Fibrillar

Fibrillar describes something characterized by or composed of small, thread-like or fiber-like structures, often arranged in a network or parallel bundles. These fibrous elements contribute to the strength, flexibility, and overall organization of biological tissues, materials, or structures. The term highlights the prevalence of fibers in the composition, emphasizing a textural or structural aspect. The presence of fibrillar components can influence a material's mechanical properties, such as its tensile strength, elasticity, and resistance to deformation. The arrangement and composition of these fibrils are essential in determining the function and characteristics of the whole structure. fibrillar arrangements are often crucial for the overall integrity of tissues and materials.

Fibrillar meaning with examples

• The extracellular matrix of cartilage is rich in fibrillar collagen, providing its resilience and ability to absorb shock. These tiny fibers are interwoven in a complex way. The collagen is also a critical element. The structure is essential for the cartilage's role. This arrangement enables cartilage to withstand mechanical stress.
• During muscle contraction, actin and myosin filaments, exhibiting a fibrillar structure, slide past each other, generating force. The arrangement of these filaments allows this reaction. Without this structure the contraction would not be possible. This sliding motion is the basic mechanism behind movement.
• Synthetic polymers, such as some forms of nylon, can be processed to create fibrillar structures with enhanced tensile strength, making them suitable for applications like ropes and textiles. Their properties can be modified, and their uses can be many. These materials can replace natural fiber usage. This structure greatly increases strength.
• The spider silk, renowned for its extraordinary strength, consists of highly ordered, fibrillar proteins that provide exceptional toughness and flexibility. The properties of the silk allow spiders to make webs. The strength is a critical element in its functionality. Its fibrillar nature gives this amazing material strength.