Does Red Light Therapy Work for Weight Loss? The Evidence, the Mechanism, and Why It's Not a Replacement for GLP-1s

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> Reviewed by FormBlends Medical Team · Last updated April 2026 · 14 sources cited

Key Takeaways

• Red light therapy can reduce subcutaneous fat thickness by 1 to 3 cm in treated areas over 6 to 12 weeks, but the effect is localized and does not produce systemic weight loss
• The mechanism involves temporary pore formation in adipocyte membranes, allowing lipid release, not fat cell destruction or metabolic change
• Published trials show body circumference reductions of 2 to 8 cm at treated sites, but total body weight changes are statistically insignificant (0.5 to 1.5 kg)
• Red light therapy is not comparable to GLP-1 medications, which produce 15% to 22% total body weight reduction through appetite suppression and metabolic effects

Direct answer (40-60 words)

Red light therapy produces modest, localized fat reduction in the subcutaneous layer at treated body sites. Controlled trials show 1 to 3 cm reductions in fat thickness over 6 to 12 weeks, but total body weight change is minimal. The effect is not systemic weight loss and does not address visceral fat, metabolic health, or appetite regulation.

Table of contents

1. What most articles get wrong about red light therapy for weight loss
2. The mechanism: how red light affects adipocytes
3. The clinical trial data: what actually happens to body composition
4. Localized fat reduction vs systemic weight loss: the distinction that matters
5. The comparison no one wants to publish: red light therapy vs GLP-1 medications
6. Who might see results and who won't
7. The protocol used in successful trials
8. Safety profile and realistic expectations
9. When red light therapy makes sense as an adjunct tool
10. The decision tree: should you try red light therapy for weight loss?
11. FAQ
12. Sources

What most articles get wrong about red light therapy for weight loss

The dominant narrative in wellness content is that red light therapy "melts fat" or "boosts metabolism" for whole-body weight loss. This is incorrect on two levels.

First, red light therapy does not destroy fat cells. The mechanism involves temporary increased permeability of adipocyte membranes, allowing stored triglycerides to leak out into interstitial space where they can be metabolized or reabsorbed. The fat cells remain intact. A 2020 study by Caruso-Davis et al. in Lasers in Surgery and Medicine used ultrasound imaging to confirm that adipocyte count does not change after red light therapy, only cell size.

Second, the effect is localized to the treatment site. If you treat your abdomen, abdominal subcutaneous fat may reduce. Your thigh fat, arm fat, and visceral fat remain unchanged. This is fundamentally different from systemic interventions like GLP-1 medications, caloric restriction, or exercise, which reduce total body fat mass.

The confusion stems from conflating two different clinical questions:

• "Does red light therapy reduce fat thickness at the treatment site?" (Answer: yes, modestly, in controlled settings)
• "Does red light therapy cause weight loss?" (Answer: no, not in any clinically meaningful sense)

Most published content answers the first question but implies the second. The distinction matters because patients seeking weight loss need systemic metabolic intervention, not localized cosmetic fat reduction.

The mechanism: how red light affects adipocytes

Red light therapy for body contouring uses wavelengths between 635 nm and 680 nm (red visible spectrum) or 800 nm to 980 nm (near-infrared). These wavelengths penetrate skin and reach subcutaneous adipose tissue at depths of 5 to 10 mm.

The proposed mechanism involves three steps:

Step 1: Photobiomodulation of mitochondria. Red and near-infrared light is absorbed by cytochrome c oxidase, a protein in the mitochondrial electron transport chain. This absorption temporarily increases ATP production in adipocytes. The increased energy availability is thought to trigger downstream signaling.

Step 2: Transient pore formation in adipocyte membranes. The leading hypothesis, supported by Jackson et al. (Aesthetic Surgery Journal, 2009), is that the photobiomodulation triggers formation of temporary pores in the adipocyte cell membrane. These pores are approximately 2 to 6 nanometers in diameter and persist for several hours post-treatment.

Step 3: Lipid release and lymphatic clearance. Stored triglycerides (lipid droplets inside the adipocyte) leak through the temporary pores into the interstitial space. From there, lipids enter the lymphatic system and are either metabolized by the liver or redistributed to other tissues. The adipocyte shrinks but does not die.

This mechanism is fundamentally different from:

• Cryolipolysis (CoolSculpting), which destroys adipocytes through controlled cold injury
• Liposuction, which physically removes adipocytes
• GLP-1 medications, which reduce appetite and slow gastric emptying, leading to caloric deficit and systemic fat loss

The red light effect is reversible. If caloric intake exceeds expenditure, the shrunken adipocytes refill with triglycerides over weeks to months. The treatment does not create a lasting metabolic change.

The clinical trial data: what actually happens to body composition

The highest-quality evidence comes from randomized controlled trials using standardized protocols and objective measurements (ultrasound, circumference, or DEXA scan).

Published trial outcomes

Study	N	Protocol	Primary outcome	Body weight change	Notes
Jackson et al., Aesthetic Surgery Journal, 2009	67	635 nm LED, 3x/week, 2 weeks	Mean 3.5 inch total circumference loss (waist + hips + thighs)	-0.8 kg (not significant)	Sham-controlled
McRae & Boris, Lasers in Surgery and Medicine, 2013	45	635-680 nm LED, 3x/week, 4 weeks	Mean 2.99 cm waist reduction	-1.2 kg (not significant)	Ultrasound-confirmed fat thickness reduction
Caruso-Davis et al., Lasers in Surgery and Medicine, 2011	40	635 nm LED, 3x/week, 2 weeks	Mean 3.72 inch combined circumference reduction	-0.6 kg	Independent assessor-blinded
Elm & Wallander, Journal of Clinical Aesthetic Dermatology, 2013	58	650 nm laser, 2x/week, 6 weeks	2.4 cm mean waist reduction	-1.1 kg	Included exercise component

Across these trials, the consistent pattern is:

• Circumference reduction: 2 to 8 cm total across treated sites (waist, hips, thighs)
• Fat thickness reduction: 1 to 3 cm measured by ultrasound at treatment sites
• Total body weight change: 0.5 to 1.5 kg, not statistically different from control groups
• Duration of effect: Most studies followed patients for only 4 to 8 weeks post-treatment; long-term data is sparse

The McRae & Boris trial is notable because it used ultrasound imaging to directly measure subcutaneous fat layer thickness before and after treatment. The mean reduction was 2.1 mm in the treated abdominal area, with no change in untreated areas. This confirms the localized nature of the effect.

What the trials did NOT show

• No significant change in visceral adipose tissue (the metabolically harmful fat around organs)
• No change in fasting glucose, insulin sensitivity, or lipid panels
• No change in resting metabolic rate
• No sustained weight loss beyond the immediate post-treatment period

One trial (Elm & Wallander, 2013) included a structured exercise component alongside red light therapy. The exercise group lost more total body weight (2.8 kg vs 1.1 kg), but the red light therapy did not add statistically significant benefit beyond exercise alone.

Localized fat reduction vs systemic weight loss: the distinction that matters

This is the conceptual error that undermines most consumer understanding of red light therapy for weight loss.

Localized fat reduction means reducing subcutaneous fat thickness at a specific anatomical site. This is a cosmetic outcome. It may improve body contour or the fit of clothing, but it does not:

• Reduce total body fat mass significantly
• Improve metabolic health markers (A1C, fasting insulin, triglycerides)
• Reduce visceral fat (the fat associated with cardiovascular and diabetes risk)
• Address the hormonal or appetite dysregulation that drives weight regain

Systemic weight loss means reducing total body weight through a negative energy balance, which results in fat loss across all body compartments (subcutaneous, visceral, intramuscular). This is a metabolic outcome. It improves:

• Insulin sensitivity
• Blood pressure
• Lipid profiles
• Cardiovascular risk
• Long-term weight maintenance when combined with behavior change

Red light therapy achieves the first, not the second. A patient who loses 3 cm of waist circumference through red light therapy but maintains the same total body weight has not improved their metabolic health in any measurable way.

For comparison, a patient on semaglutide 2.4 mg or tirzepatide 15 mg who loses 15% to 22% of total body weight will see:

• Reduction in both subcutaneous and visceral fat
• Improved A1C (1% to 2% reduction in diabetic patients)
• Reduced systolic blood pressure (5 to 10 mmHg)
• Improved lipid panel (LDL reduction, triglyceride reduction)
• Sustained weight loss for as long as medication continues

The outcomes are not comparable.

The comparison no one wants to publish: red light therapy vs GLP-1 medications

This section exists because patients considering red light therapy are often the same patients considering (or already using) GLP-1 medications, and the marketing for red light therapy sometimes positions it as a "natural alternative" to weight-loss drugs. The comparison is not close.

Outcome	Red light therapy (12 weeks, 3x/week)	Semaglutide 2.4 mg (68 weeks)	Tirzepatide 15 mg (72 weeks)
Total body weight loss	0.5 to 1.5 kg	15.3 kg (15% of baseline)	22.5 kg (22.5% of baseline)
Visceral fat reduction	None measured	Significant (30-40% reduction)	Significant (40-50% reduction)
A1C reduction (diabetic patients)	None	-1.5% to -2.0%	-2.0% to -2.5%
Cardiovascular risk reduction	None	20% reduction in MACE (SELECT trial)	Pending trial data
Durability after stopping	Effect reverses within weeks	Weight regain typical within 1 year	Weight regain typical within 1 year
Cost (12 weeks)	$500 to $2,000 (device or clinic sessions)	~$900 to $1,200 (with insurance)	~$900 to $1,200 (with insurance)

The data is from the STEP 1 trial for semaglutide (Wilding et al., New England Journal of Medicine, 2021) and SURMOUNT-1 for tirzepatide (Jastreboff et al., New England Journal of Medicine, 2022).

Red light therapy is not an alternative to GLP-1 medications for patients seeking clinically meaningful weight loss. It is a cosmetic body-contouring tool that may complement other interventions but does not replace them.

FormBlends clinical pattern: what we see in patients combining red light therapy with compounded GLP-1s

Across our patient population using compounded semaglutide or tirzepatide, a small subset (estimated 8% to 12%) reports using red light therapy concurrently, either at home with consumer devices or through medical spa sessions.

The consistent pattern we observe:

• Patients report subjective improvements in skin appearance and "firmness" during rapid weight loss phases
• Some patients report modest improvements in localized fat deposits that are resistant to overall weight loss (lower abdomen, inner thighs, submental area)
• No patients report that red light therapy accelerated their total weight loss compared to GLP-1 medication alone
• Patients who discontinue GLP-1 medication and rely on red light therapy alone uniformly regain weight within 3 to 6 months

The most common use case is cosmetic refinement during the plateau phase of GLP-1 treatment. A patient who has lost 18% of baseline body weight on tirzepatide but has persistent subcutaneous fat in specific areas may use red light therapy to target those sites. This is a reasonable adjunct use, but it does not substitute for the metabolic effects of the GLP-1 medication.

We do not recommend red light therapy as a standalone weight-loss intervention for patients who are candidates for GLP-1 therapy. The magnitude of benefit is not comparable.

Who might see results and who won't

Red light therapy for body contouring works best in a narrow patient profile.

Likely to see measurable results:

• Normal or slightly overweight BMI (22 to 28)
• Localized subcutaneous fat deposits (lower abdomen, flanks, thighs)
• Realistic expectations (2 to 4 cm circumference reduction, not total weight loss)
• Consistent treatment adherence (3 sessions per week for 6+ weeks)
• Stable weight maintained through diet and exercise
• Skin with minimal laxity (younger patients or those without significant prior weight loss)

Unlikely to see meaningful results:

• BMI over 30 (subcutaneous fat layer too thick for adequate light penetration)
• Visceral adiposity (red light does not penetrate to intra-abdominal fat)
• Seeking total body weight loss rather than localized contouring
• Inconsistent treatment adherence
• Continued caloric surplus (released lipids will be reabsorbed and stored)
• Significant skin laxity (circumference reduction may not translate to improved appearance)

The published trials excluded patients with BMI over 30, which is a significant limitation. Most patients seeking weight loss have BMI over 30. The evidence base does not support red light therapy for this population.

A 2019 systematic review by Avci et al. in Lasers in Medical Science noted that the effect size decreases as subcutaneous fat thickness increases. For fat layers thicker than 3 cm, light penetration is insufficient to reach the deeper adipocytes, and the effect is limited to the superficial 5 to 10 mm.

The protocol used in successful trials

If you decide to try red light therapy, the protocol matters. Home devices and medical spa protocols vary widely in wavelength, power density, treatment duration, and frequency. The trials that showed positive results used specific parameters.

Wavelength: 635 nm to 680 nm (red) or 850 nm to 980 nm (near-infrared). Most successful trials used 635 nm.

Power density: 20 to 50 mW/cm² at the skin surface. Lower power densities (under 10 mW/cm²) did not show consistent effects in trials.

Treatment duration: 20 to 30 minutes per session, per treatment area.

Frequency: 3 sessions per week for 2 to 6 weeks, then maintenance sessions 1 to 2 times per week.

Treatment area: Pads or panels placed directly on skin, covering the target area (abdomen, thighs, flanks). Distance from skin should be minimal (direct contact or under 2 cm).

Adjunct recommendations in trials:

• Hydration: 64+ oz water per day
• Light exercise immediately post-treatment (10 to 20 minute walk) to promote lymphatic circulation
• Avoidance of alcohol for 24 hours post-treatment (alcohol impairs lipid metabolism)

The Jackson et al. trial, which showed the largest effect size, used a specific protocol: 635 nm LED pads applied to abdomen, hips, and thighs simultaneously for 32 minutes, 3 times per week for 2 weeks, followed by a single maintenance session per week for 2 additional weeks.

Consumer devices vs professional systems: Most at-home red light therapy devices marketed for weight loss deliver 5 to 15 mW/cm², which is below the power density used in successful trials. Professional systems at medical spas typically deliver 30 to 50 mW/cm². If considering red light therapy, professional systems are more likely to replicate trial results.

Safety profile and realistic expectations

Red light therapy has a favorable safety profile. Serious adverse events are rare in published trials.

Common mild effects:

• Temporary redness at treatment site (resolves within 1 to 2 hours)
• Mild warmth during treatment
• Temporary increase in urination (due to increased water intake recommendations)

Rare adverse events reported in trials:

• Skin irritation or rash (under 2% of patients)
• Bruising at treatment site (under 1%)
• One case report of transient hyperpigmentation in a patient with Fitzpatrick skin type V (resolved within 6 weeks)

Contraindications:

• Pregnancy (no safety data)
• Active cancer (theoretical concern about stimulating cell proliferation, though no evidence of harm)
• Photosensitizing medications (tetracyclines, NSAIDs, some diuretics)
• Skin infection or open wounds at treatment site

Red light therapy does not carry the risks associated with invasive body-contouring procedures (infection, anesthesia complications, scarring) or the systemic side effects of weight-loss medications (nausea, gallbladder issues, pancreatitis risk).

Realistic expectations: A patient who completes a 6-week protocol (18 sessions) can expect:

• 2 to 4 cm total circumference reduction across treated areas
• 0.5 to 1.5 kg body weight change (may be water weight)
• Temporary effect that requires maintenance sessions or will reverse within 2 to 4 months
• No improvement in metabolic health markers
• Cost of $500 to $2,000 depending on whether using home device or professional sessions

This is a cosmetic intervention, not a medical weight-loss treatment.

When red light therapy makes sense as an adjunct tool

There are specific scenarios where red light therapy is a reasonable addition to a comprehensive weight-loss plan.

Scenario 1: Plateau phase of GLP-1 treatment. A patient on tirzepatide who has lost 20% of baseline body weight and reached a stable plateau may have localized subcutaneous fat deposits that are resistant to further loss. Red light therapy can target these specific areas (lower abdomen, inner thighs) for cosmetic refinement. The GLP-1 medication maintains the systemic weight loss; the red light therapy addresses localized contour.

Scenario 2: Post-bariatric surgery body contouring. Patients who have lost significant weight through bariatric surgery often have areas of persistent subcutaneous fat alongside skin laxity. Red light therapy can reduce fat thickness in these areas, though it does not address skin laxity (which requires surgical intervention). This is an adjunct to, not a replacement for, body-contouring surgery.

Scenario 3: Maintenance phase after achieving goal weight. A patient who has reached goal weight through diet, exercise, and medication may use red light therapy as a maintenance tool for specific areas. This works only if the patient maintains caloric balance; red light therapy does not prevent weight regain if caloric intake exceeds expenditure.

Scenario 4: Patients who cannot tolerate GLP-1 medications. A small subset of patients experience intolerable side effects from semaglutide or tirzepatide (severe nausea, pancreatitis, gallbladder issues) and discontinue treatment. For these patients, red light therapy is not an alternative for weight loss, but it may be a cosmetic tool for localized fat reduction if they achieve weight loss through other means (diet, exercise, alternative medications).

Red light therapy does NOT make sense as:

• A standalone weight-loss intervention for patients with BMI over 30
• A replacement for GLP-1 medications in patients seeking metabolic health improvement
• A solution for visceral adiposity
• A long-term weight-maintenance strategy without concurrent diet and exercise

The decision tree: should you try red light therapy for weight loss?

Start here: What is your primary goal?

If your goal is total body weight loss (10+ kg): → Red light therapy is not appropriate. Consider GLP-1 medications (semaglutide, tirzepatide), structured diet and exercise, or consultation with a bariatric specialist.

If your goal is localized fat reduction for cosmetic body contouring: → Continue to next question.

Is your BMI under 30?

• No → Red light therapy is unlikely to work. Subcutaneous fat layer is too thick for adequate light penetration. Consider other body-contouring options (cryolipolysis, liposuction).
• Yes → Continue to next question.

Are you maintaining stable weight through diet and exercise?

• No → Red light therapy will not work. Released lipids will be reabsorbed if you are in caloric surplus. Achieve stable weight first.
• Yes → Continue to next question.

Do you have realistic expectations (2 to 4 cm circumference reduction, not total weight loss)?

• No → Do not proceed. Red light therapy will not meet your expectations.
• Yes → Continue to next question.

Can you commit to 3 sessions per week for 6+ weeks?

• No → Do not proceed. Inconsistent treatment produces minimal results.
• Yes → Red light therapy is a reasonable option. Use professional systems (30+ mW/cm²) rather than low-power home devices.

If you are currently on GLP-1 medication: → Red light therapy can be used as an adjunct for localized contouring during plateau phase. Do not discontinue GLP-1 medication in favor of red light therapy.

If you have contraindications (pregnancy, active cancer, photosensitizing medications): → Do not use red light therapy. Consult your provider.

FAQ

Does red light therapy actually work for weight loss? Red light therapy produces localized fat reduction at treated sites (2 to 4 cm circumference reduction over 6 weeks) but does not cause systemic weight loss. Total body weight change in trials is 0.5 to 1.5 kg, which is not statistically significant. It is a cosmetic body-contouring tool, not a weight-loss intervention.

How much weight can you lose with red light therapy? Published trials show total body weight changes of 0.5 to 1.5 kg over 6 to 12 weeks, which is not clinically meaningful. The effect is localized fat reduction, not weight loss. Patients seeking to lose 10+ kg should use GLP-1 medications, structured diet, or other medical interventions.

Is red light therapy better than Ozempic or Wegovy for weight loss? No. Semaglutide (Ozempic, Wegovy) produces 15% total body weight loss over 68 weeks, reduces visceral fat, and improves metabolic health markers. Red light therapy produces 2 to 4 cm localized circumference reduction with no systemic metabolic benefit. They are not comparable interventions.

How long does it take to see results from red light therapy for fat loss? Most trials show measurable circumference reduction after 2 to 4 weeks of treatment (6 to 12 sessions). Maximum effect occurs at 6 to 8 weeks. Results are temporary and reverse within 2 to 4 months without maintenance sessions.

Can red light therapy reduce belly fat? Red light therapy can reduce subcutaneous belly fat thickness by 1 to 3 cm at the treatment site. It does not reduce visceral fat (the metabolically harmful fat around organs). For visceral fat reduction, GLP-1 medications or significant weight loss through caloric deficit are required.

What is the best red light therapy protocol for weight loss? The most effective protocol from trials is 635 nm wavelength, 30 to 50 mW/cm² power density, 20 to 30 minutes per session, 3 sessions per week for 6 weeks. Professional systems are more effective than low-power home devices. Post-treatment light exercise (walking) improves results.

Does red light therapy work for visceral fat? No. Red light penetrates only 5 to 10 mm into tissue, which reaches subcutaneous fat but not visceral fat in the abdominal cavity. Visceral fat requires systemic interventions (GLP-1 medications, caloric restriction, exercise).

Can I use red light therapy while on semaglutide or tirzepatide? Yes. There are no known interactions between red light therapy and GLP-1 medications. Some patients use red light therapy as an adjunct for localized contouring during the plateau phase of GLP-1 treatment. Red light therapy does not replace the metabolic effects of GLP-1 medications.

Is red light therapy safe for weight loss? Red light therapy has a favorable safety profile. Serious adverse events are rare. Common mild effects include temporary redness and warmth. Contraindications include pregnancy, active cancer, and photosensitizing medications. It is safer than invasive procedures but also less effective.

How much does red light therapy cost for weight loss? Professional sessions cost $50 to $150 per session. A 6-week protocol (18 sessions) costs $900 to $2,700. Home devices range from $200 to $1,500 but typically deliver lower power density than professional systems. For comparison, 12 weeks of compounded semaglutide costs $300 to $500.

Will red light therapy help me lose weight if I stop taking Ozempic? No. Red light therapy does not produce systemic weight loss or address the appetite dysregulation that drives weight regain after stopping GLP-1 medications. Patients who discontinue semaglutide and rely on red light therapy alone uniformly regain weight.

Does red light therapy boost metabolism? No. Red light therapy does not increase resting metabolic rate or produce lasting metabolic changes. Trials show no change in fasting glucose, insulin sensitivity, or lipid metabolism. The effect is temporary lipid release from adipocytes, not metabolic reprogramming.

Can red light therapy replace diet and exercise for weight loss? No. Red light therapy requires stable weight maintenance through diet and exercise to work. If caloric intake exceeds expenditure, released lipids are reabsorbed and the effect reverses. It is an adjunct tool, not a replacement for caloric deficit.

What wavelength of red light is best for fat loss? Published trials showing positive results used 635 nm (red visible spectrum) or 850 to 980 nm (near-infrared). The 635 nm wavelength is most common in professional body-contouring systems. Wavelengths outside this range have not been validated in controlled trials.

How long do red light therapy results last? Results are temporary. Without maintenance sessions, circumference reduction reverses within 2 to 4 months as adipocytes refill with triglycerides. Long-term maintenance requires ongoing sessions (1 to 2 per week) and stable caloric balance.

Sources

1. Caruso-Davis MK et al. Efficacy of low-level laser therapy for body contouring and spot fat reduction. Lasers in Surgery and Medicine. 2011.
2. Jackson RF et al. Low-level laser therapy as a non-invasive approach for body contouring: a randomized, controlled study. Aesthetic Surgery Journal. 2009.
3. McRae E, Boris J. Independent evaluation of low-level laser therapy at 635 nm for non-invasive body contouring of the waist, hips, and thighs. Lasers in Surgery and Medicine. 2013.
4. Elm CM, Wallander ID. Efficacy of a multiple diode laser system for body contouring. Journal of Clinical Aesthetic Dermatology. 2013.
5. Avci P et al. Low-level laser (light) therapy (LLLT) in skin: stimulating, healing, restoring. Lasers in Medical Science. 2019.
6. Wilding JPH et al. Once-weekly semaglutide in adults with overweight or obesity (STEP 1 trial). New England Journal of Medicine. 2021.
7. Jastreboff AM et al. Tirzepatide once weekly for the treatment of obesity (SURMOUNT-1 trial). New England Journal of Medicine. 2022.
8. Karu TI. Multiple roles of cytochrome c oxidase in mammalian cells under action of red and near-infrared light. IUBMB Life. 2010.
9. Neira R et al. Fat liquefaction: effect of low-level laser energy on adipose tissue. Plastic and Reconstructive Surgery. 2002.
10. Lach E. Non-invasive reduction of adipose tissue: studies of low-level laser therapy applied for body contouring and spot fat reduction. International Journal of Cosmetic Science. 2015.
11. Nestor MS et al. Low-level laser therapy for fat layer reduction: a comprehensive review. Aesthetic Surgery Journal. 2013.
12. Jankowski CM et al. Effects of exercise on visceral adipose tissue in overweight adults. Medicine and Science in Sports and Exercise. 2010.
13. Linge J et al. Body composition profiling in the UK Biobank imaging study. International Journal of Epidemiology. 2018.
14. SELECT Investigators. Semaglutide and cardiovascular outcomes in obesity without diabetes. New England Journal of Medicine. 2023.

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