenger dwell time and reduces ICP operation costs
• Improves transparency & security in cross-border trade and passenger movement
• Caters to increased cargo traffic while ensuring interoperable border management

• Developed by Land Ports Authority of India (LPAI) for Integrated Check Points (ICPs) at borders
• Will serve as a centralized electronic platform for secure information exchange between public & private stakeholders

• Brings land ports at par with airports/seaports in digital logistics management
• Supports smart & safe border management using modern technology
• Strengthens national security while facilitating trade and regional connectivity

• Indian Realities First: It shifts the foundation of legal interpretation from foreign or colonial legal philosophies to India's unique social conditions and lived experiences.
• Selective Integration: As highlighted by Supreme Court Justice K.V. Viswanathan, it invites global judicial ideas but firmly rejects "slavish adherence" to foreign doctrines that conflict with the text of the Indian Constitution.

• Human-Centric AI: Under this framework, technology is viewed strictly as an aid to human reasoning rather than an algorithmic replacement for judges.
• Preserving Legal Soul: The judiciary stresses that while AI processes data rapidly, it remains blind to core legal values like empathy, ethical discernment, and contextual understanding.

• New Statutory Frameworks: This push aligns with India replacing its colonial-era penal codes (IPC, CrPC, and Evidence Act) with indigenous laws: the Bharatiya Nyaya Sanhita, Bharatiya Nagarik Suraksha Sanhita, and Bharatiya Sakshya Adhiniyam.
• Linguistic Overhaul: A critical aspect of making jurisprudence truly "Swadeshi" involves bridging the language gap by actively translating judgments into regional Indian languages to improve access for the common citizen.

• Historical Precedents: India has long experimented with indigenous doctrines tailored to its populace, such as Public Interest Litigation (PIL) and the doctrine of Absolute Liability, which do not mirror Western systems.
• Unified Judicial Voice: Recent rulings under this philosophy lean toward delivering unanimous, anonymized bench opinions (rather than multiple dissenting or concurring viewpoints) to project institutional clarity and autonomy.

• Risk of Isolation: Some legal scholars argue that discarding global comparative jurisprudence could limit the enrichment of Indian legal principles when dealing with complex, multi-jurisdictional matters.
• Concerns Over Social Inequities: Critics point out that prioritizing traditional or ancient frameworks without strict liberal checks risks masking deep-rooted historical and social inequities affecting subaltern or minority groups.

• Strategic Hub: The archipelago consists of 58 islands located in the middle of the Indian Ocean, roughly 500 kilometers south of the Maldives.
• Diego Garcia: This is the largest atoll in the archipelago and serves as a critical, highly sensitive joint U.S.-UK military naval and bomber base.

• The Detachment: Historically part of Mauritius under French and later British colonial rule, the Chagos Islands were separated by the UK in 1965 to form the British Indian Ocean Territory (BIOT).
• Mauritian Independence: When Mauritius gained independence in 1968, the UK retained control of Chagos, paying Mauritius £3 million for the detachment—an arrangement Mauritius later declared illegal under international law.
• Forcible Expulsion: Between 1968 and 1973, the UK forcibly evicted around 2,000 native Chagossians from their homes to make way for the U.S. military base on Diego Garcia, leaving the population in forced exile.

• ICJ Opinion (2019): The International Court of Justice (ICJ) ruled that the UK's continued administration of the islands was unlawful and that the decolonization of Mauritius remained incomplete. The UN General Assembly backed this decision, ordering the UK to return the islands.

• The Terms: To resolve the legal deadlock and avoid being seen as an illegal occupier, UK Prime Minister Keir Starmer signed a formal treaty with Mauritius in May 2025.
• Sovereignty vs. Lease: The deal recognized Mauritius' complete sovereignty over the Chagos Archipelago. In exchange, Mauritius agreed to lease Diego Garcia back to the UK for 99 years for £101 million ($136 million) per year so the military base could keep operating.
• China Protections: Under the treaty, Mauritius promised not to allow other foreign powers (such as China) to use the outer Chagos islands without UK approval.

• US Security Fears: The current Trump administration hardened its stance, viewing the deal as a geopolitical risk. The U.S. fears that Mauritian sovereignty could eventually compromise Western security or allow Chinese influence to creep into the vital maritime corridor.
• Chagossian Rights: Human rights organizations and Chagossian groups continue to protest. While the 2025 treaty allowed native resettlement on the smaller outer islands, it strictly banned Chagossians from ever returning to Diego Garcia, which activists call a continuing crime against humanity.
• India's Position: India has consistently supported Mauritius' legitimate claim over Chagos. India originally welcomed the May 2025 treaty as a positive step toward decolonization and regional stability.

• Multi-Organ Secretion: While primarily released by contracting skeletal muscles (myokines), exerkines are also actively secreted by the heart (cardiokines), liver (hepatokines), fat tissues (adipokines), and neurons (neurokines).
• Extracellular Vesicles: Exerkines are not just free-floating molecules; they are frequently packaged and safely transported through the bloodstream inside microscopic cargo bubbles called exosomes or extracellular vesicles (EVs) to target distant organs.

• Anti-Aging Mechanisms: Exerkines reverse systemic chronic inflammation by shifting the body from a pro-inflammatory to an anti-inflammatory state, significantly protecting against osteoporosis and tissue degradation.
• Metabolic Regulation: They drastically improve glucose regulation, lipid handling, and insulin sensitivity, making them core targets for managing Type 2 diabetes and obesity.
• Neuroprotection: Certain exerkines cross the blood-brain barrier to trigger neuroprotective pathways, resulting in enhanced cognitive function, sharper memory, and protection against age-related cognitive decline.
• Tumour Biology Modulation: Emerging oncological data indicates that exercise-induced exerkines can directly influence tumour environments, activating immune mechanisms that help suppress cancer progression.

• Interleukin-6 (IL-6): Historically the first discovered exerkine; it rapidly spikes after physical exertion to facilitate immediate muscle repair and energy mobilization.
• SPARC: Secreted Protein Acidic and Rich in Crystalline (SPARC) has emerged in 2026 research as a prime candidate for developing targeted biomedical therapies due to its systemic role in tissue adaptation.
• Irisin & FGF-21: Notable myokines that assist in "browning" white fat cells, accelerating fat burning independent of simple calorie expenditure.

• Context-Dependent Risks: In specific advanced pathological states, like advanced diabetic retinopathy, certain pro-inflammatory or blood-vessel-growing exerkines can occasionally display context-dependent detrimental side effects.
• Personalized Exercise Prescriptions: Clinicians are studying exerkines as personalized biomarkers to create individualized exercise routines, calculating the perfect dose of aerobic versus resistance training for complex patients.

• Demyelination: The core mechanism involves the destruction or inactivation of myelin-producing cells, forcing the outer layer of the brain (cerebral cortex) to shrink over time.
• Lesion Formation: The resulting patches of scar tissue, or plaques, vary dramatically from the size of a pinhead to a golf ball and are clearly mapped via Magnetic Resonance Imaging (MRI) scans.

• Motor & Physical Impediments: Muscle weakness, severe stiffness, tremors, numbness or tingling in the limbs (frequently presenting on one side of the body), and progressive balance or walking difficulties.
• Sensory & Autonomic Shifts: Chronic fatigue, double vision, partial or complete vision loss, vertigo, and complex bladder, bowel, or sexual dysfunction.
• Invisible Struggles: Cognitive changes, marked difficulty concentrating, severe brain fog, memory recall challenges, clinical depression, and fluctuating mood swings.

• Demographics: MS most commonly makes its first appearance in individuals aged 20 to 40, with women being three times more likely to develop relapsing-remitting forms than men.
• Environmental & Latitudinal Factors: The disease is highly prevalent in northern and southern latitudes (Northern US, Canada, Europe), which is strongly associated with low exposure to sunlight and vitamin D deficiency.
• Lifestyle Accelerators: Tobacco smoking and adolescent obesity are proven to accelerate the progression rate and double the frequency of severe symptomatic relapses.

• Relapsing-Remitting MS (RRMS): Characterized by clear, acute flare-ups of neurological symptoms followed by periods of partial or complete recovery (remission).
• Primary Progressive MS (PPMS): A less common form marked by a continuous, gradual worsening of neurological function from the very onset, without distinct relapses.
• Secondary Progressive MS (SPMS): Follows an initial relapsing-remitting course, eventually transitioning into a steady, unremitting decline over several years.

• Shift toward Precision Medicine: Driven by 2026 data, the MS medical landscape is moving from basic relapse suppression to comprehensive biology-led care—leveraging fluid markers like serum neurofilament light chain (sNfL) to track actual nerve damage in real-time.
• Disease-Modifying Therapies (DMTs): While no cure exists, over 80 approved therapies actively target B-cell depletion or modulate T-cells to lower relapse rates and slow down physical disability.
• Pediatric Care Expansion: In May 2026, the U.S. FDA expanded the approval of the intravenous infusion therapy Ocrevus (ocrelizumab) to treat relapsing MS in children and adolescents aged 10 and older.
• BTK Inhibitors: Advanced Phase 3 trial data in 2026 for experimental drugs like fenebrutinib (Bruton's tyrosine kinase inhibitors) show immense promise in halting the "smoldering" or trapped inflammation inside the brain that drives long-term disability.
• Affordable Biosimilars: In mid-2026, the rollout of highly characterized biosimilars (like those mirroring natalizumab) has introduced up to 30% pharmacoeconomic savings for chronic patient care.

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