Zeatin (CAS 13114-27-7)

Zeatin, a growth hormone, holds remarkable properties that contribute to the stimulation of lateral buds, cell division, callus initiation, and seed germination. Its potential extends to promoting multiple shoot generations. Naturally occurring as a cytokinin in plants, zeatin was initially discovered by Miller and Skoog in maize kernels back in 1963. This potent plant hormone assumes a critical role in governing plant growth and development, participating in diverse physiological processes like cell division, differentiation, and organogenesis. In recent times, zeatin has garnered substantial attention within the scientific community due to its prospective applications in agriculture, biotechnology, and medicine. In agriculture, zeatin has demonstrated its ability to enhance crop yield, facilitate plant growth, and bolster stress tolerance. In biotechnology, zeatin finds utility in plant tissue culture and genetic transformation. Moreover, zeatin has exhibited anti-aging and anti-inflammatory properties in vitro. The influence of zeatin on plant growth and development arises from its interaction with specific receptors on the plant cell membrane. This interaction initiates a signaling pathway that activates various genes responsible for plant growth and development. Furthermore, zeatin contributes to the regulation of the delicate balance between cell division and differentiation by modulating the expression of relevant genes involved in these intricate processes. Zeatin′s multifaceted nature and its impact on plant physiology have positioned it as an intriguing subject of study and exploration. Its potential applications in agriculture and biotechnology continue to fuel research efforts aimed at harnessing its benefits for the betterment of various domains.