Phaeophyta, commonly known as brown algae, primarily contain the pigment fucoxanthin, which gives them their characteristic brown color. In addition to fucoxanthin, they also possess chlorophyll a and c, as well as other accessory pigments that aid in photosynthesis. These pigments allow brown algae to efficiently capture light energy in deeper waters where light is limited.
The pigment present in certain leaf tissues that allows a leaf to carry on its major function of photosynthesis is chlorophyll. Chlorophyll absorbs light energy from the sun and helps convert it into chemical energy during photosynthesis.
Yes, it also contains xanthophyll, carotene and some other pigment like anthocyanin present in cytoplasm.
The size of the pigment band in a chromatography experiment is directly related to the amount of pigment in the solution. A larger pigment band typically indicates a higher concentration of pigment, as more molecules are present to interact with the stationary phase. Conversely, a smaller band suggests a lower concentration, where fewer pigment molecules are able to migrate. Thus, the size of the band can serve as a visual representation of the pigment concentration in the solution.
The number of pigment bands seen in a chromatography experiment will depend on the number of different pigments present in the sample being analyzed. Each pigment will typically appear as a distinct band on the chromatogram.
The pigment responsible for the purple color in a Rhoeo leaf is anthocyanin. Anthocyanin is a water-soluble pigment commonly found in plants that appear red, blue, or purple in color.
what type of pigment of present
It is brown algae, phaeophyta is just its main orgin.
phaeophyta
Nothing
haemoglobin
Phaeophyta
dark plant
Chromatography.
Chorophyll pigments present in choroplast.
Scientifically, flowers get their color because a pigment in their petals is present. The pigment gives the flowers their phenotype.
Melanin
Melanin