Determination of plant mineral elements by atomic absorption
Plant mineral elements are essential for plant growth, and most of them are involved in metabolic activities as necessary components of coenzymes or cofactors.
3,200+ step-by-step lab protocols and SOPs for cell culture, staining, PCR, protein work and microbiology, with reagents, conditions and evaluation criteria.
Plant mineral elements are essential for plant growth, and most of them are involved in metabolic activities as necessary components of coenzymes or cofactors.
Master the method of determining amylase activity by using gibberellin (GA3)-induced degradation of starch by synthetic a-amylase to diminish the blue-purple co
To master the principle of cell injury and the measurement of cell injury in plants in the presence of adversity or other injuries; to master the determination
Polyphenol oxidase (PP0) is widely present in plant tissues, and can oxidize phenolic substances to Da substances, but this reaction does not occur frequently i
To understand the factors of malondialdehyde (MDA ) formation in living organisms; to focus on the principles and methods of MDA determination; to further famil
When plants age or are exposed to adversity, the metabolism of reactive oxygen species is enhanced in the body resulting in the accumulation of H2O2, which caus
Understand the role of ATPase in plant metabolic processes and the principles and methods of ATPase activity determination.
Chloroplast pigments have the role of absorbing, transferring and converting light energy, extracting and separating chloroplast pigments is the first step in t
To learn and understand the method and principles of the photochemical reduction method of nitro nitro tetrazolium blue chloride (NBT) for the determination of