🧬 Category

q-bio

3746 papers

🧬 biology

Quantum Evolutionary Mechanics of High-Altitude Thriving Through Hypoxia Resilience, High Nutritive Anchors of Olea and Ficuswith VOCs Fueling Pleistocene Hominin Encephalization Catalyzed Global Human Migration

This study proposes a multi-scale framework suggesting that the unique quantum-sensory, metabolic, and epigenetic adaptations of Pleistocene hominins to the high-altitude environment of the Ethiopian Highlands, fueled by specific plant-derived lipids and volatile organic compounds, drove encephalization and enabled successful global migration.

MRK Pathan2026-09-08
🧬 biology

Modeling of Evolutionary Plasticity and Colony Collapse Risk Via Architectural Symmetry Degradation in Global Apis Mellifera Using YOLO-Seg, Sentinel-3 and Google Earth Engine Telemetry

This study utilizes multi-source satellite telemetry and advanced computer vision to demonstrate that large-scale temperature variations degrade honeycomb architectural symmetry, thereby increasing thermodynamic costs and colony collapse risk, which enables the establishment of a critical instability threshold for early-warning systems in global apiculture.

MRK Pathan2026-09-08
🧬 biology

Quantum-Coherent and Vibronic Resonance in Magneto-receptive Navigation in Apis cerana By Multiscale Assessment of Genomic Stability, Foraging Fidelity, and Navigational Resilience under Agro-Industrial Noise in Tropics

This study demonstrates that agro-industrial electromagnetic interference in tropical Bangladesh disrupts the quantum-coherent magnetoreception of *Apis cerana* bees, causing a catastrophic collapse in navigational fidelity and pollination services that results in significant ecological and economic losses.

MRK Pathan2026-09-08
🧬 biology

Quantum-Driven Phenotypic Plasticity Via QM/MM Simulations of Proton Tunneling and Tautomeric Genomic Shifts for Caste Differentiation, Defense, and Response to Catastrophic Environmental Shifts in Apis Mellifera vs. Apis Cerana

This study employs QM/MM simulations to demonstrate that quantum proton tunneling and tautomeric shifts in *Apis mellifera* and *Apis cerana* genomes act as a rapid, non-enzymatic regulatory mechanism for phenotypic plasticity and climate resilience, particularly highlighting the superior thermal stability of *A. cerana* in the agroecological gradients of Chattogram, Bangladesh.

MRK Pathan2026-09-08
🧬 biology

Quantifying Thermoregulation in Niche Construction of Apis mellifera as an Extended Phenotype to Map the Selection Pressure of Volatile Climate Using Hybrid CNN Bi-LSTM Architecture and Remote Sensing

This study employs a hybrid CNN-Bi-LSTM architecture integrated with remote sensing and acoustic data to quantify *Apis mellifera* thermoregulation as an extended phenotype, revealing that a Niche Construction Index below 0.500—driven by rapid climatic velocity and rising metabolic costs—precipitates colony collapse while achieving 87.50% prediction accuracy.

MRK Pathan2026-09-08
🧬 biology

Quantifying Climate-Induced Socio-Acoustic Communication Failure in Apis ceranaThrough Sentinel-3 and Integrating Quantum Genomic Tautomerization, Audio-MAE Transformers, and Poincare Hyperbolic Neural Networks Across Geoclimatic Zones

This study integrates Sentinel-3 satellite data, quantum genomic analysis, and advanced deep learning models (Audio-MAE and Poincare Hyperbolic Neural Networks) to quantify how climate-induced thermal stress disrupts the acoustic communication, information entropy, and quorum sensing efficiency of *Apis cerana* colonies across diverse geoclimatic zones in Bangladesh.

MRK Pathan2026-09-08
🧬 biology

Diversity, Community Structure, and Conservation Status of Volant Mammals (Pteropodidae) within an Agroforestry Landscape in Claveria, Misamis Oriental, Philippines

This study documents the species composition, diversity, and spatial distribution of five pteropodid bat species within a 25-hectare agroforestry landscape in Claveria, Philippines, highlighting the habitat's role as a functional wildlife corridor despite low overall diversity and the dominance of endemic and generalist species.

Jonard Sarmiento, Jaykim Inot, Franklin Mara, Regein Calunsag2026-09-08
🧬 biology

Loss of Natural IgM Recognition Capacity Links B-Cell Repertoire Aging to Defective Senescent-Cell Immunosurveillance

This study demonstrates that age-related deterioration in the recognition capacity of natural IgM, rather than a decline in its abundance, impairs the immune system's ability to clear senescent cells, thereby linking B-cell repertoire aging to inflammaging and tissue dysfunction.

Sherif Salah Hesen, Khalid F. Kassem, Ahmed A. Naser, Mohamed Sherif Salah, Nada S .Salah, Omar M. Hafez2026-09-08
🧬 biology

Joint optimisation of amino acid and coding sequence for de novo designed proteins

This paper introduces JANUS, a joint optimization framework that simultaneously designs amino acid sequences and coding sequences for de novo proteins by leveraging inverse-folding entropy to eliminate experimental liabilities and improve synthesis success rates, outperforming traditional methods that treat these tasks separately.

Anees Ahmed Mahaboob Ali, Radhakrishnan Delhibabu, Everette Jacob Remington Nelson2026-09-08