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Bromantane, 5 grams Powder

Bromantane, 5 grams Powder

Original price was: €59,99.Current price is: €44,99.
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Free shipping on orders of €99 or more. USPS Regular Shipping: €11,95 · FedEx 2 Days Delivery: €28,99 · FedEx Overnight Delivery: €40,99 Shipping details

Bromantane (Ladasten) powder (5 g) provides the adamantane-class actoprotector in bulk unencapsulated form for laboratory applications requiring solution preparation, dose titration, or formulation studies.

Original price was: €59,99.Current price is: €44,99.
Accepted payment methods
Free shipping on orders of €99 or more. USPS Regular Shipping: €11,95 · FedEx 2 Days Delivery: €28,99 · FedEx Overnight Delivery: €40,99 Shipping details

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Overview

Bromantane (Ladasten) powder (5 g) provides the adamantane-class actoprotector in bulk unencapsulated form for laboratory applications requiring solution preparation, dose titration, or formulation studies. The compound induces tyrosine hydroxylase and AAAD biosynthetic enzymes, increasing dopaminergic and serotonergic monoamine synthesis.

The powder format enables flexible concentration preparation and is suited to pharmacokinetic studies, in vitro receptor assays, and custom formulation research protocols.

  • High Purity – 99% Purity Guaranteed
  • Independently Lab Tested
  • Research Grade Quality
  • For Laboratory Research Use Only

Properties

Chemical Formula C16H20BrN
Synonyms Bromantan, Ladasten, N-(4-Bromophenyl)adamantan-2-amine
Molar Mass 306.25 g/mol
CAS Number 87913-26-6
PubChem CID 4660557
Total Compound Content 5 g powder
Shelf Life 36 months

Research

Bromantane powder (5 g) provides the same adamantane-derived compound as the capsule format in bulk unencapsulated form. The powder format is useful for analytical chemistry applications, formulation development, solution-based experimental systems, concentration-response investigations, and studies requiring precise control over compound quantities and preparation parameters. Bromantane has been investigated in relation to monoamine-associated regulatory pathways, transcriptional control mechanisms, intracellular signaling processes, and molecular systems involved in cellular regulation. Experimental studies have also examined its physicochemical properties, formulation characteristics, and structure-function relationships relevant to adamantane-derived compounds. Research applications include monoamine pathway investigation, molecular regulation studies, comparative formulation research, and mechanistic evaluation of adamantane-class pharmacological compounds. Independently third-party HPLC-tested; COA available per batch.

Lab Results

Results refer to the tested sample. Check the batch and date in the report.

Bromantane (M26SABro)
July 1, 2026

FAQ

Why might researchers prefer the powder format for bromantane studies?

The powder format provides greater flexibility for formulation development, analytical investigations, concentration-response studies, and experimental designs requiring precise control over compound quantities and preparation parameters. It is particularly useful for research involving solution preparation, comparative formulation analysis, physicochemical characterization, and studies examining the influence of formulation variables on compound behavior.

What advantages does bromantane powder offer for laboratory research?

Bromantane powder enables direct incorporation into a variety of experimental workflows, including formulation development, analytical chemistry applications, solution-based investigations, and concentration-dependent studies. The bulk format supports research requiring customizable preparation strategies, comparative testing conditions, and detailed evaluation of physicochemical and formulation characteristics.

How is bromantane powder used in comparative research applications?

Bromantane powder is frequently utilized in studies examining formulation-dependent characteristics, concentration-response relationships, molecular properties, and experimental system variables. Its flexibility makes it useful for comparative investigations of compound behavior across different research environments, as well as mechanistic studies involving monoamine-associated regulatory pathways and adamantane-derived molecular systems.