5449-12-7 BMK PMK Chemical raw materials fast delivery
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5449-12-7 BMK PMK Chemical raw materials fast delivery
CAS: 5449-12-7
BMK Glycidic Acid (sodium salt)
MF: C10H9NaO3
BMK Glycidic Acid (sodium salt), with the CAS number 1451 - 82 - 7, is a crucial compound in pharmaceutical and organic synthesis realms.
In pharmaceutical R&D, it acts as a key intermediate. Its structure makes it valuable for crafting anti - inflammatory, analgesic, or even potential anticancer agents. Researchers leverage its unique reactivity to build molecular frameworks essential for drug efficacy.
For organic synthesis, it serves as a powerful precursor. Through epoxide ring - opening reactions, it enables the synthesis of diverse esters, amides, and derivatives. This versatility expands the toolkit for chemists developing new organic molecules.
In drug development, its potential extends beyond initial compound creation. It’s explored for treating cancers and neurodegenerative diseases, and even as a drug carrier, where its properties might help transport therapeutic agents more effectively.
In biochemical research, experimental models study its antimicrobial and anti - inflammatory activities, offering insights into new therapeutic pathways.
With high purity, safe handling protocols, and adherence to quality standards, it supports innovation in multiple scientific fields. For inquiries, contact via WhatsApp (+44 - 7740 164 985) or Telegram (@Sophie).
Disclaimer: Intended for scientific research use only, complying with relevant regulations.
Contact me if you are in any needs
Whatsapp/Telegram: +44 7740164985
Email: sophiezzz303@gmail.com
Other Hot Sale CAS:
CAS: 5449-12-7
CAS: 28578-16-7
CAS: 49851-31-2
CAS: 1451-82-7
CAS: 51-05-8
CAS: 5449-12-7
BMK Glycidic Acid (sodium salt)
MF: C10H9NaO3
BMK Glycidic Acid (sodium salt), with the CAS number 1451 - 82 - 7, is a crucial compound in pharmaceutical and organic synthesis realms.
In pharmaceutical R&D, it acts as a key intermediate. Its structure makes it valuable for crafting anti - inflammatory, analgesic, or even potential anticancer agents. Researchers leverage its unique reactivity to build molecular frameworks essential for drug efficacy.
For organic synthesis, it serves as a powerful precursor. Through epoxide ring - opening reactions, it enables the synthesis of diverse esters, amides, and derivatives. This versatility expands the toolkit for chemists developing new organic molecules.
In drug development, its potential extends beyond initial compound creation. It’s explored for treating cancers and neurodegenerative diseases, and even as a drug carrier, where its properties might help transport therapeutic agents more effectively.
In biochemical research, experimental models study its antimicrobial and anti - inflammatory activities, offering insights into new therapeutic pathways.
With high purity, safe handling protocols, and adherence to quality standards, it supports innovation in multiple scientific fields. For inquiries, contact via WhatsApp (+44 - 7740 164 985) or Telegram (@Sophie).
Disclaimer: Intended for scientific research use only, complying with relevant regulations.
Contact me if you are in any needs
Whatsapp/Telegram: +44 7740164985
Email: sophiezzz303@gmail.com
Other Hot Sale CAS:
CAS: 5449-12-7
CAS: 28578-16-7
CAS: 49851-31-2
CAS: 1451-82-7
CAS: 51-05-8
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Informace od: Fiona