Difference between cisternae and Dictyosomes

Thread starter gracy
Start date Jul 15, 2016
Tags

Difference

In summary, cisternae and Dictyosomes are two different structures found in cells that have distinct functions. While cisternae are flattened, stacked membrane structures found in the endoplasmic reticulum and Golgi apparatus, Dictyosomes are stacks of flattened membrane sacs found only in plant cells. Cisternae are involved in protein synthesis and transport, while Dictyosomes are responsible for the secretion of substances in plants. Despite their differences, both structures play a role in the transport and modification of substances in cells and have a flattened, stacked structure that allows for efficient cellular processes.

Jul 15, 2016

gracy

I know both of them are stack when held together form "Golgi bodies" but that was about similarity what's the difference?

Jul 20, 2016

Fervent Freyja

Gold Member

Not much. A dictyosome is referring to a stack of many cisternae that form the Golgi apparatus.

Related to Difference between cisternae and Dictyosomes

What is the difference between cisternae and Dictyosomes?

Cisternae and Dictyosomes are both structures found in cells, but they have distinct functions. Cisternae are flattened, stacked membrane structures found in the endoplasmic reticulum and Golgi apparatus, while Dictyosomes are stacks of flattened membrane sacs found in plant cells.

How do cisternae and Dictyosomes differ in terms of location and structure?

Cisternae are found in both the endoplasmic reticulum and the Golgi apparatus, while Dictyosomes are only found in plant cells. Cisternae are composed of a single membrane, while Dictyosomes have multiple stacked membranes.

What are the functions of cisternae and Dictyosomes?

Cisternae are involved in protein synthesis, modification, and transport in the endoplasmic reticulum, as well as sorting and packaging of proteins in the Golgi apparatus. Dictyosomes are responsible for the secretion of substances, such as cell wall components, in plant cells.

Do cisternae and Dictyosomes have any similarities?

Although they have distinct functions, cisternae and Dictyosomes are both involved in the transport and modification of substances in cells. They also both have a flattened, stacked structure.

How does the structure of cisternae and Dictyosomes contribute to their functions?

The stacked structure of cisternae and Dictyosomes allows for a larger surface area for cellular processes to take place, such as protein synthesis and secretion. The membranes also provide a barrier for the cell, allowing for controlled transport and modification of substances.