
How to read InBody results and what actually matters
A practical guide to the InBody 970/970S result sheet: muscle, fat, body water, segmental readings, visceral fat, BMR and why trend matters more than one printout.
Articles about preparation, result interpretation, muscle mass, fat, body water, blood pressure, HRV, stress, recovery and functional strength. The goal is to explain the values that may appear during a visit in plain language.

A practical guide to the InBody 970/970S result sheet: muscle, fat, body water, segmental readings, visceral fat, BMR and why trend matters more than one printout.

What grip strength measurement shows, how it relates to muscle strength and why it works well alongside InBody.

The practical difference between heart rate and heart rate variability, and why HRV adds value in stress and recovery reading.

How to read high systolic blood pressure, why repeat measurement matters and when very high values with symptoms need urgent care.

A practical overview of the new MojeInBody portal, older imported results, the second central Prague location, MultiSport and Premium measurement with InGrip, Max Pulse and blood pressure.

How to read your first InBody result without panic, what to use as a baseline, why preparation matters and how result history makes the next visit more useful.

When grip strength measurement can add useful context to InBody, why low grip strength is not just about muscle mass and how to read trend safely.

When Max Pulse measurement makes sense, what affects HRV and stress context, and why calm repeatable conditions matter more than one isolated score.

How to interpret high diastolic pressure, why resting conditions and repeated measurement matter, and when symptoms need urgent attention.

A clear comparison of Standard and Premium InBody measurement: what the basic test includes, what Premium adds, and how MultiSport, 4-test packages and extended online results fit in.

A practical explanation of sarcopenia, grip strength, muscle mass and why InGrip plus InBody can help notice changes without replacing medical assessment.

What Max Pulse adds to InBody, how pulse-wave and HRV outputs fit together and where its practical value really is.

A practical guide to blood pressure preparation, body position and the common things that can push the reading up or down.

How InBody measurement with a MultiSport card works, what the once-every-6-months rule means, when to pay for an extra measurement and how Premium upgrade fits in.

What HGS means, how hand grip strength is measured, why it is useful next to InBody and why one number should not be overinterpreted.

What sympathetic and parasympathetic balance means in practice and why it matters for HRV, stress and recovery.

Why blood pressure can differ at home and during a visit, how stress, technique and timing affect readings and how to compare values sensibly.

A practical explanation of bioelectrical impedance, InBody body composition estimates, body water, repeatability and why trend matters more than one isolated result.

How a grip dynamometer works, what affects the result and why protocol, fatigue, pain and repeated trend matter.

How stress, sleep, training load and autonomic regulation can show up in recovery context, and how Max Pulse can support trend tracking without diagnosing.

A straightforward guide to the main and derived values on a blood pressure monitor printout.

How to read percent body fat on InBody next to fat mass, muscle mass, water, visceral fat and trend instead of relying only on generic tables.

Practical ways to improve grip strength and how to tell whether the result is moving in the right direction.

What the BPBIO750 gives you, what Max Pulse adds, where they overlap a little and why they should not be treated as interchangeable devices.

Why blood pressure rises and falls with activity, stress, sleep, food and timing, and how to compare readings without overreacting to one number.

How to read skeletal muscle mass on InBody, why segmental lean analysis is not isolated pure muscle, how water affects results and why strength is not the same as muscle mass.

Why InBody muscle mass and InGrip grip strength complement each other when tracking muscle loss, function and practical strength.

A practical guide to the Max Pulse report: wave type, arterial and peripheral elasticity, stress score, ANS activity and balance, and what each value means in plain language.

Low blood pressure (hypotension) is a reading roughly below 90/60 mmHg. Learn when it's just a personal trait and when it's a warning sign that needs a doctor.

Why BMI is only rough orientation and how InBody adds body fat, muscle mass, water and trend for a more useful body composition picture.

In older adults, weight can stay the same while muscle disappears and fat increases. See how InBody and InGrip together give a clearer, trend-based picture of muscle and strength.

How the pulse wave forms, why vessels stiffen with age and lifestyle, what the wave types mean and how arterial elasticity relates to atherosclerosis prevention.

How to read metabolic age next to BMR, muscle mass, body fat, water and trend, and why it should not become a diagnosis or personal label.

Grip strength is a simple marker that large studies link to survival and heart health. Here's what that really means and how to read your own result.

Why does HRV differ between Max Pulse and smartwatches or rings? A clear look at the technology, accuracy, and the vascular pulse-wave data only Max Pulse captures.

How to read visceral fat on InBody next to waist, total body fat, muscle mass, blood pressure context and repeated trend.

Sitting-rising, single-leg balance and grip strength are shared online as longevity tests. Here's what the studies behind them actually found - and what a home version can't tell you.

Vascular age is an orientation-style measure of arterial flexibility. We explain how Max Pulse calculates it, why it differs from pharmacy tests and watches, and what to do with the number.

How to read InBody during fat loss: fat mass, muscle mass, water, scale weight and why a lower number is not always a better result.

How hydration, exercise, food, alcohol, sauna, sleep and time of day can shift an InBody result and why comparable conditions matter for trend tracking.

How to read repeated InBody results: trend, comparable conditions, fat, muscle, water and what not to conclude from one noisy measurement.

Why InBody may look worse after training, diet change, water shifts or recovery stress, and how to decide whether it is real change or measurement noise.

How to choose a useful InBody testing interval for fat loss, muscle gain and general tracking, when an earlier retest makes sense and why testing too often often adds noise.

What BMR on an InBody result means, why it is linked to fat-free mass and why it should not be used as a complete calorie prescription.

How to read total body water, intracellular and extracellular water, ECW/TBW and why water context can explain surprising InBody results.

How women can read InBody results in the context of the menstrual cycle, water retention, PMS, training and repeat testing under similar conditions.

How to read segmental analysis on InBody, what lean mass in each segment means and why asymmetry should be interpreted with water and trend.

A careful explanation of phase angle on InBody, how it relates to bioimpedance, body water and cell context, and why it should not be treated as a standalone health score.

What separates an InBody test from a consumer smart scale, why muscle, fat and water values can differ and when each tool makes sense.

A practical comparison of InBody, DEXA, skinfold calipers and simpler BIA devices for body composition tracking, repeatability and limitations.

Why different InBody models can produce different outputs and why InBody 970/970S gives a richer context for muscle, fat, water, segments and trend.

How to use InBody to track whether muscle is likely increasing over time, without confusing scale weight, water or glycogen shifts with real progress.

How athletes can use InBody for muscle, fat, water, segments and trend without turning one result into a performance diagnosis.

How InBody 970, InGrip, BPBIO750 and Max Pulse complement each other: body composition, functional strength, blood pressure and regulatory context.

How many grams of protein per day is optimal by body weight, age and goal, how to calculate your target, when to spread it through the day, and where InBody fits in.

Body recomposition means losing fat and gaining muscle at roughly the same weight. See who it works best for and how to spot it on InBody results.

A blood test still beats bioimpedance for glucose or cholesterol, but InBody, a blood pressure monitor and Max Pulse together reveal waist, visceral fat, muscle and HRV. How to read that picture correctly.

Does creatine make women retain water, or is it a myth? See what InBody data (TBW, ECW/ICW) shows and how to tell creatine's effect apart from your cycle.

Skinny fat (normal-weight obesity) means a normal weight and BMI but higher body fat and lower muscle. Here's how to spot it, since the scale won't.

From 2026, Czech preventive checkups add waist circumference as a risk marker. Here's what it shows, what it misses, and how InBody fits between visits.

Biological age isn't the same as InBody's metabolic age. We explain the difference and compare DNA age tests with functional markers: grip strength, phase angle and vascular age.

Menopause reshapes the ratio of muscle, fat and water in your body regardless of weight. Learn why it happens and how InBody makes it visible over time.

Weight loss on GLP-1 medication can include muscle, not just fat. How InBody shows the difference, how to reduce the risk, and when to see a doctor.
These articles are most useful when they connect to a real measurement and a result you can track over time.