Muscle cells contain multiple nuclei, ranging from hundreds to thousands per cell. These nuclei help regulate protein synthesis and repair within the cell.
The type of muscle tissue that have only one or two nuclei per cell are cardiac muscle cells. Their nuclei are located in the center of a cell.
Nuclei are typically different in a multi-cellular organism, as each cell may have a slightly different genetic makeup due to mutations, gene expression, and environmental factors. However, in single-celled organisms like bacteria, the nuclei are usually identical as there is only one nucleus per cell.
The tapetal cells in the microsporangium are binucleate because they contain two nuclei per cell. These nuclei are essential for the functions of the tapetal cells in nourishing and supporting the developing pollen grains. The presence of two nuclei allows for synchronized and coordinated activities within the tapetal cells during pollen development.
Smooth muscle tissue has a single nucleus in each cell :)
which has more nuclei per cell skeletal muscle or cardiac muscle? I guess that they both have the same number of nuclei.
Muscle cells contain multiple nuclei, ranging from hundreds to thousands per cell. These nuclei help regulate protein synthesis and repair within the cell.
Dikaryotic hyphal cells form the basidiocarp in basidiomycete fungi. These cells have two nuclei per cell, one from each mating type, and are involved in the production of basidiospores through meiosis.
The answer: is in your back of your body.
The type of muscle tissue that have only one or two nuclei per cell are cardiac muscle cells. Their nuclei are located in the center of a cell.
Nuclei do not contain cells, cells contain nuclei (normally, one nucleus per cell).
A cell with several nuclei is known as a syncytium. This type of cell results from multiple nuclei residing in a single cytoplasmic mass without cell boundaries. Syncytia can be found in certain tissues like muscle and fungi.
Nuclei are typically different in a multi-cellular organism, as each cell may have a slightly different genetic makeup due to mutations, gene expression, and environmental factors. However, in single-celled organisms like bacteria, the nuclei are usually identical as there is only one nucleus per cell.
Smooth muscle tissue
The tapetal cells in the microsporangium are binucleate because they contain two nuclei per cell. These nuclei are essential for the functions of the tapetal cells in nourishing and supporting the developing pollen grains. The presence of two nuclei allows for synchronized and coordinated activities within the tapetal cells during pollen development.
Smooth muscle tissue has a single nucleus in each cell :)
As part of their life cycle, fungi produce spores. In this electron micrograph of a mushroom gill, the four spores produced by meiosis (seen in the center of this picture) are carried on a clublike sporangium (visible to the left and right). From these spores, haploid hyphae grow and ramify, and may give rise to asexual sporangia, special hyphae which produce spores without meiosis.The sexual phase is begun when haploid hyphae from two different fungal organisms meet and fuse. When this occurs, the cytoplasm from the two cells fuses, but the nuclei remain separate and distinct. The single hypha produced by fusion typically has two nuclei per "cell", and is known as a dikaryon, meaning "two nuclei". The dikaryon may live and grow for years, and some are thought to be many centuries old. Eventually, the dikaryon forms sexual sporangia in which the nuclei fuse into one, which then undergoes meiosis to form haploid spores, and the cycle is repeated.Some fungi, especially the chytrids and zygomycetes, have a life cycle more like that found in many protists. The organism is haploid, and has no diploid phase, except for the sexual sporangium. A number of fungi have lost the capacity for sexual reproduction, and reproduce by asexual spores or by vegetative growth only. These fungi are referred to as Fungi Imperfecti, and include, among other members, the athlete's foot and the fungus in bleu cheese. Other fungi, such as the yeasts, primarily reproduce through asexual fission, or by fragmentation -- breaking apart, with each of the pieces growing into a new organism.