Analysis of Metal Content in Nannochloropsis

Nannochloropsis, a type of tiny green algae, is renowned for its highly efficient photosynthesis and strong adaptability to the environment. It has attracted widespread attention in recent years in the fields of environmental ecology, bioenergy, food industry, and bioremediation. Particularly, Nannochloropsis has shown astonishing potential in absorbing and accumulating heavy metals in the environment, which not only helps to clean polluted water bodies but also adds new dimensions to its bioenergy applications and nutritional value. Therefore, accurately analyzing the metal content in Nannochloropsis is crucial for assessing its environmental and economic value.

 

MtoZ Biolabs is dedicated to providing advanced bioanalytical services, especially in the field of Nannochloropsis metal content analysis. We employ the high-precision Inductively Coupled Plasma Mass Spectrometry (ICP-MS) to provide accurate and reliable metal content analysis services for our clients. It allows us to precisely measure the content of various metal elements, including lead, cadmium, copper, zinc, etc., in Nannochloropsis samples, which helps researchers assess its potential in environmental restoration and bioproduct development.

 

ICP-MS determines the types and quantities of elements by creating plasma and measuring the mass-to-charge ratio of particles. It can analyze all metal elements in the periodic table, simultaneously detect multiple elements, and has a very low detection limit (below 1ppt). Therefore, it serves as an important tool for metal content analysis. Based on ICP-MS, we have established a metal content analysis platform, capable of efficient qualitative and quantitative analysis of various metal elements in Nannochloropsis samples! We also offer free custom experimental plans to meet different project needs. Free project evaluation!