Personalised Cellular Therapies are used in surgery reshaping, reconstruction, lifting, augmentation or reduction it can improve recovery times and reduce the trauma.
Leading hair restoration professionals are finding Personalised Cellular Therapies are an essential element needed to maximise the results of today’s advanced hair restoration techniques.
Fat grafts and stromal vascular fraction are used either combined or as stand alone applications to form ‘bio-active scaffolds’ for tissue regeneration.
Working with autologous biotherapies enhance your own bodies wound healing and tissue regeneration capabilities.
We use state-of-the-art technology and patented proprietary processes, working to GMP (Good Manufacturing Practice) pharmaceutical manufacturing standards, to produce a range of clinically safe and effective autologous biotherapies for a broad range of aesthetic conditions.
Personalised Cellular Therapies are a multidisciplinary team of clinicians, scientists, pharmacists and healthcare professionals focused on the delivery of safe and effective autologous biotherapies for a range of clinical applications.
Personalised Cellular Therapies, as a therapeutic technique has a 20 year plus history. As Personalised Cellular Therapies treatment have evolved, so has the technology behind the concentration of platelets and cellular content. At Personalised Cellular Therapies we follow developments in the area very closely using the leading technologies available.
Personalised Cellular Therapies stimulate the breakdown of light-damaged elements in the extracellular matrix and induces the synthesis of collagen, which improves dermal elasticity. It has also been shown that Personalised Cellular Therapies stimulate the body’s own hyaluronic acid synthesis, which results in a volume effect and enhances skin turgor. Studies have proved the effectiveness of Personalised Cellular Therapies for facial and neck treatments without noticeable side effects. Personalised Cellular Therapies can also be used in combination with fractional laser therapy.
Clinical studies have shown that using Personalised Cellular Therapies leads to an improvement in scarring / a reduction in severity (acne, traumatic scars).
Personalised Cellular Therapies can be used together with fat grafts for reconstructions, such as breast reconstructions. Personalised Cellular Therapies supports vascularisation and thus retention of fat grafts and leads to improved retention of breast volume.
Studies have shown that Personalised Cellular Therapies reduces postoperative pain and swelling and improves wound healing. Personalised Cellular Therapies also reduces the formation of seroma and associated postoperative punctures.
Personalised Cellular Therapies stimulates the proliferation and differentiation of stem cells in hair follicles. Studies have shown a significant increase in hair diameter and hair density.
In both restorative and aesthetic surgery, the duration of inflammation and extended healing times can present problems for patients. When Personalised Cellular Therapies are used in surgery for reconstruction, reshaping, lifting, augmentation or reduction it can improve recovery times and reduce the trauma which patients often experience while waiting for post-operative stabilisation.
Recently, skin specialists have begun using Personalised Cellular Therapies with clients wanting healthier and more youthful looking skin. Treatments with Personalised Cellular Therapies promote collagen synthesis which benefits facial folds, laughter lines, acne scars, sun damage, wrinkles and crow’s feet. After Personalised Cellular Therapies, clients have also reported improvement in skin texture, colour and tone. Because Personalised Cellular Therapies are autologous – extracted from the patient – there are no problems with allergic reactions or rejection.
Autologous Fat Transfer uses concentrated Personalised Cellular Therapies and autologous fat grafts, [AFG] these are two autologous biotherapies that are gaining popularity, either as stand-alone applications or increasingly used in combination to form ‘bio-active scaffolds’ for tissue regeneration across a wide range of aesthetic applications.