...led to mitochondria, plastids, and perhaps other...
...2. Mitochondria and plastids evolved from endosymbiotic...
...from one bacteria Plastids from another Nuclear...
...of SSU-rRNA from plastids of eukaryotes and...
...While mitochondria and plastids contain DNA and...
...Taxonomic groups with plastids are scattered throughout...
...of eukaryotes. These plastids vary in ultrastructure....
...two membranes. The plastids of others have...
...These include the plastids of Euglena (with...
...this diversity of plastids is that plastids...
...plastids is that plastids were acquired independently...
...the ancestors of plastids by engulfing cyanobacteria....
...an algae containing plastids. Each endosymbiotic event...
...For example, the plastids of cryptomonad algae...
...into mitochondria and plastids. Surprisingly, systematists have...
...no mitochondria or plastids. One example is...
...pigments in the plastids. Toxins produced by...
...of flagella. The plastids of these algae...
...pigments in the plastids. 5. Structural and...
...they inhabit. The plastids of red algae...
...of protists with plastids. 9. A diversity...

...cyanobacterium—that evolved into plastids. This lineage gave...
...the DNA of plastids in red and...
...DNA of cyanobacteria. Plastids in these algae...
...photosynthesis with its plastids and contains a...
...membranes surround the plastids of chlorarachniophytes. The...
...In other protists, plastids acquired by secondary...
...These protists lack plastids and have modified...
...the clade have plastids whose structure and...
...species have reduced plastids that seem to...
...other species lack plastids yet have plastid...
...of chromalveolates had plastids of red algal...
...group lost the plastids. Some scientists challenge...
...several chromalveolates lack plastids and show no...
...carotenoids in their plastids. Brown algae include...
...no longer have plastids or carry out...