Absorption

Unveiling the Chemistry of Radiolaria: Exploring Elemental Insights and Environmental Significance

– ABSTRACT – The Radiolarian species are a diverse group of marine microorganisms. They are known for their intricate and multi-functional silica skeletons. Due to rough oceanic conditions, the formation of a hard silica shell through biomineralization allows them to maintain their shape. The dissolution of their siliceous skeletons at

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Life-Sustaining Processes of the Diatom

The chemical reactions, processes, and mechanisms that occur inside diatoms are key to their ability to survive and dominate the world of microalgae. Through photosynthesis, the diatom can absorb sunlight and carbon dioxide and then convert them into oxygen and glucose with the help of chlorophyll, which is a common…

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Quantifying Skin Patterns: Mathematical Interpretations of Camouflaging Techniques in Animals

Abstract The question whether a relationship between mathematics and biology exists has always been up for debate. The reason for such skepticism lies in the obvious complexity within living organisms and the amount of variability. Biologists have a certain level of distrust towards mathematical interpretations as they tend to oversimplify

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Masters of Camouflage: Mechanisms of Dynamic Skin Colouration in Cephalopods

Within the animal kingdom, predation pressure has been one of the largest contributing factors towards evolution within species. The presence of predators within communities has forced animals to develop both passive and defensive mechanisms in order to increase fitness. For this research paper, the focus will be directed towards the…

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Bioinformatics and Sensory Function of Mammalian Fur: An Analysis of Coat Patterning, Whiskers, and Trigger Hairs

Introduction The Turing pattern, which is further explained in the paper, is an observed pattern in natural systems ranging from cheetah print to coral growth. Alan Turing proposed a mathematical model to describe pattern formation based on reaction and diffusion rates of morphogens, and this model holds true for a

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Comparative Analysis of Biomechanical Properties of Mammalian Fur

The presence of hair, or rather keratin structures in nature is abundant. A wide range of animals have keratin structures present in their physiology that serve diverse and varied purposes. Any animal’s fur is optimized for their environment, which leads to the wide range of keratin structures observed in nature. …

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