Assertion: chloroplast's membrane | /r/HasProperty | double
Facets:
Source sentences:
text: The fact that chloroplasts are surrounded by a double membrane is often cited as evidence that they are the descendants of endosymbiotic cyanobacteria.
text: Chloroplasts are surrounded by a double membrane, which encloses even tinier membranes where photosynthesis takes place.
text: Both chloroplasts and cyanobacteria have a double membrane, DNA ribosomes , and thylakoids
text: They contain a double membrane, which has two layers that serve different functions.
text: The nucleus, chloroplasts, and mitochondria of cells all contain DNA of different types and are also surrounded by double membranes, while other organelles are surrounded by only one membrane.
text: The mitochondria, chloroplasts, and nuclei of cells are all surrounded in double membranes.
text: The fact that chloroplasts are surrounded by a double membrane is often cited as evidence that they are the descendants of endosymbiotic cyanobacteria.
text: The fact that chloroplasts are surrounded by a double membrane is often cited as evidence that they are the descendants of endosymbiotic cyanobacteria.
text: A chloroplast has a double membrane in its structure with an inner membrane separated from the outer membrane by a space.
text: Similar to a chloroplast, they also have a double membrane with an outer and inner membrane present.
text: Both chloroplasts and cyanobacteria have a double membrane, DNA ribosomes , and thylakoids .
text: The fact that chloroplasts are surrounded by a double membrane is often cited as evidence that they are the descendants of endosymbiotic cyanobacteria.
text: Like mitochondria, chloroplasts also have a double membrane, ribosomes and their own DNA that has the function of synthesizing the necessary proteins to perform photosynthesis.
text: and they have a double membrane called the chloroplast envelope and a third internal membrane known as the thylakoid membrane.
text: They are separated from the surrounding cell by a double membrane, which represents an effective barrier for the transport of metabolites and proteins.
text: Chloroplastida chloroplasts have lost the peptidoglycan wall between their double membrane, leaving an intermembrane space.
text: Chloroplastida chloroplasts have lost the peptidoglycan wall between their double membrane, leaving an intermembrane space.
text: Chloroplastida chloroplasts have lost the peptidoglycan wall between their double membrane, leaving an intermembrane space.
text: Chloroplastidan chloroplasts have lost the peptidoglycan wall between their double membrane, and have replaced it with an intermembrane space.
text: While primary chloroplasts have a double membrane from their cyanobacterial ancestor, secondary chloroplasts have additional membranes outside of the original two, as a result of the secondary endosymbiotic event, when a nonphotosynthetic eukaryote engulfed a chloroplast-containing alga but failed to digest it—much like the cyanobacterium at the beginning of this story.
text: While primary chloroplasts have a double membrane from their cyanobacterial ancestor, secondary chloroplasts have additional membranes outside of the original two, as a result of the secondary endosymbiotic event, when a nonphotosynthetic eukaryote engulfed a chloroplast-containing alga but failed to digest it—much like the cyanobacterium at the beginning of this story.
text: While primary chloroplasts have a double membrane from their cyanobacterial ancestor, secondary chloroplasts have additional membranes outside of the original two, as a result of the secondary endosymbiotic event, when a nonphotosynthetic eukaryote engulfed a chloroplast-containing alga but failed to digest it—much like the cyanobacterium at the beginning of this story.
text: While primary chloroplasts have a double membrane from their cyanobacterial ancestor, secondary chloroplasts have additional membranes outside of the original two, as a result of the secondary endosymbiotic event, when a nonphotosynthetic eukaryote engulfed a chloroplast-containing alga but failed to digest it—much like the cyanobacterium at the beginning of this story.