Hormone Injections

Our products

Testosterone Cypionate 200mg/mL

Office-Use Medication

Carie Boyd Pharmaceuticals is pleased to present the refined Testosterone Cypionate (Test Cyp)  200mg/mL Injection. This slow-acting, oil-based testosterone compound has been developed and crafted with our firm commitment to quality, service, and innovation, addressing the needs of predominantly males with low testosterone levels. Our dedication to excellence ensures that healthcare providers receive a product that meets the highest standards of efficacy and safety.

See Also:

Testosterone Cypionate Key Features:

  • Each mL delivers a robust 200mg of Testosterone Cypionate, ensuring consistent therapeutic efficacy.
  • MIGLYOL® 812 N excipient guarantees product stability and longevity against oxidation.
  • MIGLYOL® 812N, derived from the endosperm of palm or coconut plants, facilitates efficient energy metabolism. Importantly, it does not contain any nut allergens, ensuring patient safety.

Testosterone cypionate is a slow-acting testosterone ester that we compound in a medium chain triglyceride oil-base to create an injectable hormone replacement medication.  The cypionate ester absorbs more slowly than other forms of testosterone, giving each injection a longer therapeutic action.  In addition, the oil-based excipient is a compatible solubilizing base that helps make the compound uniform and ideal for depot injection.  Because of the longer acting nature of cypionate and the oil excipient helping to slow the release of the active ingredient, patients are expected to require less frequent administration of our testosterone cypionate compound.

We are also one of the only compounders that offers a testosterone cypionate and testosterone propionate combination injection.  Like our testosterone cypionate compound, this combination compound is compounded in a medium chain triglyceride oil-base. It contains two active ingredients, testosterone cypionate and testosterone propionate, and an oil excipient.  The propionate ester of testosterone has a more rapid absorption compared to the cypionate ester because of its more hydrophilic nature.  By combining these two esters in one compound, patients are expected to have a more immediate increase in testosterone from the propionate ester that is then sustained over a longer period of time due to the cypionate ester.  This combination compound is designed to help provide tighter control over patients’ hormone levels by smoothing out any peaks and valleys that might otherwise occur.

Both forms of our testosterone injections are compounded in miglyol oil.  Healthcare providers report preferring this oil because of:

  • its naturally occurring anti-inflammatory properties;
  • its low reactivity rates; and
  • the limited discomfort it creates during the injection.

Historically, testosterone injections have been compounded in grapeseed oil, but with a lack of pharmaceutical-grade options, regulations prohibit its use in any compounded products. 

How to Use:
Testosterone cypionate, a steroid hormone, is typically administered intramuscularly every 1-2 weeks. Dosing adjustments are based on individual patient testing and testosterone levels. For inquiries about needle size or the duration of the compound in a patient’s system, it will vary from patient to patient. We invite providers to contact our dedicated team of specialists and pharmacists for expert consultations and guidance.

Safe Storage:
Ensure the injection vials are stored at room temperature and are protected from light exposure.

Ordering Information:
Elevate your practice with Carie Boyd Pharmaceuticals. Enhance your therapeutic offerings with our range of office-use and personalized prescription medications. To order our Testosterone Cypionate 200mg/mL Injection, enroll today by clicking here. For assistance or inquiries, our always-ready customer care team is available at (817) 282-9376 or via email at [email protected].

Svg Vector Icons : http://www.onlinewebfonts.com/icon

Call us (817) 282-9376 to learn more

Order now

Explore More...