CRS Cabergoline 25mg Tablet (30 Tablets)

Cabergoline is a dopamine receptor agonist researched for its effects on prolactin suppression, hormone regulation, and neurological pathways. Each bottle contains 30 tablets (25mg/tablet) of research-grade Cabergoline supplied by Clinical Research Supply.

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Compound Profile

• Name: Cabergoline

• Class: Dopamine D2 receptor agonist

• Form: Tablet

• Quantity: 30 tablets per container

• Application: Laboratory and research use only

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Mechanism of Action

• D2 receptor activation: Cabergoline binds to dopamine D2 receptors in the pituitary gland.

• Prolactin inhibition: This action reduces prolactin secretion, which regulates reproductive and hormonal balance.

• Neurological influence: Dopaminergic pathways are also linked to motivation, mood, and motor activity.

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Research Applications

Endocrine & Hormonal Studies

• Reduction of elevated prolactin levels (hyperprolactinemia models)

• Restoration of gonadal hormone balance

• Evaluation in post-cycle protocols to support testosterone production

Neurological Investigations

• Dopaminergic signaling research

• Potential applications in models of Parkinson’s disease

• Studies on motivation, behavior, and mood regulation

Reproductive Health

• Exploration of Cabergoline’s role in fertility-related hormone pathways

• Suppression of prolactin to restore ovulatory cycles in female models

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Handling and Storage

• Store tablets in a cool, dry environment away from direct light.

• Maintain original sealed container for stability.

• Use in accordance with laboratory safety protocols.

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Research FAQs

1. What is the primary action of Cabergoline?
Cabergoline primarily acts as a dopamine D2 receptor agonist, leading to reduced prolactin secretion.

2. Why is Cabergoline studied in post-cycle research?
It supports hormone recovery by suppressing prolactin, which may otherwise interfere with testosterone regulation.

3. How does Cabergoline differ from other dopamine agonists?
Cabergoline has a long half-life, which allows less frequent dosing in research protocols compared to agents like bromocriptine.

4. What are non-hormonal research interests for Cabergoline?
Neurological studies investigate Cabergoline’s role in dopaminergic pathways linked to motor activity and behavior.