Septated describes something that is divided or separated by one or more partitions, known as septa. These internal walls or membranes create distinct compartments or sections within an organism or structure. The term is frequently used in biology, particularly mycology, to describe fungal hyphae, but also applies to other biological structures and even certain geological formations or man-made objects. The degree of septation, including the number, thickness, and regularity of septa, plays a crucial role in determining the functionality and characteristics of the object being described.
Septated meaning with examples
- The pathologist examined the microscopic slide, noting the presence of septated hyphae, indicative of a fungal infection. The regular septa clearly divided the hyphae into individual cells, allowing for nutrient transport and growth. This observation was critical for correctly identifying the specific type of fungus and prescribing the appropriate antifungal treatment for the patient’s illness.
- Under the microscope, the scientist observed the spores, which were septated, with each spore containing several compartments separated by distinct septa. These divisions within the spore structure provided added protection against environmental stressors like desiccation. The ability to survive for prolonged durations is crucial to the dissemination of the fungus species.
- The structure of the microscopic organism was further examined under a microscope, where the specimen was viewed in detail to examine the cell walls. The scientist studied the septated cell walls and the structure's interior, to gain information on the processes occurring internally. The intricate configuration of the cell walls was important to understanding the structure's function.
- The botanist, studying the leaf's structure under a microscope, saw that the cells were not randomly arranged; the walls dividing the cells, also known as septa, were visible. This septated pattern was typical for the species and provided mechanical support. This structure was a factor in the leaf’s resistance to wind. The scientist documented the precise locations of these septa.
- Geologists examined the rock formation and discovered a network of septated veins of mineral deposits. These mineral structures were divided by distinct separations and were formed through cracks. This pattern provided insights into the rock's formation and history of internal stresses, indicating areas that could potentially fracture under additional pressure.