IDNLearn.com offers a user-friendly platform for finding and sharing knowledge. Ask any question and get a detailed, reliable answer from our community of experts.

Match the following types of junctions with their features and/or functions.
Gap junctions
Gap junctions drop zone empty.
Plasmodesmata
Plasmodesmata drop zone empty.
Tight junctions
Tight junctions drop zone empty.
Adherens junctions
Adherens junctions drop zone empty.
Desmosomes
Desmosomes drop zone empty.
Leak-proof seal that surrounds the cell
Cadherins bind to microfilaments
Cadherins bind to intermediate filaments
Cytoplasmic connections between the cell walls of plants
Involves connexon proteins that create a pore to connect cells


Sagot :

The types of junctions with their features and / or functions include:

  • Gap junctions: involves connexon proteins that create a pore to connect cells.

  • Plasmodesmata: Cytoplasmic connections between the cell walls of plants.

  • Tight junctions: Leak-proof seal that surrounds the cell.

  • Adherens junctions: Cadherins bind to microfilaments.

  • Desmosomes: Cadherins bind to intermediate filaments.

Types of cell junctions

Cell junctions are those structures that binds neighboring cells together or a cell and an extracellular matrix.

The types of cellular junctions include:

  • Gap junctions: These are formed by a six membrane protein called connexins which call an elongated structure called connexon that helps to connect cells.

  • Plasmodesmata: This is junctions that forms places where a hole is punched in the cell wall to allow direct cytoplasmic exchange between two cells.

  • Tight junctions: This junction create a waterproof seal between two adjacent animal cells.

  • Adherens junctions: These are junctions that bind actin filaments of neighboring cells together through the binding of cadherins to microfilaments.

  • Desmosomes: They are junctions that help join adjacent epithelial cells together. Within these cells, the cadherins attach to a structure called the cytoplasmic plaque which connects to the intermediate filaments that help anchor the junction.

Learn more about cell junctions here:

https://brainly.com/question/24881456

We value your participation in this forum. Keep exploring, asking questions, and sharing your insights with the community. Together, we can find the best solutions. IDNLearn.com is dedicated to providing accurate answers. Thank you for visiting, and see you next time for more solutions.