D-Tryptophan: A Key Amino Acid for Postembryonic Ovarian Development and its Applications
Discover the potent role of D-Tryptophan in planarian reproduction, offering insights into developmental biology and potential therapeutic applications.
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D-Tryptophan
We are a leading supplier in China for high-quality D-Tryptophan, a crucial bioactive substance identified for its significant role in postembryonic ovarian development in planarians. Our D-Tryptophan is recognized for its exceptional potency, being up to 500 times more effective than L-Tryptophan in inducing ovarian development. As a key player in developmental biology, our D-Tryptophan offers researchers and manufacturers a reliable component for studying germ cell proliferation and differentiation. We provide a high-purity product that is integral to advancements in understanding animal reproduction and potentially in developing novel therapeutic agents. Our commitment as a manufacturer in China ensures consistent quality and supply for your research and development needs.
- Explore the critical role of D-Tryptophan in planarian reproduction, understanding the role of D-amino acids in development.
- Leverage our high-purity D-Tryptophan for critical biochemical research into germ cell proliferation and differentiation mechanisms.
- Advance your understanding of reproductive endocrinology with a substance that significantly enhances ovarian development.
- Integrate D-Tryptophan into pharmaceutical development for potential applications in reproductive health and related fields.
Advantages Offered
Unmatched Potency
Experience superior results with D-Tryptophan, which exhibits up to 500 times greater potency in inducing ovarian development compared to L-Tryptophan, a key factor in planarian reproduction.
Biological Significance
This bioactive substance is central to understanding germ cell proliferation and differentiation, making it invaluable for developmental biology research and discovering new mechanisms.
Metabolic Insights
Gain insights into amino acid metabolism, particularly the regulation of D-amino acid oxidase and the selective pooling of Tryptophan in reproductive tissues.
Key Applications
Biochemical Research
Utilize D-Tryptophan to investigate the intricate processes of germ cell development and the biological roles of specific amino acid enantiomers.
Pharmaceutical Development
D-Tryptophan serves as a valuable intermediate in the synthesis of pharmaceutical compounds, potentially targeting reproductive health and related disorders.
Neuroscience Research
Investigate the broader implications of D-Tryptophan, including its precursor relationship to serotonin and its impact on neurotransmitter systems.
Food Industry
Explore the use of D-Tryptophan as a nutritional supplement, potentially aiding in sleep regulation and mood enhancement, contributing to health-conscious consumer products.