What did @drtodd_newyorkcityy actually say?
The creator's core argument is that aesthetic collagen-stimulating treatments, things like RF microneedling, lasers, and biostimulants like Sculptra and Radiesse, do not produce scar tissue. The reasoning: these treatments generate a "controlled response" that creates type I and type III collagen "gradually" and "precisely," while actual scar tissue forms "abruptly" and "uncontrollably" from trauma or surgery. The video is a direct rebuttal to social media warnings, often from plastic surgeons, that skin tightening treatments will leave patients unable to get a facelift later. It's a reasonable question to address. The framing is mostly fair, though it glosses over some real nuances that matter clinically.
Does the science back this up?
Largely, yes. The biological distinction the creator draws is real. Normal wound healing and controlled aesthetic injury follow overlapping but meaningfully different pathways. Aesthetic devices are designed to induce a calibrated micro-injury that triggers fibroblast activation and collagen synthesis without triggering the prolonged inflammatory cascade associated with hypertrophic scarring or keloids.
A 2017 review by Gold et al. in the Journal of Drugs in Dermatology confirmed that fractional laser and RF microneedling treatments produce organized neocollagenesis primarily involving type I and type III collagen, with resolution of the acute inflammatory phase within days, not weeks. Pathological scarring, by contrast, involves dysregulated TGF-beta signaling, prolonged myofibroblast activity, and disorganized collagen cross-linking (Gauglitz et al., 2011, Molecular Medicine). The creator's summary of this is simplified but directionally correct.
Where it gets more complicated: the "controlled" nature of these treatments is operator-dependent. Aggressive energy settings, overlapping passes, or treatment over active acne or compromised skin can absolutely trigger an uncontrolled response. The technology is controlled. The application is not always.
What did they get wrong (or right)?
Credit where it's due: the distinction between type I and type III collagen in the context of aesthetic treatments versus scar tissue is a real and often misunderstood point. Scar tissue is disproportionately type I collagen in a disorganized, parallel arrangement. Aesthetic treatments ideally increase both types in a more basket-weave pattern that mimics young skin (Aust et al., 2008, Aesthetic Surgery Journal).
What's missing or oversimplified:
- The creator says aesthetic treatments create collagen "typically of type one in three" but doesn't mention that the ratio and organization matter enormously. More collagen is not automatically better collagen.
- The blanket reassurance that these treatments won't interfere with future surgery is not fully supported. Some plastic surgeons have documented increased fibrosis in subcutaneous tissue planes after repeated energy-based treatments, which can complicate dissection. This isn't universal, but dismissing the concern entirely is too confident.
- No mention of risk stratification. Patients with a history of keloids, hypertrophic scarring, or active autoimmune conditions are genuinely at higher risk of abnormal collagen responses even from "controlled" procedures.
What should you actually know?
The creator is right that "scar tissue" is not an inevitable outcome of collagen-stimulating aesthetic treatments when performed correctly on appropriate candidates. The biological pathways are different enough that the comparison is valid as a general principle.
But "controlled" is doing a lot of work in this explanation. A Ultherapy or RF microneedling treatment performed at the wrong depth, wrong energy, or on the wrong patient can produce subcutaneous fibrosis that looks nothing like the smooth remodeling shown in before-and-after photos. A 2022 case series in JAMA Dermatology documented delayed-onset nodule formation and subcutaneous fibrosis following aggressive HIFU treatments, which is a real-world reminder that operator skill and patient selection are not optional variables.
The surgical interference question is more nuanced than this video lets on. Some surgeons report no issues. Others have found that repeated energy-based treatments create adhesions in tissue planes used during facelifts. The honest answer is that the data is limited and largely anecdotal on both sides. Anyone considering a long-term combination of non-surgical treatments and potential future surgery should have that specific conversation with a board-certified plastic surgeon before starting a treatment series, not after.