Question

Choose characteristics of the extracellular filaments for animals and plants. Drag the appropriate items to their respective bins. Reset Help consist of proteins resist pulling forces are able to slide past each other consist of polysaccharides are crisscrossed Plants Animals Both plants and animals Submit Previous Answers Request Answer

Answer 1

Extracellular filaments in animals and plants have different characteristics. In animals, the extracellular matrix (ECM) is primarily made up of fibrous proteins and helps in cell adhesion and communication. In plants, cell walls made of polysaccharides provide rigidity and protection to the cells.

Step-by-step explanation:

The extracellular filaments in animals and plants have different characteristics. In animals, the extracellular matrix (ECM) is primarily made up of fibrous proteins, such as collagen, and serves to provide structural support to the cells. It also helps in cell adhesion and communication. On the other hand, plants have cell walls made of polysaccharides, particularly cellulose, which provide rigidity and protection to the plant cells.

Extracellular filaments in both animals and plants consist of proteins, but in animals, they resist pulling forces and allow sliding past each other, which is important for muscle contraction and cell movement. In plants, however, the extracellular filaments are more rigid and do not slide past each other.

Answer 2

Extracellular filaments are composed of different substances in animals and plants. In animals, the extracellular matrix mainly contains proteins like collagen, whereas in plants, the cell wall is primarily made up of polysaccharides. Both animal and plant cells have cytoskeletal elements that contribute to structural integrity.

Extracellular Filaments in Animals and Plants

Extracellular structures play critical roles in maintaining the architecture and integrity of animal and plant cells. The characteristics of extracellular components vary between animals and plants.

• Proteins are a major component of extracellular filaments in both animals and plants. In animals, the extracellular matrix (ECM) consists mainly of glycoproteins, notably collagen and fibronectin, which resist pulling forces and provide structural support.
• In plants, the primary extracellular component is the cell wall, composed mainly of polysaccharides like cellulose, which also resists tension.
• Intermediate filaments in animals and microfilaments like actin in both animals and plants provide structural integrity and are involved in various cellular functions.

The cytoskeleton, present in both animal and plant cells, includes microfilaments, intermediate filaments, and microtubules, which serve a variety of structural and movement-related functions within the cell.

Extracellular Filament Characteristics by Organism Type

• Column A. Plants: Consist of polysaccharides
• Column B. Animals: Consist of proteins, resist pulling forces
• Column C. Both Animals and Plants: Are crisscrossed

The complete question is here:

Choose characteristics of the extracellular filaments for animals and plants.

Drag the appropriate items to their respective bins.

consist of proteins

resist pulling forces

are able to slide past each other

consist of polysaccharides

are crisscrossed

Column A. Plants

Column B. Animals

Column C. Both animal and plants