0
Want this question answered?
Be notified when an answer is posted
Add your answer:
Earn +20 pts
Are the septa of the hyphal cross walls always present?
No, septa of hyphal cross walls are not always present in fungi. Some fungi have continuous hyphae without septa, known as coenocytic fungi, while others have septa that divide the hyphae into compartments.
What is hypha divided by?
Hyphae are divided by septa, which are partition-like structures that separate the cytoplasm in fungal cells. Some fungi have septate hyphae, where each cell is divided by septa, while others have nonseptate hyphae, where the cytoplasm is continuous along the hyphae.
What characteristics determines that fungal hyphae are coenocytic?
Fungal hyphae are considered coenocytic when they lack septa (dividing walls) between the individual cells in the hyphae. This results in the cytoplasm and nuclei freely moving throughout the hyphae without being compartmentalized or separated by cell walls. Coenocytic hyphae are commonly found in fungi like molds and some yeasts.
Porous cross walls in the hyphae of fungi are called?
for plato users, its septa
What is coencytic hyphae?
Coenocytic hyphae are a type of fungal hyphae that lack septa (cross-walls). This results in a continuous cytoplasmic mass with multiple nuclei in a single hyphal compartment. Coenocytic hyphae are commonly found in fungi like Phycomyces and some molds.
Are Rhizopus hyphae coenocytic or septate?
Rhizopus hyphae are primarily coenocytic, meaning they lack septa or divisions within the hyphae. However, some species may have septa present in their hyphae under certain conditions.
What is hypha divided by?
Hyphae are divided by septa, which are partition-like structures that separate the cytoplasm in fungal cells. Some fungi have septate hyphae, where each cell is divided by septa, while others have nonseptate hyphae, where the cytoplasm is continuous along the hyphae.
Are septa always present?
No
What characteristics determines that fungal hyphae are coenocytic?
Fungal hyphae are considered coenocytic when they lack septa (dividing walls) between the individual cells in the hyphae. This results in the cytoplasm and nuclei freely moving throughout the hyphae without being compartmentalized or separated by cell walls. Coenocytic hyphae are commonly found in fungi like molds and some yeasts.
Porous cross-walls in the hyphae of fungi are called?
septa
Are the septa of the hyphal cross walls always present?
No, septa of hyphal cross walls are not always present in fungi. Some fungi have continuous hyphae without septa, known as coenocytic fungi, while others have septa that divide the hyphae into compartments.
Porous cross walls in the hyphae of fungi are called?
for plato users, its septa
What is coencytic hyphae?
Coenocytic hyphae are a type of fungal hyphae that lack septa (cross-walls). This results in a continuous cytoplasmic mass with multiple nuclei in a single hyphal compartment. Coenocytic hyphae are commonly found in fungi like Phycomyces and some molds.
Hyphae that have a dividing wall are what?
The hyphae that are found in most fungi are the ones with divided walls. The division of these walls is an internal cross wall called the septa.
What are fungi cell walls called?
Sometimes the hyphae are divided into Compartments by cross walls called septa . Fungi with cross walls are called septate fungi, while fungi without cross walls are called coenocytic fungi.
Differences between septate and coenocytic hyphae?
Septate hyphae have cross-walls (septa) dividing the hyphae into individual cells with pores for transferring nutrients and organelles between cells. Coenocytic hyphae lack septa and are multinucleate, forming a continuous cytoplasmic mass throughout the hypha. Septate hyphae are generally found in fungi of the Ascomycota and Basidiomycota phyla, while coenocytic hyphae are commonly seen in fungi of the Zygomycota phylum.
Fungi which lack septa?
Fungi that lack septa are called aseptate or coenocytic fungi. These fungi have hyphae that are not divided by septa, allowing the cytoplasm to flow freely throughout the organism. This allows for rapid nutrient distribution and growth.
