Fluorescence method to detect seed experiments
Plant seeds often exist in many substances that can produce fluorescence under ultraviolet irradiation, such as certain flavonoids, coumarins, vegetal, phenolic
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 seeds often exist in many substances that can produce fluorescence under ultraviolet irradiation, such as certain flavonoids, coumarins, vegetal, phenolic
Quantitative determination of erythromycin-like substances have many methods: such as barley dextrin layer α-amylase-induced formation method, acid mold leaf g
Abscisic acid enhances the activity of pectinase and cellulase, causing delamination to occur, leading to shedding. Within a certain concentration range, the sh
Growth hormone promotes the elongation of the germinal sheath and stem and the development of the fruit, as well as the formation of roots. Within a certain con
Cytokinin is widely found in plants. It can promote cell division, inhibit the activity of some hydrolytic enzymes such as nuclease and protease, so that macrom
Growth hormone (indoleacetic acid) promotes elongation of oat germ sheath cells. In the case where the source of growth hormone is cut off from the apical shoot
Growth hormone and synthetic analogs (NAA, IAA, sodium naphthalene acetate, etc.) have a great effect on plant growth, but the effect of different concentration
Cytokinins promote the growth of young leaves and delay the senescence of mature leaves, as well as having a nutrient mobilizing effect. Treatment of some leave
Cytokinins have the effect of promoting cotyledon enlargement in radish. Over a range of concentrations (0.05 to 50 pp M for 6-BA agonist), cotyledon weight gai