Fusiform

Fusiform describes an object that is spindle-shaped, wider in the middle and tapering towards both ends. This characteristic form resembles a traditional spindle used in spinning. The term is often used in biology to describe specific anatomical structures, particularly in reference to cells, muscles, or organs. The shape contributes to streamlining, which is advantageous for movement through fluids like air or water. This shape is found in various natural structures and is an essential factor in their functionality. The streamlined design minimizes resistance.

Fusiform meaning with examples

• The biologist pointed out the fusiform muscle fibers in the fish's tail, highlighting how the shape helps in powerful and efficient swimming. The elongated form reduced drag and allows for quick movements through the water to capture prey or escape predators. Their tapering ends connected smoothly to the rest of the musculature, providing integrated power and flexibility.
• Examining the microscope slide, the scientist identified fusiform cells in the nerve tissue. These cells, with their elongated shape and tapered ends, facilitated rapid signal transmission. This specific shape allows efficient organization and support within the nervous system, ensuring efficient communication and responsiveness. The unique morphology was crucial for the tissue's overall function.
• The artist sketched a fusiform vase, emphasizing the graceful curve that would complement the delicate flowers. The design, reminiscent of ancient pottery, provided an appealing balance to the overall composition. The central swelling and pointed ends gave it an elegant silhouette.
• Aerodynamicists often study the fusiform shape of dolphin bodies to optimize aircraft design. By understanding how these natural forms reduce drag in water, engineers hope to create more fuel-efficient aircraft. This biological application aims at efficient design.