Plant Research Reagents:
Plants Tissue-Clearing Reagent Suitable for Fluorescent Protein Observation: iTOMEI
Tissue-Clearing Reagent iTOMEI-D [for Plants] is a decoloring solution used for the improved TOMEI method (iTOMEI), a transparency method that is an improved version of the TOMEI method developed by Matsunaga 𝘦𝘵 𝘢𝘭. In the field of plant science, various studies such as the physiological actions, morphogenesis, and cultivation techniques of plants have been investigating.
TCI offers a wide range of products used in plant research, such as plants clearing reagents and plant hormones.
Decoloring solution
Mounting solution
Rapid Transparency Reagent for Plants: TOMEI
TOMEI is clearing method suitable for observing only fluorescent staining dyes. It enables transparency in just a few hours (2 - 3 hours).
Product:
Plant Growth Regulators
A typical example of plant growth regulator is a plant hormone. Plant hormones are the collective term for compounds produced in minute amounts by plants to regulate their own physiological functions. To date, seven natural plant hormones have been discovered: auxins, cytokinins, ethylene, jasmonates, abscisic acid, gibberillins and brassinosteroids.
Auxins
Historically, auxins were first discovered as substances which showed phototropism. To date, it has been revealed that they play numerous roles such as initial development, budding, root growth development, growth of flower parts and cell division. Natural auxins are 3-indoleacetic acid, 3-indolebutyric acid and phenylacetic acid. Some unnatural synthetic compounds also exhibit the same activities.
Cytokinins
Cytokinins are regarded as substances which stimulate cell division, shoot initiation and bud formation, when addition auxins are added. Typical structure features are adenine with an isopentenyl unit at N6 position, or with an isopentenyl unit with the methyl terminus being hydroxylated.
Abscisic Acids
Abscisic acid is occasionally classified as a sesquiterpene, however, it is biosynthesized from a carotenoid (C40) precursor. It stimulates the closure of stomata in the absence of water and induces seeds to synthesize storage proteins. It is also released when a plant experiences stress, as in lack of nutrition, pests, root distress, or disease.
Jasmonates
Jasmomates have a distinct fragrance and are biosynthesized from linolenic acid, an unsaturated fatty acid. They inhibit growth in adverse conditions, and stimulate tuber formation. They promote senescence of leaves, suppression of fruit growth, and the induction of tuber formation in potatoes.
CAS RN: 24851-98-7 | Product Number: D1431 | Product Name: Methyl Dihydrojasmonate (cis- and trans- mixture)
Gibberellins
Ethylene (Precursor)
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