A Better Fix for Under-Eye Hollows: How Peptides Like Ariessence® Are Changing the Game

Jan 20, 2026
A Better Fix for Under-Eye Hollows: How Peptides Like Ariessence® Are Changing the Game
When it comes to breathing new life into hollowed-out under-eye areas, which can be challenging, we have a new biologic tool in our arsenal — Ariessence® — that’s delivering incredible results.

Specific areas are more challenging than others when it comes to anti-aging treatments, and the under-eye area is certainly at or near the top of the list. The challenge is even more difficult, given that this area is among the first to show signs of aging, due its thin, delicate skin.

Aging under-eye areas have met their match with an exciting treatment that focuses on biology and regeneration — Ariessence® Pure PDGF+.

When regenerative medicine meets aesthetics, the results are more natural and last longer, which is why the team leaders at Skin Shop MedSpaDr. Tiffany Su and Dr. Hui “He” Kang — are so excited about Ariessence Pure PDGF+ peptide and collagen therapy.

Here’s a look at how Ariessence can address bumpy, wrinkled, and hollowed-out under-eye areas.

The power of peptides

Ariessence is a regenerative treatment that contains just four ingredients:

  • Water
  • Sodium acetate
  • Hyaluronic acid
  • Sh-polypeptide-59 dimer

We’re going to focus on the last ingredient, sh-polypeptide-59 dimer, which is a bio-identical peptide that supports cellular regeneration in your skin.

Peptides are short chains of amino acids, referred to as the building blocks of proteins. The one protein we’re concerned with when it comes to aging skin is collagen, which is the most plentiful protein in your body.

Put simply, collagen is a protein that holds your connective tissues together, giving your skin strength and structure. 

Over time, your body’s production of collagen diminishes by about 1% per year. Making matters worse, existing collagen fibers in your skin break down with age due to long-term exposure. The result of both forces is that your skin begins to sag and wrinkle, and this typically first shows up in areas where your skin is more delicate and exposed, particularly the under-eye area.

With Ariessence, we boost regenerative peptides in your under-eye areas using platelet-derived growth factors that promote collagen production and cellular renewal.

Some of the benefits of Ariessence

With new regenerative treatments like Ariessence, we’re making strides in addressing aging skin more scientifically. Some of the benefits of Ariessence for rejuvenating tired and hollowed-out under-eye areas include:

A track record of success

The use of PDGFs isn't new, and medical specialties, such as wound care and orthopedics, have been relying on PDGFs for some time now to help the body renew and repair itself. From torn ligaments to diabetic foot wounds, PDGFs have helped people to heal from serious musculoskeletal issues. 

Now imagine how well this works when you apply the technology to aging skin!

A controlled and effective product

Unlike platelet-rich plasma (PRP) treatments, which use platelets from your own blood, we know exactly what we’re getting with Ariessence. And what we’re getting is powerful — Ariessence contains up to 300,000 times the number of growth factors as PRP treatments. 

No injections needed

Unlike PRP therapy, Ariessence Pure PDGF+ comes in a topical form that we apply directly onto your skin — no injections needed.

Unparalleled results for under-eye areas

There are plenty more benefits of Ariessence Pure PDGF+, but the ultimate one is that we’re able to smooth out and revitalize aging under-eye areas without damaging the skin. Injections and specific treatments can be harsh on this delicate skin, but now we can encourage healthier skin with a powerful yet gentle topical treatment.

To see for yourself why our clients are raving about Ariessence peptide/collagen therapy, we invite you to schedule an appointment by contacting our office in Houston, Texas, at 713-701-1717. You can also use the booking feature on our website.