Chloroplasts can be as lengthy as 10mm and are usually 0.5-2.0mm thick, however they differ in size and shape invarious cells, particularly among the algae. Similar to mitochondrion, the chloroplast is bounded by an external and internal membrane. In addition to this, chloroplasts enclose an internal system of extensive inter connected membrane- limited sacs termed as thylakoids that are flattened to form disks. These are frequently grouped in stakes of 20-50 thylakoids to form what are termed as grana and embedded in a matrix termed as stroma.

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Stroma, a colorless, semi fluid, colloidal complex comprise RNA, DNA, ribosome and many enzymes. The DNA of chloroplast is rounded. The ribosomes are 70s type. The matrix of higher plant’s chloroplasts might contain starch as storage product. Thylakoids might take place joined to the inner membrane of the chloroplast envelop.

Around 40-100 grana might take place in a chloroplast. Many membranous tubules termed as stroma lamellae (i.e., intergranal thylakoids) inter connect thylakoids of distinct grana. Thylakoid membrane includes photosynthetic pigments.

The thylakoid membrane includes green pigments (i.e., Chlorophylls) and other pigments and enzymes which absorb light and produce ATP during photosynthesis. Part of this ATP is employed by enzymes positioned in stroma to transform CO2 into three carbon (3C) intermediates which are then transmitted to the cytosol and transformed to sugars.

The molecular method by which ATP is formed is very identical in chloroplasts and mitochondria. Chloroplasts and mitochondria contain other features as well in common. Both migrate frequently from place to place in cells and both include their own DNA that code for some of the key organellar proteins. These proteins are synthesized in ribosomes in the organelle. Though, most of the proteins in each of these organelles are encoded in the nuclear DNA and are synthesized in cytosol.  Such proteins are then integrated into the organelle.

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