Tretinoin

Its chemical structure, C20H28O2, allows for precise control over its interactions, making it an attractive choice for scientists seeking accuracy. By storing Tretinoin at -20 °C, researchers can maintain its efficacy while minimizing degradation.

What Tretinoin Delivers

Teams selecting Tretinoin typically match the Ligands category and the container format to the task.

Common Application Settings

• Used as a standard in bioassays to evaluate receptor binding affinity.
• Formulated into powders or solutions for pharmacological studies on skin conditions.
• Employed in medicinal chemistry labs for the synthesis of novel compounds.
• Utilized in analytical chemistry to assess the presence of retinoic acid derivatives.
• Available in small pack sizes to accommodate laboratory settings, reducing waste and optimizing resource allocation.