plastid

Lesson No. 1 here is the shock that they even have a plastid.

He suggested two possible ways the plastid could influence one another:

One is located in the mitochondrion and the second in the plastid.

A chloroplast is a type of plastid which specializes in photosynthesis.

When the two fuse, the plastid of the minus cell is detroyed.

These predictions also include genes from the plastid and mitochondrial genomes.

During the reorganization of the plastid the apicoplast lost its ability to photosynthesize.

The proplastid contains a single nucleoid located in the centre of the plastid.

A plastid is a self-reproducing organelle of plants and algae.

Curiously the mitochondrion and the plastid of the diatom remain functional.

Today the plastid is no longer capable of photosynthesizing and its function is a mystery.

A gerontoplast is a plastid found in formerly green tissues that are currently senescing.

Each plastid creates multiple copies of a circular 75-250 kilobase plastome.

"Apicoplast" is a specialised word, derived from the word "plastid".

Both the nucleus and the plastid of C. velia showed alveolate ancestry.

(2) The normal plastid might manufacture a substance that would allow the mutant form to develop normally.

Leucoplasts are a category of plastid and as such are organelles found in plant cells.

Here, eukaryotes engulfed a eukaryotic algae that developed into a "second-generation" plastid.

C. velia uses metabolites (reduced carbon) from its plastid as its primary energy source.

Robust inference of monocot deep phylogeny using an expanded multigene plastid data set.

A plastome is the DNA genome of a plastid.

Another similarity is that many apicomplexan cells contain a single plastid, called the apicoplast, surrounded by either 3 or four membranes.

Chloroplasts are a special type of plant cell organelle called a plastid, though the two terms are sometimes used interchangeably.

(1) The mutant plastid might manufacture a substance that damaged the normal plastids during the maturation process.

This indicates that the plastid was derived from a eukaryotic symbiont, shown by genetic studies to have been a red alga.