AST Blood Test (SGOT): Normal Range, High Results and the AST to ALT Ratio Explained

The result lands in a patient portal at 9:47 on a Tuesday night: one line in red, a number, the letters AST, and next to it, in brackets, SGOT. No phone call. No context. Just a value a few points above the range, and a long stretch of hours before the clinic opens.

That small red flag sends more people searching than almost any other line on a routine blood panel. Part of the confusion is the double name. Part is that the same number can mean nothing at all, or something worth chasing. A weekend of heavy lifting can raise it. So can a liver quietly storing fat for a decade.

What follows is the version a careful clinician would walk you through if the appointment lasted an hour instead of twelve minutes: what the enzyme is, where the ranges come from, what 140 actually implies, and why the ratio between two enzymes often says more than either one alone.

What is SGOT in a blood test, and why does it have two names?

SGOT stands for serum glutamic-oxaloacetic transaminase. That mouthful was coined in the 1950s, when the enzyme was first measured in blood. Biochemists later renamed it aspartate aminotransferase, or AST, and the two labels now sit side by side on lab reports because older clinicians, older software and older textbooks never fully let go of the first one. They are the same test. Nothing about your body changes depending on which abbreviation your lab prints.

The enzyme itself does ordinary housekeeping work. Inside cells, AST shuffles an amino group between aspartate and a related molecule, a step in how cells turn amino acids into energy and rebuild proteins. It lives in two compartments: the watery interior of the cell and, separately, inside mitochondria. That detail matters later, because certain injuries spill mostly the first kind while others crack open the second.

Where does it live? Liver cells hold a great deal of it. So do heart muscle, skeletal muscle, kidneys, brain tissue and red blood cells. When any of those cells are stressed or die, their contents leak into the bloodstream and the enzyme concentration rises. A blood test measures that leakage, expressed as units of enzyme activity per liter (U/L).

The consequence is easy to miss: an AST result is a damage signal, not a liver signal. MedlinePlus describes the test as one that helps check for liver disease, and that is its most common use, but the enzyme cannot tell you which organ it came from. That is why it is almost never ordered alone. It travels with ALT, alkaline phosphatase, bilirubin and albumin in what most reports call a liver function or hepatic panel.

SGOT normal range: what the numbers on your report actually mean

Most US laboratories place the adult reference interval for AST somewhere between about 8 and 40 U/L, with the upper limit varying by lab. MedlinePlus cites 8 to 33 U/L as a typical range; Mayo Clinic lists 8 to 48 U/L. Neither is wrong. Each laboratory sets its own cutoffs from the machines it uses and the population it tested to calibrate them, which is why the same blood sample can read “high” at one facility and “normal” at another.

A reference interval is also a statistical object rather than a medical verdict. Labs define it as the span covering the middle 95 percent of healthy people. By construction, about one healthy person in forty lands above it on any given draw, having done nothing wrong. A result two or three points over the line, with every other liver marker normal, is often exactly that person.

Several ordinary factors nudge the number:

• Sex: men tend to run slightly higher than women, and some labs publish separate ranges.
• Age: newborns and infants have values well above adult ranges, which fall through childhood.
• Body weight: higher body mass is associated with modestly higher transaminases, largely through liver fat.
• Pregnancy: AST usually stays normal or dips slightly, so a clear rise in pregnancy gets attention rather than a shrug.
• Time of day and recent food: minor effects, generally not enough to push a normal value out of range.

One practical rule follows from all this. Read your result against the range printed on your own report, not against a range from a website, and ask for the previous values if you have them. A number that has sat at 36 for five years tells a different story than one that jumped from 20 to 36 since last spring.

SGOT vs SGPT: which liver enzyme matters more?

Every panel that reports SGOT reports SGPT beside it. SGPT is the old name for alanine aminotransferase, ALT, and the pair are interpreted together for a simple anatomical reason. ALT is concentrated overwhelmingly in the liver, with only small amounts in muscle and kidney. AST is spread across many tissues. When ALT climbs, the liver is almost always the source. When AST climbs alone, the source could be a muscle, a red blood cell, or the heart.

The two enzymes also clear from the blood at different speeds. AST has a plasma half-life of roughly 17 hours; ALT lingers closer to 47 hours. After a single injury, AST therefore spikes faster and falls faster, while ALT rises more slowly and stays up longer. Two blood draws a few days apart can reveal that timing and hint at whether an insult is fresh, resolving, or ongoing.

Which matters more? For screening the liver, ALT is the more specific tool, and Cleveland Clinic and other sources treat it as the primary liver enzyme. AST earns its place through pattern. Its relationship to ALT, and its behavior when ALT is normal, add information that ALT by itself cannot supply.

A useful way to hold both in mind: ALT answers “is the liver irritated?” while AST answers “how, and is anything else involved?” Neither measures liver function in the strict sense. A liver can be badly scarred with near-normal enzymes, and a healthy liver can leak enzymes for a week after a marathon. The word “function” on the panel is a historical habit. Albumin, bilirubin and clotting tests speak to function; the transaminases speak to injury.

What does it mean if my SGOT level is high?

A high SGOT means cells somewhere released more of the enzyme than usual. Beyond that, the number alone is silent, and the honest answer to “what does it mean” is “it depends on what is high beside it and on you.”

In adults in the United States, the most frequent explanation for a mildly raised AST found on routine testing is fat accumulation in the liver, now called metabolic dysfunction-associated steatotic liver disease, previously non-alcoholic fatty liver disease. Cleveland Clinic estimates it affects roughly one in four adults worldwide. Alcohol is the second great contributor. After those two come medications and supplements, viral hepatitis, muscle injury, and a long tail of less common conditions.

Clinicians sort possibilities by looking at the company AST keeps:

• AST and ALT both up, ALT higher: points toward the liver, often fatty liver, viral hepatitis or a medication effect.
• AST up more than ALT, ratio above 2: classically raises the question of alcohol-related liver disease, or advanced scarring from any cause.
• AST up, ALT normal, creatine kinase high: muscle, not liver, until proven otherwise.
• AST and ALT up with alkaline phosphatase and bilirubin also up: bile flow or a mixed picture, which changes the imaging a doctor orders.

Degree matters too, and it matters more than most people expect. Values under twice the upper limit, in a person who feels well, frequently normalize on repeat within a few weeks; research summarized in the NIH StatPearls review on liver tests notes that a substantial share of isolated mild elevations resolve without a diagnosis ever being made. Values in the hundreds demand explanation. Values over 1,000 U/L are an emergency conversation, because that scale of leakage usually reflects acute hepatitis, a toxic injury or a sudden loss of blood flow to the liver.

So a high result is a prompt, not a sentence. It tells a clinician where to look and how urgently.

How high is high? Mild, moderate and marked AST elevations

Doctors rarely think in raw numbers when reading transaminases. They think in multiples of the upper limit of normal (ULN), because that adjusts automatically for whichever range a particular lab uses. If your lab’s upper limit is 40 U/L, then 80 is two times ULN and 200 is five times. The table below reflects the tiers most clinical references use.

Category	Multiple of upper limit	Typical AST if ULN is 40 U/L	Patterns often behind it
Borderline	Up to about 1.5x	41 to 60	Statistical variation, recent exercise, early fatty liver, minor medication effects
Mild	Under 5x	Up to about 200	Fatty liver, alcohol, chronic viral hepatitis, medications, celiac disease, muscle strain
Moderate	5x to 15x	200 to 600	Acute viral hepatitis, autoimmune hepatitis, alcohol-related hepatitis, significant drug reactions, muscle injury
Marked	Above 15x	Over 600, often over 1,000	Acute viral hepatitis, toxic injury, ischemic liver injury, acute bile duct obstruction

Two caveats keep this table honest. First, the tiers describe probability, not certainty. Alcohol-related hepatitis, for instance, almost never pushes AST above 300 U/L, and a value above that in a heavy drinker makes clinicians look for a second cause. Second, chronic disease can hide in the borderline row. Cirrhosis from long-standing hepatitis C may run with enzymes only slightly above normal, or fully normal, because so few working liver cells remain to leak anything.

The number tells you how loud the signal is. The rest of the panel, your history and the trend over time tell you what is making the noise.

What if SGOT is 140?

People type this exact number into search bars because 140 sits in an uncomfortable middle. It is unmistakably abnormal, roughly three and a half times a typical upper limit of 40 U/L, yet far below the values that send someone to an emergency department. Here is how a clinician would read it.

At 140, the elevation falls squarely in the “mild” tier by multiples of normal, which sounds reassuring and is, in the sense that it does not by itself indicate liver failure. It is not, however, a number to recheck in a year and forget. Something is producing sustained leakage at that level, and the common candidates are well known: fatty liver with inflammation, alcohol use above low-risk levels, a medication or supplement started in recent months, chronic hepatitis B or C, or a muscle source that has nothing to do with the liver.

The very first question is whether ALT is also 140-ish, much higher, or normal. An ALT of 180 next to an AST of 140 suggests the liver and, statistically, fatty liver or viral hepatitis. An ALT of 60 next to an AST of 140 gives a ratio above 2 and shifts attention toward alcohol or advanced fibrosis. An ALT of 25 next to an AST of 140 makes a doctor reach for a creatine kinase test to ask about muscle.

The second question is context. Did you run a half marathon, start a new strength program, or have a bad fall within the past week? Did a new prescription or an herbal product enter your routine? Have you had unexplained fatigue, dark urine, pale stools or yellowing of the eyes?

What typically happens next: a repeat panel in a few weeks with the added tests described later in this article, and often an ultrasound. A single 140 warrants a proper look. It does not, on its own, warrant panic.

The AST to ALT ratio explained (the De Ritis ratio)

In 1957 an Italian physician, Fernando De Ritis, noticed that patients with different liver diseases showed different proportions of the two transaminases, and the AST to ALT ratio has carried his name ever since. Nearly seventy years on, it remains one of the cheapest pieces of diagnostic information in medicine, because it costs nothing beyond the two tests already on the panel.

The mechanism is genuinely interesting. Alcohol damages mitochondria, releasing the mitochondrial form of AST that ALT has no counterpart for. Alcohol also depletes pyridoxal 5′-phosphate, the active form of vitamin B6, which both enzymes need to work but ALT needs more. The combination raises AST and blunts ALT, so the ratio climbs. A ratio above 2 in someone with a raised AST is strongly associated with alcohol-related liver disease; above 3 is more specific still. Because alcohol rarely drives AST beyond about 300 U/L, a very high ratio tends to occur with only moderately elevated numbers.

Most other liver conditions behave the opposite way. Fatty liver, chronic viral hepatitis and medication-related injury usually keep ALT higher than AST, giving a ratio below 1. Here is the twist that makes the ratio useful over time: as any chronic liver disease progresses toward significant scarring, the ratio drifts upward and often crosses 1. Clearance of AST slows in a scarred liver while ALT production falls, and the balance tips. A rising ratio in someone with known fatty liver is therefore a quiet warning sign, one that prompts imaging or fibrosis scoring.

Limits are real. The ratio is uninterpretable when both enzymes are normal; a 20 over 10 result means nothing. It is confounded by muscle injury, which raises AST alone. And the 2013 review in Clinical Biochemist Reviews indexed on PubMed cautions that the ratio was validated in symptomatic patients with clear disease and performs less well as a screening tool in the general population. Treat it as a hint that shapes the next question, not as an answer.

When a high SGOT has nothing to do with your liver

A surprising share of “abnormal liver tests” are not liver tests at all, once you trace the enzyme to its source. AST sits in skeletal muscle in quantities large enough that ordinary life can move the number.

Exercise is the classic example. Strenuous or unaccustomed activity, especially eccentric work like downhill running or heavy lifting, damages muscle fibers and releases AST along with creatine kinase. Studies of endurance athletes show AST rising to two or three times normal after a marathon and staying elevated for several days; a few days of rest before a repeat draw usually resolves the question. A person who begins a new weight program and has bloodwork the following Monday can produce an alarming result from a healthy liver.

Muscle disease does the same thing without exercise. Inflammatory muscle conditions, inherited muscular dystrophies, thyroid disorders that affect muscle, and muscle injury from certain medications all raise AST, often with ALT barely moving. The tell is a creatine kinase test, which is muscle-specific. Doctors who see AST up and ALT normal will typically order it before ordering a liver ultrasound.

Red blood cells carry AST too. If a sample hemolyzes, because the draw was difficult or the tube sat too long, the lab may flag the specimen, but a mild hemolytic artifact can slip through and inflate the result. A clean repeat sample settles it. Conditions that break red cells inside the body produce the same effect for real.

The heart deserves a historical footnote. Before troponin testing existed, AST was one of the enzymes used to confirm a heart attack, because heart muscle is rich in it. Troponin is far more specific and has replaced that role entirely, though a raised AST during acute cardiac illness still reflects the same biology.

Thyroid disease, celiac disease and, rarely, a benign lab quirk called macro-AST round out the list. The lesson is consistent: an isolated AST rise earns a look at the muscles and the blood sample before the liver takes the blame.

Fatty liver: the most common reason for a raised SGOT today

If you pulled a hundred American adults off the street and tested them, the NHS and Cleveland Clinic estimates suggest that somewhere between a quarter and a third would have excess fat stored in the liver. Most would feel nothing. Many would have entirely normal enzymes. Some would show a modest bump in AST and ALT, and for them the blood test is the first and often only sign.

The condition was renamed in 2023 from non-alcoholic fatty liver disease (NAFLD) to metabolic dysfunction-associated steatotic liver disease (MASLD), a change meant to describe what drives it rather than what does not. It clusters with insulin resistance, excess weight around the abdomen, high triglycerides and type 2 diabetes, and it is more common in people carrying extra weight, though it also occurs in people of average weight, particularly those of South Asian ancestry.

Fat alone is relatively benign. Trouble starts when stored fat triggers inflammation, a stage called steatohepatitis, which over years can lay down scar tissue. The NHS describes this progression in four stages, from simple fatty liver through steatohepatitis and fibrosis to cirrhosis, and notes that most people never move past the first. The enzyme pattern in fatty liver typically shows ALT above AST, with values under two to three times normal. A drift of the AST to ALT ratio above 1 in a person with fatty liver is one of the signals that fibrosis may be developing, and it prompts non-invasive tests such as the FIB-4 score or elastography.

Why does this matter for a red number in your portal? Because fatty liver is the one common cause where the evidence on reversal is strong and does not involve a prescription. Studies summarized by Cleveland Clinic and the NHS show that losing 7 to 10 percent of body weight reduces liver fat and inflammation in most people who achieve it, and that even 3 to 5 percent lowers fat content. Enzymes follow, usually over months rather than weeks.

Alcohol and SGOT: what the evidence actually shows

Alcohol’s relationship with AST is direct, dose-related and, for most people, reversible in its early stages. Ethanol is metabolized in liver cells, and the byproducts stress mitochondria, provoke inflammation and encourage fat storage. AST responds first and most, for the reasons behind the De Ritis ratio: mitochondrial AST leaks, and the vitamin B6 depletion that heavy drinking causes suppresses ALT more than AST.

What counts as “heavy”? The CDC defines heavy drinking as 15 or more standard drinks per week for men and 8 or more for women, and binge drinking as 5 or more drinks (men) or 4 or more (women) on a single occasion. Liver injury risk rises steadily above roughly 2 drinks per day for men and 1 for women sustained over years, with wide individual variation driven by genetics, body weight, sex and co-existing fatty liver. A person with metabolic fatty liver who also drinks at moderate levels carries a compounded risk that neither factor alone would predict.

The enzyme signature is recognizable: AST elevated but usually below 300 U/L, ALT lower, a ratio above 2, often accompanied by a raised gamma-glutamyl transferase (GGT) and enlarged red blood cells (a high MCV on a blood count). None of those markers is individually diagnostic. Together, in a person who drinks, they are persuasive.

The encouraging evidence concerns recovery. In people without established cirrhosis, AST and GGT begin falling within days to weeks of stopping alcohol, and many return to normal within one to three months. Repeat testing after a period of abstinence is one of the most informative and least invasive diagnostic tests a clinician can arrange, and it doubles as the intervention.

A word about candor: doctors interpret these panels far better when the drinks-per-week estimate is accurate. Underestimating by half, which is common and human, can send a workup in the wrong direction for months.

How to reduce SGOT and SGPT quickly: the honest answer

The most-searched version of this question wants a shortcut, and the truthful reply is that none exists. Transaminases are not a substance you can flush; they are a readout of how many cells are currently leaking. The number falls when the injury stops. Everything that genuinely lowers SGOT and SGPT works by removing the cause, and the speed depends entirely on which cause it was.

Where the cause is recent muscle exertion, the fix is fast. Rest for five to seven days and retest; AST typically returns to baseline as damaged fibers repair.

Where alcohol is the driver, stopping produces measurable improvement within two to four weeks, and often normalization within a few months, provided scarring is not advanced.

Where a medication or supplement is implicated, a clinician may decide to pause or swap it, and enzymes generally settle over several weeks. Never stop a prescribed medication on your own account because of a lab value; the risk from the underlying condition may far outweigh the risk from a mild enzyme rise, and that judgment belongs in a conversation with the prescriber. Herbal and bodybuilding products deserve particular scrutiny; the NIH Office of Dietary Supplements and MedlinePlus both note that certain botanical extracts and unregulated supplements are recognized causes of liver injury.

Where fatty liver is the reason, the timeline is months. Gradual weight reduction, more physical activity, less added sugar and refined carbohydrate, and management of blood sugar and triglycerides all reduce liver fat, and enzymes drift down as inflammation eases. Coffee consumption has been associated with lower transaminase levels and lower rates of liver fibrosis in multiple observational studies, an association that is consistent but not proven causal.

What the evidence does not support: “liver detox” products, cleanses, or single foods marketed as enzyme-lowering. There is no clinical trial evidence that any of them change AST or ALT, and some supplements sold for liver health have themselves caused liver injury. The liver is the detox organ. It needs fewer insults, not more inputs.

What happens after an abnormal SGOT: the workup, step by step

An unexpected transaminase result triggers a fairly standard sequence in primary care, and knowing it in advance takes much of the dread out of the follow-up visit.

Step one is almost always a repeat. Guidance summarized in the NIH StatPearls review suggests rechecking a mild, unexplained elevation in a well person after a few weeks, ideally after avoiding alcohol and strenuous exercise for several days beforehand. A meaningful fraction of these results normalize, and the workup ends there.

Step two, if the elevation persists or was substantial from the start, is a targeted set of blood tests. A typical first-line panel includes:

• Hepatitis B and C serology, which the CDC recommends every adult be screened for at least once regardless of enzyme results.
• Iron studies, including ferritin and transferrin saturation, to look for hereditary hemochromatosis.
• Creatine kinase if AST is disproportionately high, to rule in or out a muscle source.
• A full blood count, thyroid function and, in many cases, celiac antibodies.
• Autoimmune markers and ceruloplasmin in younger patients or when the first round is unrevealing.

Step three is imaging, usually an abdominal ultrasound. It shows fat, gallstones, bile duct dilation, and gross changes in liver texture. If fatty liver is found, a fibrosis estimate follows, either a calculated score such as FIB-4 (built from age, AST, ALT and platelet count) or an elastography scan that measures liver stiffness.

Referral to a liver specialist happens when enzymes exceed about five times normal, when the first-line panel finds a specific disease, when fibrosis scores are elevated, or when the cause stays unexplained after six months. Liver biopsy, once routine, is now reserved for the minority of cases that non-invasive testing cannot settle.

Through all of this, the trend matters more than any single draw. Ask for copies of each result and keep them together.

When to see a doctor about a high SGOT (and when to go today)

Most abnormal SGOT results can wait for a scheduled appointment. A few cannot, and the difference lies in symptoms and scale rather than in the number alone.

Seek care the same day, or go to an emergency department, if a raised AST comes with any of the following: yellowing of the skin or the whites of the eyes, confusion or unusual drowsiness, severe pain in the upper right abdomen, vomiting that will not stop, a swollen abdomen, black or bloody stools, or a very high fever. These can signal acute hepatitis, bile duct obstruction or early liver failure. The same urgency applies if you learn that a lab value is above roughly 1,000 U/L, or if you have recently taken more than the labeled amount of any over-the-counter pain reliever, whether by accident or intent.

Book an appointment within a week or two if the result is moderately high (above about five times normal) even without symptoms, if you have known liver disease and the number has jumped, if you are pregnant, or if you have persistent fatigue, itching, dark urine, pale stools, or unexplained weight loss.

A routine follow-up is appropriate for mild elevations in a person who feels well, and it is still worth having. Chronic hepatitis, fatty liver and iron overload are all quiet for years, and the early stage is exactly when they are most reversible. Bring a complete list of everything you swallow, including supplements, protein powders and herbal teas, and an honest account of alcohol over a typical week.

Finally, do not skip the recheck because the number was only a little high. The most common way serious liver disease is caught late is not a missed test. It is a mildly abnormal result that nobody followed up.

Frequently asked questions

What does it mean if my SGOT level is high?

A high SGOT means cells in the liver, muscle, heart or blood have leaked more AST enzyme than usual. It does not identify the organ or the cause by itself. In adults the most common reasons are fatty liver, alcohol, medications or supplements, viral hepatitis and recent muscle exertion. A clinician reads it alongside ALT, the AST to ALT ratio and your history, then usually repeats the test before drawing conclusions.

What is the SGOT normal range?

Most laboratories consider roughly 8 to 40 U/L normal for adults, though the exact upper limit varies by lab and some publish separate ranges for men and women. Children and especially infants run higher. Always compare your value against the reference range printed on your own report, and ask for earlier results, because a stable number over years is interpreted differently from a recent jump.

What if my SGOT is 140?

An AST of 140 U/L is about three and a half times a typical upper limit, clearly abnormal but well short of emergency territory. Common explanations include fatty liver with inflammation, alcohol, a new medication or supplement, chronic viral hepatitis, or muscle injury. The next steps are usually a repeat panel with hepatitis, iron and creatine kinase tests plus an ultrasound. Seek prompt care if you also have jaundice, severe abdominal pain or confusion.

How can I reduce SGOT and SGPT quickly?

There is no quick method, because the enzymes reflect ongoing cell damage rather than a substance you can clear. Levels fall when the cause stops: muscle-related rises settle within a week of rest, alcohol-related rises improve within weeks of abstinence, and fatty liver improves over months with gradual weight loss and activity. No cleanse or supplement has trial evidence for lowering AST or ALT, and some have caused liver injury.

What is the AST to ALT ratio and why does it matter?

The AST to ALT ratio, also called the De Ritis ratio, compares the two transaminases to hint at the cause of liver injury. A ratio above 2 with a raised AST is associated with alcohol-related liver disease. Fatty liver and viral hepatitis usually show a ratio below 1, and a ratio drifting above 1 in chronic disease can signal developing scarring. It is a clue, not a diagnosis, and means little when both enzymes are normal.

Can exercise raise SGOT?

Yes. Skeletal muscle contains large amounts of AST, and strenuous or unfamiliar exercise, particularly heavy lifting or long-distance running, damages muscle fibers enough to raise AST for several days. In these cases ALT usually stays near normal and creatine kinase is high. Doctors often ask about recent activity and suggest avoiding intense workouts for a few days before a repeat draw to see whether the value settles.

Is a high SGOT always a liver problem?

No. AST is also found in heart muscle, skeletal muscle, kidneys, brain and red blood cells, so muscle injury, muscle disease, hemolysis in the sample or in the body, thyroid disorders and celiac disease can all raise it. When AST rises while ALT stays normal, clinicians typically test creatine kinase for a muscle source and consider a fresh blood sample before investigating the liver further.

Can SGOT be normal if I have liver disease?

Yes, and this is a common misunderstanding. Transaminases measure current cell injury, not how well the liver works or how much scarring exists. Advanced cirrhosis, especially from long-standing hepatitis C or fatty liver, can present with normal or only slightly raised enzymes because few working cells remain to leak them. Albumin, bilirubin, platelet count and clotting tests speak more directly to liver function.

What does SGOT and SGPT indicate together?

Read together, SGOT (AST) and SGPT (ALT) indicate whether the liver is the likely source of injury and suggest the pattern behind it. ALT is concentrated in the liver, so a rise in both with ALT higher points toward liver causes such as fatty liver or viral hepatitis. AST higher than ALT raises the question of alcohol, advanced scarring or a muscle source. Their relative levels and trend over time guide the next tests.

How long does it take for SGOT to return to normal?

It depends on the cause. AST has a half-life of about 17 hours, so once an injury stops the enzyme clears within days; exercise-related rises typically normalize within a week. Alcohol-related elevations usually improve within two to four weeks of stopping and may normalize in one to three months. Fatty liver improvements take months of sustained change. Persistent elevation despite removing suspected causes warrants further investigation.

References

• MedlinePlus: AST Test
• NHS: Non-alcoholic fatty liver disease (NAFLD)
• NIH StatPearls: Liver Function Tests

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.