Tablets

Minoxidil Tablets

$78.99

& Free Shipping

Strength

Clear

CHOOSE QUANTITY

Peptides will arrive in a lyophilized (powder) form for maximum stability

Free shipping on orders over $300

Guaranteed Safe Checkout

SKU: N/A Category: Tablets

Vasodilatory Research Compound • Cellular Perfusion • Follicular Biology Studies

Minoxidil is a well-established potassium channel opener widely studied for its effects on vasodilation, cellular blood-flow dynamics, microcirculation, and follicular biology. In research settings, Minoxidil is frequently used to explore pathways related to vascular relaxation, nutrient delivery, and cellular perfusion.

Each tablet contains 5 mg of high-purity Minoxidil, designed for precise and consistent laboratory dosing.

Tablet Format Details

Strength Per Tablet:

5 mg Minoxidil

Quantity:

100 tablets per bottle

Format:

Oral research tablets
Manufactured using high-stability excipients for consistent dosing

Form & Stability

All Peptide Labs research tablets are produced with 99%+ purity for maximum consistency and reliability.

Purity:

99%+ (HPLC-tested)

Storage:

Store in a cool, dry environment
Avoid exposure to heat, humidity, and direct light
Keep tightly sealed when not in use

Shelf Life:

Up to 2 years unopened under proper storage conditions

Research Application Overview

Vascular dilation & potassium channel activation
Microcirculation & oxygenation studies
Follicular cell biology & dermal tissue modeling
Cellular nutrient delivery & metabolism
Hemodynamic and cardiovascular pathway research
Peripheral perfusion studies

Key Research Highlights

1. Potassium Channel Activation (KCO Mechanism)

Minoxidil is studied for its ability to open ATP-sensitive potassium channels, which may support:

smooth muscle relaxation
increased cellular oxygenation
improved tissue perfusion

This mechanism is central to vascular and circulatory research.

2. Microcirculation & Blood-Flow Enhancement

Researchers commonly use Minoxidil to examine:

enhanced nutrient delivery to peripheral tissues
microvascular dilation
improved capillary function
changes in local cellular perfusion

These models are especially relevant in dermatological and tissue-metabolism research.

3. Follicular Biology & Dermal Tissue Studies

Minoxidil has been widely used to study:

hair follicle activity and cycling
dermal papilla cell behavior
local androgen-independent growth pathways

This makes it a cornerstone compound in hair-related laboratory research.

4. Cellular Metabolism & ATP Pathways

Research suggests Minoxidil may influence:

mitochondrial energy turnover
cellular respiration
metabolic stress adaptation

These properties extend its relevance beyond vascular biology.

5. Systemic Vasodilation & Blood Pressure Pathways

As a potent vasodilator, Minoxidil is used in studies examining:

blood pressure modulation
smooth muscle relaxation curves
hemodynamic response models

Molecular Information

Name: Minoxidil
CAS: 38304-91-5
Molecular Formula: C₉H₁₅N₅O
Molecular Weight: 209.25 g/mol
Form: Oral research tablet

Minoxidil Tablets