What Halitosis Treatment Can Change and How Quickly Breath Usually Improves

She had started holding her hand in front of her mouth without noticing it. A colleague had leaned back during a meeting, or maybe hadn’t; she couldn’t be sure anymore. By the time she booked a dental appointment, she had already tried three mouthwashes, two brands of mints, and a week of not eating onions. Nothing seemed to stick past lunchtime.

That gap between effort and result is what most people want explained. What do halitosis treatment results actually look like when a dentist or doctor gets involved? Which causes respond in a day, which take a month, and which turn out to have nothing to do with the mouth at all?

The honest picture is more encouraging than the mouthwash aisle suggests, and more complicated than a single quick fix. Most bad breath has a findable cause, and most findable causes can be changed. The timeline depends almost entirely on which cause it is.

What halitosis treatment results can realistically change

Halitosis, the medical term for persistent bad breath, is a symptom rather than a disease. Treatment therefore works on whatever is producing the smell. A review in the National Library of Medicine estimates that roughly 85–90% of cases originate inside the mouth, most often from bacteria living on the back of the tongue and in the pockets around teeth (NIH PMC). That single figure explains why the realistic goals of treatment are so concrete.

The first thing treatment can change is the bacterial load. Fewer odor-producing bacteria means fewer of the sulfur gases that people actually smell. The second is the environment those bacteria live in: gum pockets that trap debris, a dry mouth that stops washing them away, a coated tongue that shelters them. The third, in a minority of cases, is a condition elsewhere in the body, from tonsil stones to poorly controlled diabetes, where breath odor is a clue rather than the problem.

What treatment cannot do is deliver permanently neutral breath without any ongoing effort. Everyone wakes with some morning odor because saliva flow drops overnight (Mayo Clinic). Realistic halitosis treatment results mean odor that no longer lingers through the day, no longer returns within an hour of brushing, and no longer worries the people who share your air.

One more distinction matters from the start. Some people who seek help have odor that others cannot detect. The same review describes this as pseudo-halitosis, and a persistent belief in bad breath after it has been ruled out as halitophobia (NIH PMC). Treatment results in those situations look different, and a careful clinician will say so early rather than prescribing another rinse.

How halitosis actually works: sulfur, bacteria and the back of the tongue

The chemistry is unglamorous but useful to understand. Bacteria in the mouth break down proteins from food debris, dead cells, saliva, and blood. When those proteins contain sulfur, the by-products are volatile sulfur compounds, gases that evaporate easily and carry a smell. The three that matter most are hydrogen sulfide, which smells like rotten eggs; methyl mercaptan, closer to rotting cabbage; and dimethyl sulfide, which is often linked to sources outside the mouth (NIH PMC, Porter and Scully).

Where do these bacteria thrive? Anywhere oxygen is scarce and food is plentiful. The rear third of the tongue, with its deep grooves and crypts, is the single largest reservoir. Gum pockets, the gaps that open between tooth and gum in periodontal disease, are the second. Food trapped between teeth, under ill-fitting dentures, or around a decayed tooth adds more (Cleveland Clinic).

Saliva is the mouth’s built-in defense. It rinses debris away, carries oxygen, and contains antibacterial proteins. Anything that reduces saliva, from sleep to certain medicines to breathing through the mouth, tips the balance toward the sulfur producers (Mayo Clinic). That is why morning breath is nearly universal and why dry-mouth halitosis is so stubborn.

This mechanism dictates what works. A mint changes the smell for as long as the mint lasts. Removing the tongue coating, treating the gum pockets, or restoring saliva flow changes how much gas is produced in the first place. The difference between those two approaches is, in practice, the difference between a temporary and a lasting result.

How is halitosis diagnosed before treatment begins?

A good diagnosis is what makes treatment predictable, so it is worth knowing what to expect. Most people start with a dentist, because the mouth is by far the most likely source. The dentist will look for gum inflammation, deep pockets, decay, coated tongue, and dry tissues, and will ask about medicines, smoking, diet, and when the odor is worst (NHS).

Then comes the part patients find awkward: the smell test. The organoleptic method simply means a trained clinician smells your breath and grades it, typically on a 0–5 scale from no odor to very strong odor (NIH PMC). It sounds primitive, yet it remains the reference standard because the human nose detects the mix of gases that matter to other humans.

Some practices add instruments. A sulfide monitor measures total volatile sulfur compounds in a breath sample, and gas chromatography can separate the individual gases (NIH PMC). These readings help track progress across visits and can distinguish a mouth source from a systemic one, since dimethyl sulfide points away from the oral cavity.

Preparation affects the reading. Many dentists ask patients not to eat, drink, chew gum, use mouthwash, or smoke for a few hours before the appointment, and to skip perfume or scented lotions that could mask or confuse the assessment (Mayo Clinic). Morning appointments are often preferred. If the dentist finds nothing that explains the odor, or if the gases suggest an extraoral source, the next stop is usually a primary care physician or an ear, nose and throat specialist. That referral pathway is itself part of good treatment, not a sign that treatment has failed.

What is type 3 halitosis, and what about causes outside the mouth?

People searching for type 3 halitosis have usually come across a numbered classification used in some dental literature. In that scheme, type 0 is the physiologic odor everyone has at times, type 1 is oral, type 2 comes from the airway (nose, sinuses, tonsils, lungs), type 3 arises from the gastroesophageal tract, type 4 is blood-borne, meaning gases produced elsewhere in the body reach the lungs and are exhaled, and type 5 describes odor the patient perceives but others cannot detect. It is a way of organizing thinking, not a diagnosis you receive on a form.

Type 3, then, refers to odor from the esophagus or stomach. Here the evidence deserves a candid summary. The stomach is a much less common source than folklore suggests, because the esophagus normally stays closed and gases do not travel upward except during belching (Porter and Scully). Conditions that can contribute include gastroesophageal reflux disease, a pouch in the esophagus called a Zenker diverticulum, and certain infections, but reviews consistently place these well behind oral causes in frequency (NIH PMC).

Airway sources are more frequent than stomach sources. Chronic sinusitis, postnasal drip, and tonsil stones, the small calcified clumps that form in tonsil crevices, are recognized causes, particularly in children with nasal foreign bodies or adults with recurrent tonsillitis (Cleveland Clinic, Mayo Clinic).

Blood-borne odor is the rarest and the most medically significant. Uncontrolled diabetes, kidney failure, and liver disease each produce characteristic breath changes (MedlinePlus). Treatment results in these categories depend entirely on the underlying condition and sit with the treating physician, not the dentist. Knowing the type tells you which door to knock on.

What does chronic halitosis smell like, and what does the odor reveal?

The chronic halitosis smell most people describe is a stale, sulfurous heaviness, often compared to rotten eggs or old cabbage. That is the signature of hydrogen sulfide and methyl mercaptan produced by mouth bacteria (NIH PMC). Odor from tongue coating tends toward the egg end; odor from gum disease often has the sharper, more fecal quality of methyl mercaptan, which some clinicians use as a rough clue toward periodontal involvement.

A few odors point away from the mouth, and these are the ones worth recognizing because they change who should be treating you. MedlinePlus lists several breath patterns associated with body-wide conditions (MedlinePlus, Breath odor):

• A sweet or fruity smell, sometimes described as nail-polish remover, can accompany very high blood sugar with ketone buildup.
• An ammonia or urine-like smell has been linked with advanced kidney disease.
• A musty, sweetish odor is described in severe liver disease.
• A fishy smell is characteristic of a rare metabolic condition, trimethylaminuria.

None of these is a home diagnosis, and none should be. The point is narrower: if the smell does not match the sulfurous pattern of ordinary halitosis, mention that to your dentist, who may suggest a medical review rather than more oral care.

People also ask whether they can smell their own breath. Reliably, no. The nose adapts to constant background odor, which is why licking the wrist or cupping the hands gives such inconsistent answers (Mayo Clinic). Asking a trusted person, or letting a clinician grade it, gives a far more accurate baseline against which to judge results.

Who is halitosis treatment usually for, and who is usually asked to wait?

Treatment is appropriate for anyone whose breath odor persists despite ordinary hygiene, or whose odor comes with other findings such as bleeding gums, loose teeth, a persistently dry mouth, or a coated tongue. It is also appropriate for people who have been told about the problem by others and cannot pin down a cause. Dentists see this every week, and there is no threshold of severity required to ask (NHS).

Some people are asked to wait, and the reasons are practical rather than dismissive. If you have just finished a course of antibiotics, a dentist may postpone breath testing because the drugs temporarily alter mouth bacteria and can give a falsely reassuring reading (Mayo Clinic). If odor appeared during an acute illness such as a cold, sinus infection, or tonsillitis, the usual advice is to let the infection settle first, because the breath often settles with it (Cleveland Clinic).

Someone who has recently started a new medicine and noticed dry mouth may be asked to give the body a few weeks to adapt before any change is considered, and that conversation belongs with the prescriber. People fasting for religious or medical reasons, or on very low-carbohydrate diets, are often reassured that the odor is expected and will change when the diet does (Mayo Clinic).

The group that needs the most careful handling is people with pseudo-halitosis or halitophobia. When testing is repeatedly normal, more dental treatment is not the answer and can reinforce the worry. Reviews recommend clear explanation of the results and, where the distress is significant, referral for psychological support (NIH PMC). Being asked to pause here is a form of care, not a brush-off.

How long does it take to fix halitosis? Typical timelines by cause

The question people ask most, how to fix halitosis and how quickly, has no single answer because there is no single halitosis. The table below summarizes what mainstream sources describe as typical. Every figure is a range drawn from reviews and health-service guidance, not a promise, and individual timelines vary with how consistently the underlying plan is followed.

Source of odor	What treatment changes	Typical time to noticeable change	Evidence note
Food and drink (garlic, onion, coffee, alcohol)	Nothing to treat; odor clears as compounds leave the body	Hours to about a day	Mayo Clinic notes odor persists until foods pass through the body
Tongue coating	Daily cleaning reduces bacterial reservoir	Days	Reviews describe tongue cleaning as producing rapid reduction in sulfur gases (NIH PMC)
Gum disease	Professional cleaning below the gumline plus home care lets inflamed pockets heal	Weeks, with maintenance visits over months	Periodontal treatment is the mainstay when pockets are present (NIH PMC, NHS)
Dry mouth	Addressing the cause, hydration, saliva stimulation	Variable; days if a habit changes, longer if medicine-related	Mayo Clinic; decisions about medicines sit with the prescriber
Tonsil stones, sinus disease	Managing the ENT condition	Depends on the condition	Cleveland Clinic
Systemic disease	Treating the underlying illness	Depends entirely on the illness	MedlinePlus

Two patterns stand out. First, the causes that respond fastest are the ones that involve simply removing something: food residue, tongue coating, debris under a denture. Second, the causes that involve healing tissue, chiefly gum disease, follow the timeline of tissue healing, which is measured in weeks (NIH PMC). Anyone promising a permanent fix in a day is describing a mint.

What the first days and weeks after halitosis treatment usually look like

Picture a fairly typical case: a person with moderate tongue coating, some gum inflammation, and a habit of skipping flossing. After the first appointment, they leave with a professional cleaning done, a tongue-cleaning routine demonstrated, and instructions to brush twice a day and clean between the teeth daily (NHS).

The first two or three days often feel disproportionately good. The tongue is cleaner than it has been in years, plaque has been removed, and the sulfur gases drop quickly because their producers have been physically cleared (NIH PMC). Gums that were cleaned may feel tender and may bleed a little when brushed; that is expected in the early days after scaling and usually eases as inflammation settles.

The middle stretch is where routines either take hold or fade. Somewhere in the second and third weeks the novelty wears off, and this is exactly when the gum tissue is doing its healing. Inflamed gums shrink back toward the teeth, pockets become shallower, and bleeding on brushing typically declines. The breath improvement from this phase is gradual rather than dramatic, which can be discouraging after the early win. Dentists often schedule a review around this point to check pocket depths and confirm the tongue routine is being done correctly, not too far forward and not so hard it causes soreness.

Beyond a month or two, the picture usually stabilizes. Morning odor still exists, because saliva still drops overnight, but it clears with breakfast and brushing (Mayo Clinic). If odor is still lingering through the day at this stage despite honest effort, that is the signal for the dentist to look harder or to refer, because the mouth may not be the whole story.

Can you ever get rid of halitosis for good?

The straightforward answer is that persistent odor can usually be controlled to the point where it no longer registers to others, and for many people that control lasts as long as the underlying cause stays managed. Whether that counts as getting rid of halitosis depends on what you expect. Nobody achieves permanently odor-free breath; the biology of sleep and saliva does not allow it (Mayo Clinic).

What the evidence supports is durable control when the cause is oral. Tongue cleaning works only while it continues. Gum disease that has been treated stays quiet only with maintenance cleaning and daily interdental care; without it, pockets refill with bacteria and the odor returns, sometimes within weeks (NIH PMC, NHS). Dentures need cleaning every day for the same reason.

For dry mouth, the outlook hinges on the cause. If the trigger is mouth breathing at night or dehydration, changes can hold indefinitely. If it is a medicine that the person genuinely needs, the goal shifts from eliminating dryness to compensating for it, with saliva stimulation and hydration, and the prescriber weighs whether any adjustment is appropriate. Cleveland Clinic lists hundreds of medicines that can reduce saliva, which is why this conversation is common and why it belongs with the person who prescribed them.

Odor from systemic disease follows the disease. When blood sugar is brought under control or kidney function is supported, the associated breath change typically resolves alongside, but that is an outcome of treating the illness, not the breath (MedlinePlus).

So the fairest framing is this: halitosis behaves like a maintained condition rather than an infection you clear once. People who understand that tend to be the ones whose results last.

Halitosis treatment results by cause: gum disease, dry mouth and medicines

Gum disease deserves its own account because it is the cause most likely to need professional hands. Gingivitis, the early reversible stage, produces bleeding and inflammation that improve with cleaning. Periodontitis, the later stage where the supporting bone and ligament are affected, creates pockets that a toothbrush cannot reach. Treatment involves scaling and root planing, meaning the dentist or hygienist removes hardened deposits below the gumline and smooths the root surface so tissue can reattach (NIH PMC). Halitosis treatment results here track the pockets: as they shallow, odor falls. Some cases with persistent deep pockets are considered for surgical approaches or, at the dentist’s discretion, an antibiotic used alongside cleaning. Whether any antimicrobial is appropriate is a clinical judgment for the treating dentist.

Dry mouth, or xerostomia, changes breath because saliva normally dilutes and clears bacteria. Common contributors include mouth breathing, snoring, smoking, alcohol, dehydration, salivary gland conditions, radiation to the head and neck, and a long list of medicines (Mayo Clinic). Antihistamines, some antidepressants, diuretics, and certain blood pressure medicines are among the classes most often mentioned. Nobody should stop or alter any of these on their own; the useful step is to tell the prescriber that dry mouth and breath odor have appeared, so the clinician can weigh options.

What can be changed directly is the environment. Sipping water through the day, chewing sugar-free gum to stimulate saliva, avoiding tobacco and alcohol-based rinses, and cleaning dentures nightly all reduce the dryness effect (NHS, Cleveland Clinic). Results from these steps often show within days, though they need to continue for as long as the underlying dryness does.

Tobacco sits in a category of its own. Smoking dries the mouth, deposits odor directly, and roughly doubles the risk of gum disease, so quitting improves breath by three separate routes (CDC on smoking and oral health).

Do mouthwashes and tongue scrapers actually work? What the evidence shows

Tongue cleaning has the clearest evidence of the home measures. Because the rear of the tongue holds the largest bacterial reservoir, mechanical removal of the coating reduces the gases that cause odor, and reviews describe measurable reductions in volatile sulfur compounds soon after cleaning begins (NIH PMC). A dedicated scraper or the back of a toothbrush both work; technique matters more than tool. Reach as far back as is comfortable without gagging, use gentle pressure, and rinse the device between strokes.

Mouthwashes divide into two kinds. Cosmetic rinses mask odor and do little else; the NHS is explicit that mouthwash alone does not treat bad breath (NHS). Antimicrobial rinses aim to reduce bacteria or neutralize sulfur. Chlorhexidine is the most studied antiseptic and does lower sulfur gases, but prolonged use can stain teeth and alter taste, so it is generally used for limited periods on professional advice (NIH PMC). Rinses containing zinc compounds bind sulfur directly, and cetylpyridinium chloride is another antimicrobial that appears in the literature. Whether any of these suits a particular person is a question for the dentist, and none replaces cleaning.

Interdental cleaning, with floss or small brushes, removes food debris that a toothbrush misses. It contributes most when gum pockets are present (NHS).

Then there are the things people try that the evidence does not support. Probiotics for breath have been studied in small trials with mixed results, and reviews do not currently recommend them as standalone treatment (NIH PMC). Digestive supplements and detox regimens have no mainstream evidence for halitosis. Oil pulling, swishing edible oil in the mouth, has not been shown to outperform ordinary cleaning. Saying so plainly saves people money and, more importantly, time that would be better spent on the measures that work.

What people often get wrong about bad breath

The most persistent myth is that bad breath comes from the stomach. It rarely does. The esophagus stays closed except during swallowing and belching, and reviews attribute the great majority of cases to the mouth, with the stomach a distant contributor (Porter and Scully, NIH PMC). Treating a mouth problem with digestive remedies is a common and costly detour.

A second error is trusting your own nose. People cannot reliably smell their own breath, and the wrist-lick and cupped-hands tests are inconsistent (Mayo Clinic). Some people are convinced they have severe odor when testing is normal; others have significant odor they cannot perceive. A clinician’s grading is the only dependable measure.

Third, brushing harder does not help. Aggressive brushing damages gums and does nothing for the tongue coating, which is where most of the odor lives. Gentle, thorough cleaning of teeth, between teeth, and tongue outperforms force every time (NHS).

Fourth, mouthwash is often treated as a treatment when it is a mask. Alcohol-based rinses can also dry the mouth and, in the longer run, make matters worse (Cleveland Clinic).

Fifth, people assume that if odor persists after a cleaning, treatment has failed. Often the first cleaning simply revealed that the cause lies elsewhere: a tonsil, a sinus, a medicine. That is diagnostic progress.

Finally, there is a quieter misconception: that halitosis is a personal failing. Dry mouth from a necessary medicine, gum disease with a genetic component, tonsil crypts you were born with, none of these reflects hygiene or character. Approaching the problem as a medical one, with a findable cause, is both kinder and more effective.

Questions to ask your care team

Walking into an appointment with a short list changes the conversation from vague reassurance to a specific plan. These are the questions that tend to produce the most useful answers.

• What do you think is the main source of the odor in my case, and how confident are you?
• Did you grade my breath, and what was the score? Can we repeat it at my next visit so I can see whether it is changing?
• Do I have gum pockets, and how deep are they? Will you measure them again after treatment?
• Is there tongue coating, and can you show me exactly how far back and how firmly to clean?
• Do any of my medicines reduce saliva? Should I raise this with the doctor who prescribes them?
• Is a particular mouthwash appropriate for me, for how long, and what side effects should I watch for?
• Roughly how long should it take before I notice a difference, given my specific cause?
• If the odor does not improve within that window, what is the next step, and would you refer me to a physician or an ear, nose and throat specialist?
• Is there anything about the smell itself that suggests a cause outside the mouth?
• How often should I come back for maintenance once things have settled?

For people who have been told their breath is normal but remain worried, one more question is worth asking directly: could this be a perception issue rather than an odor issue, and where can I get support with that? Clinicians who take halitosis seriously will welcome the question. It signals that you want the right treatment, not simply more of it.

When to call your doctor

Most halitosis is a dental matter, and a dentist is the right first call for odor that persists despite good daily cleaning, or that comes with bleeding gums, loose teeth, tooth pain, or a coated tongue (NHS). Certain features, though, should prompt a call to a physician promptly rather than another dental visit.

Seek medical advice the same day, or urgently if symptoms are severe, if breath odor appears alongside any of the following:

• A sweet or fruity smell together with excessive thirst, frequent urination, nausea, vomiting, or drowsiness, which can indicate dangerously high blood sugar with ketone buildup (MedlinePlus).
• An ammonia or urine-like odor with swelling of the legs, reduced urination, or unusual fatigue.
• Fever, difficulty swallowing, difficulty breathing, or swelling on one side of the throat or face, which may point to an abscess or serious infection.
• Unexplained weight loss, persistent cough, coughing up blood, or a hoarse voice lasting more than a few weeks.
• Persistent heartburn, painful swallowing, or food regurgitation that accompanies the odor.
• Confusion or sudden behavioral change together with a musty breath odor, which can accompany severe liver problems.

In children, a foul nasal odor from one nostril can indicate a foreign body in the nose and should be checked (Mayo Clinic). Anyone with a known condition such as diabetes, kidney disease, or liver disease who notices a new change in breath should mention it to their treating physician rather than waiting for a routine visit.

None of these signs means something is definitely wrong. They mean that breath odor has stopped being the main question and has become a clue, and the people best placed to follow that clue are your treating team.

Frequently asked questions

How long does it take to fix halitosis?

It depends on the cause. Odor from food clears within hours to about a day, tongue-coating odor usually improves within days of regular cleaning, and gum-disease odor typically takes weeks of professional and home care as pockets heal, according to reviews in the National Library of Medicine and Mayo Clinic guidance. Causes outside the mouth follow the timeline of the underlying condition. Persistent odor after a month of consistent effort deserves reassessment.

What is type 3 halitosis?

Type 3 halitosis, in a numbered classification used in some dental literature, refers to odor originating from the esophagus or stomach. Reviews consider this uncommon, since the esophagus normally stays closed and gases do not rise except during belching. Conditions sometimes involved include reflux disease and an esophageal pouch. Most halitosis is type 1, meaning oral, so dentists usually rule out the mouth before investigating the digestive tract.

Can you ever get rid of halitosis completely?

Persistent odor can usually be controlled so that others no longer notice it, but nobody has permanently odor-free breath, because saliva drops during sleep and morning odor is universal. Lasting control depends on maintaining whatever addressed the cause: daily tongue cleaning, periodontal maintenance visits, managing dry mouth, or treating a medical condition. If the routine stops, the bacteria and the odor typically return.

What does chronic halitosis smell like?

Most chronic halitosis has a stale, sulfurous quality often compared to rotten eggs or cooked cabbage, produced by volatile sulfur compounds from mouth bacteria. Gum-disease odor is often sharper and more fecal. Odors that point away from the mouth include sweet or fruity breath in uncontrolled diabetes, an ammonia-like smell in kidney disease, and a musty odor in liver disease, as described by MedlinePlus.

How do dentists measure whether halitosis treatment is working?

The standard method is organoleptic grading, in which a trained clinician smells the breath and scores it on a 0–5 scale. Some practices also use a sulfide monitor to measure total volatile sulfur compounds, which allows a number to be compared across visits. Dentists also re-measure gum pocket depths and bleeding, because those track the underlying disease that drives odor.

Does mouthwash count as halitosis treatment?

Cosmetic mouthwash masks odor temporarily and does not treat the cause; the NHS states this plainly. Antimicrobial rinses such as chlorhexidine or zinc-containing products can reduce sulfur gases, but chlorhexidine may stain teeth with prolonged use, so it is generally used for limited periods under dental advice. Rinses are an adjunct to tongue cleaning, interdental cleaning, and professional care, never a substitute.

Why does my breath still smell after brushing?

Brushing reaches the teeth but not the two places most odor comes from: the back of the tongue and the pockets around teeth in gum disease. Dry mouth also lets bacteria rebound quickly after brushing. If odor returns within an hour of thorough cleaning, or persists despite tongue and interdental cleaning, a dental examination is the appropriate next step to find the specific source.

Can medicines cause halitosis, and what can be done?

Yes, indirectly. Many medicine classes, including some antihistamines, antidepressants, diuretics, and blood pressure treatments, reduce saliva, and a dry mouth favors odor-producing bacteria. Nobody should stop or change a prescribed medicine on their own. The useful step is to tell the prescribing clinician about the dry mouth so they can weigh options, while using hydration and saliva-stimulating measures in the meantime.

How to fix halitosis caused by tonsil stones or sinus problems?

These are airway sources, so the treatment is managing the ear, nose and throat condition rather than more oral care. Tonsil stones sometimes dislodge on their own or with gentle gargling; recurrent or troublesome cases are assessed by a physician or specialist. Chronic sinusitis and postnasal drip are treated according to their own guidelines. Breath typically improves as the underlying condition is controlled.

What if tests show my breath is normal but I still worry about it?

This is recognized in the medical literature as pseudo-halitosis, or halitophobia when the worry persists after repeated normal results. It is common enough that reviews devote sections to it. More dental treatment does not help and can reinforce the concern. A clear explanation of the test results, and where distress is significant, referral for psychological support, are the recommended approaches.

References

• NHS: Bad breath
• Cleveland Clinic: Bad breath (halitosis)
• MedlinePlus: Breath odor
• NIH PMC: Halitosis: From diagnosis to management

This article is for general information only and is not a substitute for professional medical advice. Please consult a qualified doctor about your individual situation.