What the research shows
The operation follows the anatomy. The face is built in layers: skin, fat, the SMAS layer, the expression muscles and a deep fascia, with the facial nerve branches running beneath that deep fascia in the cheek. Ligaments tie the layers to bone and hold them in place, and surgeons release them to let the tissue move (Stuzin 1992). The lifted skin relies on a few small arteries in predictable spots, which a surgeon can preserve in a smoker or other high-risk patient (Whetzel 1997).
No technique wins outright. When one surgeon treated identical twins with different SMAS methods, none gave a better result than another for the right patient (Antell 2007). A review of new techniques found each reported good results, mostly from single-surgeon case series (Floyd 2019).
Serious general complications are rare. Blood clots in the legs occurred after about 1 in 300 facelifts and in the lungs after about 1 in 700, most often after general anesthesia; compression devices on the legs were linked to fewer clots (Reinisch 2001). Carefully selected patients 65 and older had the same complication rates as younger ones (Martén 2011). Quilting stitches that tack the lifted skin down sharply reduced blood collections (Ballan 2020).
Recovery aids have mixed evidence. Steroids did not reduce swelling in a randomized trial (Owsley 1996); homeopathic arnica made bruises slightly smaller on some days and made no difference that patients or staff could see (Seeley 2006). In a long-running practice, results stayed stable for about ten years and satisfaction remained high at twenty (Botti 2021).
The emotional side matters. In one group of women, about 3 in 10 had a passing low mood after surgery, mostly those with depression beforehand, while many gained self-esteem (Goin 1980). Symptoms of body dysmorphic disorder were common among facelift candidates, and their cases were the most severe of the three operations studied (de Brito 2016). A standard facelift lengthened the attached part of the earlobe and made a pulled-down earlobe more common (Mowlavi 2004). Strangers rated women younger, more attractive, healthier and more successful after a facelift (Nellis 2017).
Where surgeons disagree
- Planning a second, early lift. One surgeon re-lifted about 1 in 16 within two years, mostly those with very loose tissue around the mouth, arguing that tissue stretch limits what one operation can hold (Rawlani 2012).
- Blood thinners to prevent clots. Risk scores call for them in most facelift patients, yet one practice that did not use them saw no clots, and the authors question whether the scores fit cosmetic surgery (Gupta 2022).
What is new
- The basic operation has changed little in twenty years; fat grafting, skin resurfacing and tranexamic acid to limit bleeding have been added (Sinclair 2022).
- In patients with earlier fillers, threads or a prior lift, a nerve monitor during surgery was linked to no temporary nerve weakness and a faster dissection (Wongkietkachorn 2026).
- Many facelift before-and-after photos on Instagram make the result look better than it is, with smaller faces, upturned angles, brighter light or makeup in the after photo (Mehta 2026).
What is still unknown
- Which technique is best for which face: most evidence comes from case series (Floyd 2019).
- How reliable the few randomized trials are: most are reported incompletely and few were registered in advance (Yousif 2026).
Key papers
- Stuzin 1992: the layered anatomy every facelift relies on.
- Whetzel 1997: where the arteries that feed the lifted skin enter.
- Reinisch 2001: blood clot risk after facelift and how to lower it.
- Antell 2007: identical twins; no single best facelift.
- Martén 2011: age alone does not raise facelift risk.
- Nellis 2017: how strangers see a face after a facelift.
- Floyd 2019: new techniques and the weak evidence behind them.
- Ballan 2020: quilting stitches reduce blood collections.
- Mehta 2026: how to read before-and-after photos online.