PRP Injections for Aesthetics

What is PRP?

Platelet Rich Plasma (PRP) is an autologous blood product that is extracted from the patient, processed in special equipment, and injected back into the patient. Platelets are the component of blood that are responsible for healing wounds in the body. This extract from the patient’s own blood has been extensively studied and known to increase elastin and collagen production and is a rich source of healing growth factors. Injecting PRP into areas of the skin that are showing signs of wrinkles and sagging can help restore a more youthful appearance by repairing the skin.

What is involved in the process of PRP injections?

Blood is drawn from a patient in a comfortable clinical setting and then processed in a centrifuge machine while the patient waits. During processing, the blood is separated into three layers. The top layer is a light yellow color and is referred to as platelet poor plasma. The bottom layer is a rich red color and contains packed red blood cells. The middle layer, referred to as the buffy coat, contains approximately 70% of the platelets from the whole blood sample. The buffy coat, or platelet rich plasma (PRP), is extracted from the other layers using specialized equipment. This entire process takes approximately 30 minutes. The clinician will work with the patient to decide the exact way of applying the PRP depending on the patient’s goals for their skin. The physician then activates the PRP with a small amount of calcium chloride, and then injects the mixture into the patients’ skin, targeting areas of wrinkles or scarring to restore a more youthful look.

What are the risks of PRP?

One of the most appealing things about this procedure is that there are almost no reported adverse reactions or side-effects from PRP. There are very few contraindications to the treatment and the only restrictions after the injections are to avoid excessive sun exposure. There is minimal down-time; patients can resume most normal activity immediately following the injections and can wear make-up and moisturizer as soon as the next day. Most patients will want to stay home the rest of the day only because their skin is often very red immediately after the procedure.

How long do the results last?

It is important to note that the full results of PRP are often not observed for several weeks after the injection. Unlike dermal fillers and other aesthetic products, the changes to the skin are more subtle and take longer to appear. This is because it is not a band-aid to conceal damaged tissue. PRP is actually improving the actual skin health and this takes some time. Maximum skin improvement from PRP can take up to 12 weeks. However, once the desired results are achieved, the results are more long lasting.

How often do patients need to get treatments to establish and maintain results?

This depends on the extent of the damage to the skin at the beginning of the treatment as well as the patient’s lifestyle, overall health, and genetics. Most patients will start with 1-3 treatments, spaced a month apart if more than one treatment is recommended. After the initial treatment phase, patients usually repeat the injections once a year to maintain the results. This is not necessarily because the effects “fade” over time as is observed with Botox and fillers. With PRP, the need for repeated treatments is only due to the fact that the skin will continue to age as time goes on. Avoiding excessive sun damage, staying well hydrated, minimizing inflammation and toxic environmental exposures are some important things a patient can do to promote and maintain excellent results. Additionally, it is HIGHLY recommended that patients work with a skilled aesthetician to develop a skin care regimen that would optimally include both home care products and regular professional facial treatments.

What is PANDAS/PANS + Diagnosis and Treatment


PANDAS stands for Pediatric Autoimmune Neuropsychiatric Disorder Associated with Strep. PANS stands for Pediatric Autoimmune Neuropsyschiatric Disorders. The main differences between the two acronyms are the specificity of acute onset and association with the pathogen strep in PANDAS. The clinical presentation overlaps significantly.

How common is PANDAS/PANS?

According to, 1 in 200 children experience the clinical symptoms of PANDAS/PANS.

How is it diagnosed? What are the common symptoms?

There are no reliable biomarkers or lab tests to make the diagnosis of PANDAS/PANS. Diagnosis is based on symptom presentation. Clinicians worldwide are working to establish a list of the criteria for the diagnosis. At this time, there is no consensus regarding these criteria. Most practitioners look for common symptoms including the acute onset of neuropsychiatric symptoms.

These symptoms include:

  • Obsessive compulsive behaviors and thoughts
  • Intrusive thoughts or phobias 
  • Tics 
  • Anxiety
  • Personality changes

Behavior changes including sleep disturbances, rage, sudden attachment anxiety, loss of appetite,
involuntary movements and "potty accidents" in a previously trained child. Some children stop talking completely. The severity of these symptoms varies significantly from child to child, and it is rare for a child to have every single symptom associated with PANDAS/PANS.

Are there any objective tests to help with the diagnosis and to track treatment efficacy?

Cultures for strep should be used to assess patients with suspected PANDAS. Checking for antibodies to common infections including viruses and streptococcus can be helpful. Autoimmune markers, including those in the Cunningham Panel from Molecular Labs, are also useful. Labs looking for inflammatory markers can be used to track treatment response.

How is PANDAS/PANS treated in conventional medicine?

Treatment strategies focus on reducing inflammation in the brain and treating the triggering infections. Interventions include both short and long-term antibiotics, IVIG, plasmaphoresis, and steroids. Some psychiatrists also use sedatives, mood stabilizing medications, and anti-psychotic medications to manage symptoms. Once a patient is relatively stable, they may benefit from cognitive-behavioral therapy.

Are there natural treatments that can help a child with PANS/PANDAS?

Absolutely! Herbal medicine can be a very powerful tool for a more safe and effective, long-term antimicrobial approach. Specific herbal protocols are individualized for each patient to most accurately address the microbes out of balance. Functional medicine tools including nutrient therapy can also be very helpful for reducing inflammation and promoting healthy neurotransmitter levels.

How do you treat children with PANDAS/PANS?

In my practice, I look for the underlying cause of the inflammation for each patient. Viruses, vector-borne illnesses, mold exposure, and parasites are all infectious agents that can cause neuropsychiatric symptoms. Detox support and effective reduction of toxic burden is also critical to a successful approach. Correcting nutrient deficiencies can improve the immune response to allow the body to keep the opportunistic infections under control. Additionally, it is important to address the health of each family member to prevent re-exposure from an asymptomatic carrier. Finally, we recognize the significant stress involved in caring for a patient with PANDAS/PANS. It is very important to discuss supportive resources and encourage the caregiver to prioritize their own health in this process. Immune modulation, such as LDI (low dose immunotherapy), is another very successful therapeutic intervention. Treatment protocols using an integrative medicine approach are extremely effective and often result in dramatic improvement in symptoms.

The Impact of EMF, RF, and ELF on Human Health

What are EMF, RF and ELF?

EMF stands for Electro Magnetic Fields.  There are two types of EMF’s - ELF (extremely low frequency fields) and RF (Radio Frequency fields). They are both used pervasively in our modern environment. ELF’s are produced by all electronic devices. RF’s are non-ionizing radiation signals produced to communicate with antennas including cell phone, WI-Fi and Bluetooth.  

How do EMF’s relate to human cell function?

Our cells have an electrical charge. Cell-to-cell signaling and changes in cell structure and function occur when there are very small changes in the electrical charge on the surface of the cell. The electrical potential of our cells is extremely small compared to the electrical fields in our environment.  EMF’s activate voltage gated calcium channels on the membrane of the cells.  When we are in the presence of strong electrical fields, our cells have to invest energy in maintaining their electrical gradients. This diverts resources away from other processes including immune response and cellular repair. 

Is there any evidence that these fields are harmful for human health?

Extensive research indicates that EMF exposure is likely carcinogenic. Unfortunately, many people have attempted to claim that EMF exposure is not harmful because they have only looked at the thermal effects of the devices. Pulse modulated signals, produced by cell phones, have no impact on tissue temperature but still have a biological effect on cells, tissues and organs. (C. Blackman, Pathophysiology.) In addition to EMF’s being carcinogenic, they negatively impact the endocrine system, the reproductive system, the neurological system, the immune system and cardiovascular system. They damage DNA leading to genetic defects. EMF’s also cause fatigue by damaging mitochondria, the organelles responsible for energy production in the cells. Accelerated aging occurs in EMF exposed individuals because of an accumulation of excess nitric oxide in the cells caused by activation of the voltage gated calcium channels.  

What are the symptoms that can be experienced by sensitive individuals?

Common symptoms worsened or caused by EMF include fatigue, infertility, brain fog, neuropathy, headaches, heart arrhythmias, anxiety, learning difficulties, memory problems and insomnia.    There has been a spike in cases of Alzheimer’s disease, autism, depression, fibromyalgia, hypothyroidism, osteoarthritis and sleep apnea – these increases are occurring as the EMF exposure simultaneously increases in our environment.  

Practical solutions to our modern environment?

  • Discontinue the use of CFL’s in the home (Switch to incandescent, there is conflicting information about LED’s).
  • Place the WI-FI router as far as possible away from people, especially in the sleeping location.  Get a faraday cage for the router.  
  • Cell phones should be a minimum of 12 feet away while sleeping.  Ideally, these would also be placed in a faraday cage.  
  • Unplug all devices from the electrical outlets in the bedrooms.
  • Turn off all fuses to the home at night.
  • Wear EMF protective clothing during the day. 
  • Consider Earthing technology for computer and sleep locations.

What are the best resources that you know of to learn more about EMF dangers and purchase tools to reduce exposure?

  • – many articles discussing EMF impact on human health
  • – great resource for EMF shielding clothing and devices
  • – tools to bring healthy frequencies to the body

What is Neural Therapy?

Neural therapy is the use of injectable local anesthetics to treat areas of dysfunction at the level of the skin and connective tissue to normalize the autonomic nervous system. Procaine is the most commonly used local anesthetic used in my practice. This particular local anesthetic is metabolized to B-vitamins after it is injected into the connective tissue. It has a short half-life in comparison to other local anesthetics like Novocaine and Lidocaine – the local response of numbness lasts for about 20 minutes. Local anesthetics work by temporarily interrupting the electrical signals of the cells.

Each cell has a normal resting potential. Cells that have an abnormal resting potential (or electrical voltage) do not function optimally. This impacts the cells both individually as well as those distally related by a common network of nerves. This allows us to use neural therapy to help optimize both superficial and deep structures by treating at the level of the connective tissue with very safe, shallow injections. Once the effect of the local anesthetic wears off, the brain signals the tissue to reset at a healthy resting potential. This allows for improved cell-to-cell communication to promote circulation and regeneration of healthy tissues.

Neural therapy is one of the most effective therapeutic interventions I use in my practice to promote healing. I utilize this technique as part of a comprehensive approach to chronic illness and localized pain, as well as to clear areas of dysfunction in the body. Common types of dysfunctional tissue include scars and previous injuries. These injections can provide an amazing degree of pain relief for both chronic and acute conditions. I have been able to help patients with severe back, shoulder, knee, neck, hip, and ankle pain (among many others) by using neural therapy. Additionally, we can inject over areas of organ stress. I use it as part of my comprehensive protocols to treat issues such as chronic constipation, irregular menstruation, frequent or painful urination, sinus pressure, and respiratory irritation.

I learned this technique from my mentor, Dr. Dietrich Klinghardt, MD, PhD. He has published articles on neural therapy in both English and German, and continues to both practice and teach the technique worldwide.

Learn more here.

Disclaimer: All content found on is for informational purposes only, and is not intended to substitute for professional medical advice, diagnosis, or treatment. Always seek the advice of your physician or other qualified healthcare provider with any medical questions you may have. Consent has been given for any patient images on this site.