Hooded Eyes vs Brow Ptosis: Why the Heavy Upper Lid Is Often a Fallen Brow and Not Extra Skin, the Two-Minute Exam That Tells Them Apart, How an Upper Blepharoplasty Alone Can Drop the Brow Further, and Which Operation Actually Opens the Eye

Hooded eyes are the complaint that fills eyelid clinics. The patient describes a heaviness over the eyes, a fold of skin that hides the eyelid crease and sits on the lashes by evening, a look of tiredness that no amount of sleep improves, and eyeshadow that disappears the moment the eye opens. The request that follows is nearly always the same: remove the extra skin. Upper blepharoplasty is the operation that does exactly that, it is among the most performed cosmetic operations in the country, and in a substantial fraction of the patients who ask for it, it is aimed at the wrong structure.

The short version, which the rest of this piece defends: the appearance the public calls hooded eyes is produced by at least three different anatomical problems, and only one of them is excess eyelid skin. The second is brow ptosis, a brow that has descended below the rim of the eye socket and carries the skin of the forehead down onto the lid with it. The third, and the one that catches both patients and inexperienced surgeons, is compensated brow ptosis, a fallen brow that the forehead muscle has been holding up for years, so that in the mirror the brow looks fine and the lid looks heavy, and the truth only appears when the forehead relaxes. The exam that separates these takes about two minutes and no equipment, and the consequences of skipping it are an operation on the eyelid that unloads the forehead, lets the brow drop, and returns the hooding within months, now with less skin to work with.

This piece sits beside the piece on eyelid ptosis versus blepharoplasty, which covers the fourth thing a heavy eye can be, a weak levator muscle that lets the lid margin itself droop, and the piece on the lateral brow lift versus the forehead lift, which covers how surgeons decide how much of the brow to move once they have decided the brow is the problem. The piece on blepharoplasty for sagging skin and under-eye bags covers the eyelid operation itself, and the piece on the Botox brow lift covers the millimeter or two a neurotoxin can add. What none of them does is sit at the fork in the road where a patient with hooded eyes finds out whether she is an eyelid patient, a brow patient, or both. That fork is the subject here.

Hooded eyes, brow ptosis, and compensated brow ptosis are three different problems with one appearance

The short answer: hooded eyes is a description of how the eye looks, not a diagnosis, and the look is produced by excess upper eyelid skin (dermatochalasis), by a brow that has dropped below the bony rim of the socket (brow ptosis), by a dropped brow that the forehead muscle is holding in place (compensated brow ptosis), or by a combination of the three, and because each has a different operation, a surgeon who treats hooding as a skin problem by default is guessing.

Start with the anatomy the patient cannot see. The eyebrow sits on a ridge of bone called the supraorbital rim, the upper edge of the eye socket. In a young woman the brow rests at or slightly above that rim, with its highest point roughly above the outer third of the eye and the tail sitting a little higher than the head; in a young man it sits at the rim and runs flatter. Between the brow and the lashes is the upper eyelid, whose skin folds along a crease roughly eight to ten millimeters above the lash line. The distance from brow to lash line in a young adult is somewhere in the low twenties of millimeters, and the whole visual impression of an open eye depends on that distance staying where it is.

Dermatochalasis is the eyelid's own aging. The skin of the upper lid is the thinnest on the body, it stretches, its connection to the levator muscle beneath it loosens, and the excess drapes over the crease and, eventually, the lashes. A pad of fat behind the muscle can bulge forward as its restraining membrane thins, and a second pad of fat that lives beneath the outer brow, which surgeons call the ROOF, descends with the brow and adds a fullness to the outer lid that skin removal alone does not fix. A patient with pure dermatochalasis has a brow in the right place and too much skin below it. This is the patient upper blepharoplasty was designed for.

Brow ptosis is the forehead's aging, and it arrives at the outer brow first for a reason worth understanding. The frontalis, the muscle that raises the brows and furrows the forehead, does not extend all the way to the tail of the brow. The outer third has no elevator of its own, it is pulled downward by the orbicularis muscle that circles the eye, and as the ligaments that anchor the brow to the bone loosen and the temple loses volume, the tail slides down over the rim. Skin that used to belong to the forehead is now sitting on the eyelid. From the front it looks like hooding, and the fold is heaviest at the outer corner, where the brow has fallen furthest.

Compensated brow ptosis is the version that fools everyone. When the brow descends and the skin begins to crowd the field of vision, the frontalis contracts to lift it back out of the way, and it does so without the patient's awareness, all day, for years. The brow in the mirror looks acceptable because it is being held there. The evidence is elsewhere: horizontal lines across the forehead at rest in a patient who is not frowning, brows that sit higher on the side of the dominant eye, a headache across the forehead by evening, and a brow that drops visibly when the patient is tired, sedated, or has just had neurotoxin placed in the forehead. This is the patient who looks like an eyelid patient and is not one.

There is a fourth group that belongs in this piece because it fills the same consultation: young patients, sometimes in their twenties, who have had hooded eyes since adolescence. This is not aging. It is a low or absent eyelid crease, a fuller lid, and a fold of skin that rests near the lashes because of how the levator attaches to the skin, the anatomy the piece on double eyelid surgery covers in detail. The brow is usually where it should be. These patients are eyelid patients, but of a different kind, and the operation that helps them is about crease construction rather than skin removal.

• Dermatochalasis: excess upper eyelid skin, sometimes with bulging fat, with the brow at or above the rim; the true blepharoplasty patient.
• Brow ptosis: the brow below the supraorbital rim, heaviest at the tail because the outer brow has no muscle lifting it; forehead skin is sitting on the lid.
• Compensated brow ptosis: a fallen brow held up by a constantly working frontalis; forehead lines at rest, brow asymmetry, and a brow that drops when the forehead relaxes.
• Congenital hooding: a low or absent crease from birth, the brow in position, and a fold that has nothing to do with age.

The two-minute exam that separates the eyelid problem from the brow problem

The short answer: with the forehead fully relaxed, the surgeon looks at where the brow sits relative to the bone, lifts the brow to the rim with a finger and watches how much hooding disappears, and asks the patient to close her eyes, let the forehead go slack, and open them slowly without raising the brows; the hooding that vanishes when the brow is lifted is a brow problem, the hooding that remains is a skin problem, and a brow that falls when the forehead relaxes is the compensated ptosis that a blepharoplasty alone would expose.

The exam begins before anyone touches the face. The surgeon looks at the forehead at rest and asks whether the lines across it belong to a patient of this age and sun history or whether they are the record of a muscle that never stops working. She looks at whether the brows are level, since a brow held up by frontalis effort is often higher on one side than the other, usually the side of the eye the patient reads with. And she looks at where the brow sits against the rim of the socket, which is easiest to feel than to see: a fingertip on the ridge of bone above the eye, and a judgment about whether the hair of the brow is on it, above it, or below it.

The manual elevation test is the heart of the exam. The surgeon rests a finger on the outer brow and lifts it gently until it sits where it would have sat at twenty-five, at or just above the rim, and the patient looks in a mirror. If the hooding largely disappears and the eyelid crease reappears, the brow was carrying most of the problem. If a fold of skin still drapes over the crease with the brow held in place, that fold is eyelid skin, and it is the amount a blepharoplasty should remove, no more. Most patients over fifty have some of each, and the test tells the surgeon the proportions: how much brow, how much lid.

The frontalis relaxation test finds the compensated patient. The surgeon asks her to close her eyes, to let the forehead go completely slack, and then to open the eyes slowly without lifting the brows. In a patient whose brow is where it looks, nothing changes. In a compensated patient the brow settles several millimeters as the eyes open, the hooding deepens, and the outer lid folds over on itself. That is what the eye will look like after an upper blepharoplasty has removed the reason the forehead was working. A gentler version of the same information comes from photographs: a picture from twenty or thirty years ago shows where the brow used to be and how far it has traveled, and it settles arguments about what is aging and what is anatomy.

Two further checks belong in the same visit. The first is for true ptosis of the lid itself: the surgeon measures the distance from the center of the pupil to the edge of the upper lid, the MRD1, and checks how well the levator muscle lifts the lid, because a drooping lid margin is a separate problem with a separate operation, and the piece on eyelid ptosis versus blepharoplasty explains why confusing the two makes the eye worse. The second is a pinch of the lid skin with the brow held in its proper position, which is the only honest way to estimate how much skin is truly surplus; pinch it with the brow fallen and the number is inflated by forehead skin that a brow lift, not a scalpel, should return to the forehead.

There is a chemical version of the relaxation test that patients often run on themselves without meaning to. Neurotoxin placed across the frontalis relaxes the muscle that was holding the brows up, and a compensated patient's brows fall, the lids feel heavy, and the eye looks smaller within a week. Injectors describe this as a complication of the toxin, and in a sense it is; it is also a diagnosis. The piece on the Botox brow lift covers why the same drug lifts one patient's brow and drops another's, and the piece on why Botox stops working covers the patients who learn to live with a heavy brow between doses rather than ask what the drop means.

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Lift the brow with a finger and look at what is left. What disappears was never eyelid skin. What remains is the whole of what a blepharoplasty should remove, and a surgeon who measured the fold with the brow fallen has already planned to take too much.

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• Look first: forehead lines at rest, uneven brows, and the position of the brow hair against the bony rim.
• Manual elevation: lift the outer brow to the rim; what vanishes is brow, what remains is skin.
• Frontalis relaxation: eyes closed, forehead slack, eyes opened slowly; a brow that settles is a compensated brow.
• Rule out lid ptosis: MRD1 and levator function, since a drooping lid margin is a different operation.
• Pinch with the brow held: the only honest estimate of surplus lid skin.

Why an upper blepharoplasty alone can drop the brow and crowd the eye

The short answer: removing eyelid skin in a patient with compensated brow ptosis removes the reason the forehead was working, the frontalis relaxes, the brow descends by a few millimeters, and the hooding partly returns; a surgeon who then chases the hooding by removing more skin crosses the line past which the eye can no longer close fully, and every later attempt to lift the brow risks pulling the lid open, because the skin that a brow lift needs to give back to the forehead has been thrown away.

The mechanism is not subtle and it is not new. The frontalis was lifting the brow because skin was obstructing the upper field of vision. Take the skin away and the obstruction is gone, the brain stops asking the muscle to hold, and the brow settles to where gravity and the loosened ligaments had already put it. Published series that measured brow position before and after upper blepharoplasty in patients with heavy lids report an average descent in the range of a millimeter or two, and in the compensated patient the figure is larger, because she had further to fall. The lid that looked open on the operating table looks heavy again at the six-week visit, the outer fold has returned, and the distance between the brow and the lashes is now shorter than it was before the operation, since the brow has come down and the lid skin has gone.

Surgeons call the result brow-lid crowding, and it is the signature of an eyelid operation done on a brow patient. The eye looks smaller rather than more open, the brow sits close to the lashes, the crease is shallow or hidden, and the whole upper third of the face reads as heavier and, in women, more masculine than before. The patient has paid for an operation and looks more tired than she did, and she returns to ask for more skin to be removed. The surgeon who agrees is about to create the second, worse problem.

That problem is over-resection. The upper lid needs a certain amount of skin to close, and to close all the way during sleep, and the number is not a matter of opinion. The rule most oculoplastic and plastic surgeons teach is to preserve at least twenty millimeters of skin between the lower edge of the brow and the lash line after the excision, or, put another way, to leave at least ten millimeters of skin above the crease. A surgeon who has measured the fold with the brow fallen, and who then takes what she measured, can arrive under that number without ever intending to. Below it the lid does not fully close, the cornea dries overnight, and the patient joins the population in the piece on dry eye after eyelid surgery, which is larger than consent forms suggest and includes a group whose problem was created by exactly this sequence.

The final cost is paid at the revision. When the brow is eventually lifted, as it should have been in the first place, the forehead skin that had been sitting on the lid returns to the forehead, and the lid needs its own skin back to reach the lashes. If that skin was removed at the first operation, the brow lift pulls the lid open, and the surgeon is choosing between an incompletely lifted brow and an eye that cannot close. The options at that point are grim: a skin graft to the upper lid, harvested from the other lid, from behind the ear, or from the inner arm, with a color and texture that never entirely match. The piece on the revision consult economy describes the growing share of practices' work that arrives from elsewhere; upper lids that were done before the brow was assessed are a steady part of it.

None of this means the eyelid operation is dangerous. It means the order of assessment is fixed. The brow is judged first, with the forehead relaxed, and the eyelid skin is measured second, with the brow held where it belongs. A surgeon who plans the two together can do them on the same day, can set the brow and then trim the lid to what is actually surplus, and can take less skin than a lid-only plan would have called for. The piece on facial nerve injury after facelift is relevant here too, because the branch of the facial nerve that powers the frontalis runs through the temple, and a brow that fails to rise after a temporal or endoscopic lift, or that rises and then droops on one side, is sometimes a nerve that was stretched or divided rather than a lift that failed.

• The drop: upper blepharoplasty unloads the frontalis, and the brow descends by a millimeter or more, further in the compensated patient.
• Brow-lid crowding: the brow now sits closer to the lashes with less skin between them; the eye looks smaller, heavier, and more masculine.
• The twenty-millimeter rule: at least twenty millimeters of skin from brow to lashes after excision, or ten above the crease; below it the eye does not close.
• The revision trap: a later brow lift pulls an over-resected lid open, and the remedy is a skin graft.
• The fixed order: brow first, with the forehead relaxed; lid skin second, with the brow held in place.

The brow options, from a single suture through the eyelid incision to the coronal lift

The short answer: brow ptosis can be addressed with an internal browpexy that stabilizes the outer brow through the blepharoplasty incision, a temporal lift that raises the tail through an incision in the hair at the temple, an endoscopic lift that releases and resuspends the whole brow through several small scalp incisions, a hairline or coronal lift that removes forehead skin directly, or a direct or mid-forehead lift that excises skin just above the brow, and the choice depends on how far the brow has fallen, which part of it has fallen, how high the hairline sits, how heavy the forehead skin is, and whether the patient is a woman who wants an arch or a man who must not have one.

The smallest intervention is the internal browpexy. Through the same incision used for an upper blepharoplasty, the surgeon reaches up beneath the outer brow, frees the soft tissue from the bone, and sutures it to the periosteum a few millimeters higher on the rim. It adds no scar, a few minutes of operating time, and a modest amount of elevation, two or three millimeters at the tail in most series, and its more important effect is to stop the brow from descending further when the lid skin is removed. It is the right answer for the patient whose brow has slipped a little and whose main problem is the lid. It is not a brow lift, and a surgeon who offers it as one to a patient with a brow well below the rim is understating what she needs.

The temporal lift moves the outer third of the brow, which is the third that falls first and furthest. Through an incision hidden in the hair above the temple, the surgeon frees the tissue of the temple and the outer brow from the underlying fascia and draws it upward and slightly outward, fixing it to the deep tissue above. It leaves the central brow alone, which is often exactly right, since the central brow has the frontalis to hold it and over-lifting it produces the permanently surprised expression the piece on the lateral brow lift versus the forehead lift warns about. The recovery is a week or two, the scar is in the hair, and the effect is a cleaner outer lid and a restored arch. Longevity is the honest weakness: the temple tissue is soft, the fixation is to soft tissue, and some of the lift is lost in the first year or two.

The endoscopic brow lift moves the whole brow and does it through three to five incisions of a centimeter or two behind the hairline. A camera on a thin rod lets the surgeon separate the tissue of the forehead from the bone all the way down to the rim, release the ligaments that tether the brow, weaken the muscles that pull it down, and fix the lifted forehead in its new position with absorbable anchors, sutures through small tunnels in the bone, or screws that are removed later. It became the standard forehead operation in the late 1990s and remains the most common brow lift in most practices, and the piece on the endoscopic facelift describes how the same tools were tried and abandoned lower on the face. Its limitations are known: long-term follow-up series in Plastic and Reconstructive Surgery and Aesthetic Surgery Journal document measurable loss of brow height in the first one to two years, with the result holding better when the periosteum is fully released and the fixation is to bone. It is also a poor choice for a patient with a high forehead, since it moves the hairline up along with the brow.

That patient gets a hairline lift, sometimes called a pretrichial lift: an incision along the front edge of the hair, the forehead skin lifted and the excess removed at the hairline, the brow elevated and the forehead shortened at the same time. The piece on hairline lowering covers the same incision used for the opposite purpose. The coronal lift, the ear-to-ear incision across the top of the scalp that was the standard operation before the endoscope, does the most complete job of lifting and lasts longest, and it has largely retired for good reasons: it raises the hairline, it leaves a long scar, and it numbs the scalp behind it, sometimes permanently, the problem the piece on numbness after plastic surgery describes. It survives for patients with very heavy foreheads and low hairlines who need a large, durable lift.

The direct brow lift is the plainest operation and the most precise. An ellipse of skin is removed immediately above the brow hair, the brow is lifted by exactly the width of the ellipse, and the scar sits along the upper edge of the brow. It is used in men with heavy, bushy brows that hide the scar, in patients with a paralyzed forehead after facial nerve injury, in the very elderly who need the shortest possible operation, and almost never in women who want a hidden incision. Its cousin, the mid-forehead lift, places the excision in an existing deep forehead furrow in a man whose creases will absorb the scar. Neither belongs on a smooth forehead.

Below all of these sit the non-surgical options, each with a smaller effect than its marketing. Neurotoxin to the muscles that depress the brow lifts the tail by a millimeter or two in the right patient and drops it in the wrong one, as the earlier piece on the Botox brow lift explains. Filler to a hollow temple gives the outer brow something to rest on, the option the piece on filler for hollow temples covers, and it helps most in a patient whose brow has fallen because the temple has emptied. Threads placed under the forehead skin lift for weeks to months, and the piece on whether thread lifts work explains why they do not hold. Focused ultrasound and radiofrequency carry a regulatory clearance for brow elevation that rests on a study measuring an average of well under two millimeters, the number the piece on energy-based skin tightening puts in context. None of them lifts a brow that is sitting below the rim.

Two rules run across every option. The first is the target: a woman's brow is restored to or slightly above the rim with the peak toward the tail, and a man's brow is restored to the rim and kept flat, because an arched or elevated male brow reads as startled or feminized, the mismatch the piece on facial feminization surgery treats as a deliberate goal in a different population. The second is sequence: when the brow and the lid are both operated on, the brow is set first and the lid skin is trimmed second, on the table, to whatever is truly surplus once the forehead skin has gone home.

• Internal browpexy: through the blepharoplasty incision, two or three millimeters of stabilization at the tail; prevents descent more than it lifts.
• Temporal lift: an incision in the hair at the temple, the outer third of the brow raised; the right tool for the brow tail, with some relapse over one to two years.
• Endoscopic lift: three to five small scalp incisions, full release and fixation; the standard operation, weakest in high foreheads, with documented height loss in the first two years.
• Hairline and coronal lifts: direct removal of forehead skin; the hairline version for high foreheads, the coronal for heavy foreheads at the cost of a long scar and scalp numbness.
• Direct and mid-forehead lifts: an ellipse removed above the brow or in a furrow; precise, permanent, and scarred, reserved for heavy male brows and paralyzed foreheads.
• Non-surgical: a millimeter or two from toxin, temple filler, or ultrasound in the right patient; nothing for a brow below the rim.

Who needs which operation, what recovery involves, and what the two operations cost

The short answer: a patient in her twenties with lifelong hooding and a brow in place needs an eyelid operation that addresses the crease, not skin removal; a patient in her forties with hooding at the outer corners and a brow tail below the rim needs a temporal or endoscopic lift with little or no lid skin removed; a patient in her sixties with skin resting on the lashes and a brow at the rim is the true blepharoplasty patient; a patient with both needs both, brow first; and the two operations together cost roughly twice what either costs alone, with insurance paying for neither unless the upper field of vision is measurably blocked.

The young patient with lifelong hooding is the one most often over-treated. Her brow is where it should be and her problem is the architecture of the lid, a low or absent crease and a fuller upper lid that folds near the lashes. Removing skin thins the fold but does not create a crease, and taking enough skin to force one risks the closure problems described above. The operation that helps is a crease-forming blepharoplasty, in which the skin is fixed to the levator to build a fold at the intended height, and the piece on double eyelid surgery covers the mechanics. The piece on cosmetic surgery for teenagers is worth reading first if the patient is under twenty, since the lid continues to change through the early twenties.

The patient in her forties or early fifties with hooding at the outer corners is, more often than she is told, a brow patient. Her forehead lines are deeper than her age warrants, her brows are a little uneven, and the manual elevation test clears most of the fold. She needs the outer brow returned to the rim, by a temporal lift if the tail is the whole problem or an endoscopic lift if the central brow has come down too, and she needs very little lid skin removed, sometimes none. If she is talked into an upper blepharoplasty alone, she will be the six-week patient with brow-lid crowding described earlier, and she is the reason this piece exists.

The patient in her sixties or seventies with skin lying on the lashes and a brow that is at or near the rim with the forehead relaxed is the patient the eyelid operation was designed for. Her surplus is genuinely lid skin, her brow is stable, and an upper blepharoplasty with conservative skin removal and attention to the fat pads will open the eye and hold for a decade or more, the longevity the piece on how long plastic surgery results last puts among the more durable in the field. She may benefit from a browpexy through the same incision to keep the tail from following the skin down. The piece on the age limit for cosmetic surgery covers why age itself is rarely the reason to say no.

The patient with both problems, which after fifty-five is most patients, needs both operations, and the order and the arithmetic are the whole consultation. The brow is lifted first, either at the same sitting or as a first stage, and the lid skin is trimmed to what remains. Done together the recovery overlaps: bruising and swelling around the eyes for one to two weeks, lid sutures out at five to seven days, forehead numbness and an itch across the scalp after an endoscopic lift that can last weeks to a few months, a sensation of tightness across the forehead, and, in a minority, temporary shedding of hair around the scalp incisions, the pattern the piece on hair shedding after surgery describes. The direct brow lift scar takes a year to fade. Men with heavy brows who are given an arched, elevated result look startled for the rest of their lives, and the piece on facial and breast asymmetry is a reminder that brows are rarely level to begin with and that a surgeon should show the patient her own asymmetry before the operation rather than be blamed for it after.

Cost follows the count of operations. The American Society of Plastic Surgeons' published surgeon-fee averages put both upper blepharoplasty and brow lift in the low-to-mid four figures for the surgeon's fee alone, before the facility and the anesthesia, and the piece on what a plastic surgery quote covers explains why the all-in number is commonly half again to twice that figure. Doing both at once shares the facility and anesthesia charges, which is a genuine saving over two separate operations and one reason a plan that names both from the start is cheaper than an eyelid operation followed by a brow lift a year later. Insurance enters only at the functional end: a plan will sometimes cover an upper blepharoplasty or a brow ptosis repair when photographs show the skin or the brow resting on the lashes and a visual field test, performed once with the lids as they are and once with them taped up, shows a meaningful loss of the upper field that the tape restores. The cosmetic patient with hooding that does not reach the lashes will not meet that bar and should not plan around it.

One last variable is who examines you. Upper eyelid and brow surgery is performed by plastic surgeons, facial plastic surgeons, and oculoplastic surgeons, and each field trains its members to do the exam above; the piece on board certifications explains what those credentials do and do not guarantee. The practical test is simpler than the credential. A surgeon who lifts your brow with a finger, asks you to relax your forehead, measures the distance from your brow to your lashes, and tells you what fraction of your hooding belongs to each structure has done the work. A surgeon who looks at your lids, says "we'll take the extra skin," and reaches for a consent form has not, and the piece on the second consultation explains why a second exam is cheap compared with the alternative.

• Lifelong hooding in a young patient: a crease problem, not a skin problem; crease-forming blepharoplasty, no brow surgery.
• Outer-corner hooding in the forties: usually a brow tail below the rim; temporal or endoscopic lift with little or no lid skin removed.
• Skin on the lashes with a stable brow: the true blepharoplasty patient, with a browpexy to hold the tail if it is beginning to slide.
• Both, after fifty-five: both operations, brow first, lid trimmed to the true surplus, ideally in one sitting to share facility costs.
• Insurance: only for a documented upper visual field loss on taped and untaped testing; cosmetic hooding does not qualify.

The honest summary

• Hooded eyes is a look, not a diagnosis. It is produced by excess lid skin, by a brow that has fallen below the rim of the socket, by a fallen brow that the forehead is holding up, or by a low crease the patient was born with, and each has a different operation.
• The exam takes two minutes and decides everything. Brow position against the bone with the forehead relaxed, a finger lifting the brow to see what hooding vanishes, and eyes opened slowly with the forehead slack to expose a compensated brow; skip it and the operation is a guess.
• Blepharoplasty alone can make a brow patient worse. Removing lid skin unloads the frontalis, the brow drops, the hooding returns with less skin between brow and lashes, and a surgeon who chases it below twenty millimeters produces an eye that cannot close and a brow that can no longer be lifted without a graft.
• The brow has a ladder of operations. Internal browpexy stabilizes, the temporal lift raises the tail, the endoscopic lift moves the whole brow with some relapse over two years, hairline and coronal lifts remove forehead skin directly, and the direct lift trades a scar for precision in heavy male brows; toxin, filler, and ultrasound add a millimeter or two and nothing more.
• Match the patient, then the sequence. Young lifelong hooding is a crease operation, outer-corner hooding in midlife is usually a brow operation, skin on the lashes with a stable brow is the true blepharoplasty, and both after fifty-five means both, brow first, in one sitting if the budget allows.

Hooded eyes are the most ordinary complaint in facial aesthetics and the one most often answered with the wrong operation, not because the right one is difficult but because the wrong one is the one the patient asked for by name. The eyelid is where the heaviness shows. The brow is, in a great many faces, where it comes from. A surgeon who lifts your brow with a finger before saying a word about your lids is telling you she knows the difference, and a patient who insists on that gesture before signing anything has done the single most useful thing she can do to make sure the operation she gets is the one her face actually needs.