a group of cells forms a tissue. tissues form organs. and organs form organ systems
Muscle fibers are grouped into fascicles, these fascicles form a muscle. The fascicles are arranged in 3 basic patterns. Parallel fascicles are arranged length wise in a parallel form. Circular fascicles are arranged in rings in a concentric pattern. Pennate fascicles are arranged in a feather pattern, with muscles arranged like a feather attached to a tendon along its length.
The cells of bread mold (Rhizopus) are arranged in long, branching filaments called hyphae. These hyphae form a network known as mycelium. In contrast, the cells of a mushroom are arranged into a cap and a stem structure. The cap contains gills lined with spore-producing cells, while the stem provides support for the cap.
Depending on shape of Bacteria it is divided into Bacilli (Bacteria which is in the form of 'rod' shape), Cocci (Bacteria in the form of 'spherical' shape), Vibrios (Bacteria in the form of 'comma' shaped which are resembles to rod shape), Spirilla (Bacteria in the form of 'spiral' shaped). And based on the arrangement of cells they are classified as Mono (to which are arranged in the form of single form), Diplo (to which are arranged in the form of double cells together), Strepto (to which are arranged in the form of chain form), Staphylo (to which are arranged in the form of bunch or clumps form). Exceptions: Pleomorphic (which are not present in proper shape. eg.Mycoplasma), Cocobasillus (Bacteria which normally present in rod shape but in corner are in slightly round in shape. eg.Bacillus anthracis).
Cells arranged in a scale-like or flat arrangement are referred to as squamous cells. These cells are thin and flat, allowing them to cover surfaces such as the linings of blood vessels and air sacs in the lungs.
cell of our bodies made tissues .These tissues are the group of same kind of cell with respect to structure and function . As we know that when cell is going to make tissues these cell are differentiated according to their specific function and then migrated to their specific sites. Groups of different types of tissues are arranged together to form organs. For example, the stomach includes mucus membrane tissue, muscle tissue, a layer of tissue lining the abdomen, etc.
the cells of bread mold is arranged by having different vitamins in them and not having any fungi
the cells of bread mold is arranged by having different vitamins in them and not having any fungi
It form into two different cells
Muscle fibers are grouped into fascicles, these fascicles form a muscle. The fascicles are arranged in 3 basic patterns. Parallel fascicles are arranged length wise in a parallel form. Circular fascicles are arranged in rings in a concentric pattern. Pennate fascicles are arranged in a feather pattern, with muscles arranged like a feather attached to a tendon along its length.
Simple epithelial cells.
Different cells have different appearences because they have different functions. A good rule of thumb is the "form follows function" rule.
The cells of bread mold are loosely arranged. This is the opposite of the cells of mushrooms which are packed tightly together.
animals of phyllum coelantrata.Multicellular
True. Bone cells, such as osteocytes, are indeed arranged in concentric circles around the Haversian canals in compact bone tissue to form structural units called osteons.
Cells are the biological 'building blocks'. They are small, but the way they are arranged is what makes the organism. The same as how Lego blocks are small, but you can create massive structures with them. There is no real reason as to why cells are so small, I suppose. Any organism could be made up of any number of cells, differently sized and arranged for different purposes. Cells are only as big as their function requires them to be.
The different types of forms found in music include binary form, ternary form, rondo form, theme and variations, and sonata form. These forms help structure and organize the music by determining how different sections are arranged and repeated.
The cells of bread mold (Rhizopus) are arranged in long, branching filaments called hyphae. These hyphae form a network known as mycelium. In contrast, the cells of a mushroom are arranged into a cap and a stem structure. The cap contains gills lined with spore-producing cells, while the stem provides support for the cap.