Pricing & Return Policy Bring BHRT Into Your Practice Find a Healthcare Practitioner The First “Ingredient” in Our Aesthetic Medicine Formulations is Quality. College Pharmacy’s Aesthetic Medicine Formulas are created using premium pharmaceutical-grade active ingredients that have been carefully selected for their synergistic properties. Whether a topical cream, or a sterile injectable, all of our formulations are compounded under strict quality standards. The Result: Science-Based Formulations Tailored to the Unique Aesthetic Needs of Each Individual. Compounded Aesthetic Medicine FAQ Do I Need a Prescription For Skin Care?Although many of the ingredients in our aesthetic skin creams may not seem like they “should” require a prescription, all compounded formulations legally require a prescription. We have the same strict quality control standards for our aesthetic medicine formulations as we do with any other prescription drugs that we compound… ensuring quality and potency.
How Can I Get A Prescription? The first step is getting a prescription from your healthcare practitioner. We will be happy to supply you and your practitioner with information about the requested formulation. We can also supply you with a practitioner referral. Once we receive a prescription, one of our customer service representatives will contact you directly to answer any questions you may have before we fill your prescription. Are Your Aesthetic Formulas Expensive? Many people assume that our formulas are more expensive than commercial products available at department stores because our formulas are pharmaceutical-grade and require a prescription. This is not always true…especially compared to “designer skin creams” that are often marked up over 100% to be sold at retail stores. In addition, many of our aesthetic formulations contain a higher potency of active ingredients than are available in commercial products. Do you carry any non-prescription Aesthetic Medicine Formulas?
College Pharmacy offers a variety of high quality over-the-counter Aesthetic formulations. Visit our online store and check out “Advanced Skin Care Products” to learn more about our OTC product selection. Click here to visit the “Advanced Skin Care Products” section of our online store. Popular Compounded Aesthetic Medicine Formulations The following lists are a small selection of our most popular formulas. Please contact us for a more comprehensive list and additional information about the active ingredients used in these formulations. Specialty Formulations For The Face EPH Wrinkle Cream: Lipodermal base containing Estriol, Vitamin C, Hyaluronic Acid, and a Phospholipid Complex. Idebenone 1% Facial Cream: Idebenone is a powerful topical antioxidant to address aging, sun-damaged skin. Vitamin C & Glutathione Face Cream: Stable Vitamin C, Glutathione, and Hyaluronic Acid in a peptide base. Hexapeptide Wrinkle Formula: Contains 15% Acetyl-Hexapeptide-3, a six amino acid peptide that has been shown to have many beneficial topical properties.
Resveratrol 5% / Renovage™ 3% Cream: Two dynamic ingredients combined for their synergistic properties in addressing aging skin. Additional Formulations For The Face Beta Glucan 5% / Selenomethione 0.05% Cream Beta Glucan 3% / Estriol 0.3% Cream CoQ10 / Lipoic Acid / Vitamin C / DMAE Cream Dermal-C Cream (OTC Product) Glycolic Acid 10% Cream Estriol Face Cream 0.5% Estriol & Progesterone Face Cream Estriol / Progesterone / Retinoic Acid Cream Lipoic Acid Cream: Day (glycolic acid), Night (retinoic acid) Lipoic Acid 5% / DMAE 3% / Vitamin C 5% Cream Progesterone 1% & Testosterone 0.1% Cream Specialized Aesthetic Medicine Formulations Skin Bleaching: Kligman’s Bleaching Cream, Glycolic Acid Cream, Hydroquinone Cream, Kojic Acid Solution. Skin Peels: Baker-Gordon Formulas (Phenol and Croton Oil), Jessner’s Solution, Salicylic Acid Paste, Glycolic Acid Solution, Retinoic Acid in Emollient Cream, TCA Solution.
Mesotherapy: Body Sculpting & Cellulite Reduction Aesthetic Medicine & Mesotherapy Brochure (PDF Download)FREE NEWSLETTER + SMOOTHIE EBOOK!Sign up & get our FREE Detox Smoothie + Juice Ebook - 12 Yummy Recipes! Beeswax Column Candle Pair$34Clay Stripe Cylinder Pot$10Rabbit Wicker Basket$58HUM Nutrition Killer Nails Vitamins$20Brazilian Supermask Masque$52 An antihemorrhagic (antihæmorrhagic) agent is a substance that promotes hemostasis (stops bleeding).[1] It may also be known as a hemostatic (also spelled hæmostatic) agent. A styptic (also spelled stiptic) is a specific type of antihemorrhagic agent that works by contracting tissue to seal injured blood vessels. Styptic pencils contain astringents. Antihemorrhagic agents used in medicine have various mechanisms of action: Hemostatic agents are used during surgical procedures to achieve hemostasis and are categorized as hemostats, sealants and adhesives. They vary based on their mechanism of action, composition, ease of application, adherence to tissue, immunogenicity and cost.
These agents permit rapid hemostasis, better visualization of the surgical area, shorter operative times, decreased requirement for transfusions, decreased wound healing time and overall improvement in patient recovery time. There are several classes of antihemorrhagic drugs used in medicine. These include antifibrinolytics, blood coagulation factors, fibrinogen, and vitamin K.[5] Topical hemostatic agents have been gaining popularity for use in emergency bleeding control, especially in military medicine. They are available in two forms—as a granular powder poured on wounds, or embedded in a dressing. Microfibrillar collagen hemostat (MCH) is a topical agent composed of resorbable microfibrillar collagen. It attracts platelets and allows for the formation of a blood clot when it comes into contact with blood. Unlike the hemostatic clamp, no mechanical action is involved. The surgeon presses the MCH against a bleeding site, and the collagen attracts and helps with the clotting process to eventually stop bleeding.
The practical application for MCH is different from that of the hemostatic clamp. Chitosan hemostats are topical agents composed of chitosan and its salts. Chitosan bonds with platelets and red blood cells to form a gel-like clot which seals a bleeding vessel. Unlike other hemostat technologies its action does not require the normal hemostatic pathway and therefore continues to function even when anticoagulants like heparin are present. Chitosan is used in some emergency hemostats which are designed to stop traumatic life-threatening bleeding. Their use is well established in many military and trauma units. Kaolin and zeolite activate the coagulation cascade, and have been used as the active component of hemostatic dressings (for example, in QuikClot). Styptics cause hemostasis by contracting blood vessels. A common delivery system for this is a styptic or hemostatic pencil (not to be confused with a caustic pencil). This is a short stick of medication. Anhydrous aluminium sulfate is the main ingredient and acts as a vasoconstrictor in order to disable blood flow.