Low molecular proteins (Metallothioneins) in aquatic life forms
V Venkateswarlu, Ch Venkatrayulu
This document on biomarkers as Metallothionein (MTs) known as low molecular weight proteins in the polluted aquatic environment and also in aquatic organisms, especially focusing on their function as heavy metal biomarkers in aquatic environment monitoring programs, is vast and increasing. The multi-component functions of MTs include involvement in equilibrium of physiological process, safety against carcinogenic metals and damages of biological activities control. In this document, we have gathered, several reports published data about metallothioneins in hydrological life forms amphibians, mammals, fishes, etc., and broke down their capacity in aquatic animals. Metallothioneins have four primary capacities in the amphibian vertebrate. They are individually bioaccumulation of poisonous metals and detoxification, homeostatic guideline of substantial metals, security against oxidative pressure and neuron defensive instrument. MTs separate in various tissues of the body and they have different conveyances in various tissues of sea-going life forms, including liver, gills, kidney, testis, and cerebrum. MTs can be actuated by a few sorts of ecological and physiological variables, among which, overwhelming metals are the principle sort of MTs inducers in the oceanic vertebrate. Here we center more consideration around the fundamental metals copper (Cu) and zinc (Zn) and the unnecessary metals and lethal overwhelming metals cadmium (Cd), silver (Ag), lead (Pb), and mercury (Hg).
V Venkateswarlu, Ch Venkatrayulu. Low molecular proteins (Metallothioneins) in aquatic life forms. International Journal of Multidisciplinary Research and Development, Volume 6, Issue 11, 2019, Pages 138-145