What you get

Start with deep understanding, not just straight to a prescription
Our blood test reveals important health factors that other weight loss programs miss. We begin with a comprehensive blood test and doctor consult, so your plan is built on your body's data.
Adaptive programming, with continuous support & coaching
We combine continuous data tracking with 1:1 dietitian support so you see exactly how food, movement, and lifestyle affect your weight - helping you to make practical lifestyle changes that actually work for your body.
Long-term health gains, not just short-term weight loss
Our 6–12 month follow-up blood test proves whether your health markers have improved - cholesterol, blood sugar, hormones - alongside weight. This is a plan for transforming your long-term health, not just your weight.
.png)
One-of-a-kind care is built on YOUR unique biology.
Vively runs advanced lab tests on 50+ biomarkers to reveal what’s really going on in your body—across Hormones, Metabolism, Heart, Liver & Kidneys. This panel is consistent with best practice clinical guidance for managing weight and metabolic health.
Your personal action plans begin with a real person.
You meet an Australian GP to review your results, dive deep into your family history and health goals, and start personalising your plan. Optimising your health through nutrition and lifestyle is the number one priority, and weight loss treatment may be prescribed if applicable.
.png)

Your role: Commit to real change
Get immediate 1:1 support from your dietitian coach to action your data-driven lifestyle plan, and access Continuous Glucose Monitoring to learn about your body and action habits faster. Get your treatment delivered right to your door.
Move forward toward even greater possibilities.
This is where transformation starts. You follow the protocol, start optimising your habits with precision, and start feeling lighter, younger and stronger. Follow up with another panel in 12 months to track progress. Long term health isn’t a quick fix—it’s how you live.


In studies of patients combining weight loss medication with coaching and data tracking, participants maintained weight loss and improved metabolic health after tapering off the medication
Average 16.2% weight loss after 12 months, with 92% of patients maintained their weight loss 6 months after tapering from medication¹
60% greater likelihood of reversing metabolic dysfunction²
.png)
Pairing medication with personalised data and coaching may result in up to $14,700 in medication cost savings per patient³
An increased imporvement in hba1c by 0.55%, and twice as likely to improve hba1c below the 7% target threshold⁴
The above results are from independent studies and do not represent outcomes from the Vively program. Check the references below. Individual results will vary.



A deep dive into your full body health, designed to unlock impactful insights and a personalised protocol for your long-term health.
A reflection of how the body is aging at the cellular level, which can inform the risk of age-related conditions like cardiovascular diseases and cognitive decline. Unlike chronological age (number of years lived), biological age is reversible and something that can be improved. It's a research-backed calculation of mortality risk and phenotypic age based on a range of biomarkers, offering a comprehensive benchmark for tracking and enhancing health and longevity.
The number of red blood cells that carry oxygen. If too low, you may feel tired, weak, or short of breath (anaemia). If too high, it can make the blood thicker and increase clot risk. Low oxygen delivery may reduce exercise capacity, making weight management harder.
The oxygen-carrying protein in red cells. Low values reduce oxygen delivery and cause fatigue or anaemia. High values can signal dehydration or lung/heart issues. Low oxygen levels can decrease energy and physical activity, indirectly affecting weight control.
The percentage of blood made up of red cells. Low levels suggest anaemia; high levels can mean thick blood, raising clot risk. Anaemia reduces energy levels, making it harder to stay active and manage weight.
The average size of your red cells. Small cells point to iron deficiency; large cells often mean B12 or folate deficiency. Nutrient deficiencies can contribute to fatigue, reducing physical activity and influencing weight.
The average amount of haemoglobin in each red cell. Low values suggest iron deficiency anaemia; high values can be seen with B12 or folate deficiency. Low levels may lower energy, making weight control harder through reduced activity.
The density of haemoglobin in red cells. Low values mean paler, weaker cells (common in iron deficiency). High values are rarer but can signal certain blood disorders. Low haemoglobin concentration can impair energy levels, indirectly affecting weight through decreased activity.
The variation in red cell size. High values often point to iron, B12, or folate deficiency. Nutrient deficiencies may reduce energy and resilience, making weight management more challenging.
Small cells that help blood clot and wounds heal. Low counts increase bleeding risk; high counts can raise clotting risk and may reflect inflammation or bone marrow issues. Chronic inflammation linked to abnormal counts may also contribute to weight gain.
The balance of total cholesterol to “good” HDL. A high ratio signals higher heart disease risk, while a low ratio is protective. Poor cholesterol balance often coexists with metabolic syndrome, which can drive weight gain.
Helps clear excess cholesterol. Low levels raise risk of artery blockages; higher levels are heart-protective. Low levels are commonly linked with obesity and difficulty losing weight.
Can build up in arteries. High levels increase risk of heart attack and stroke. High levels are often part of an unhealthy metabolic profile that makes weight loss more difficult.
All “bad” cholesterol types combined. High values are strongly linked to cardiovascular disease. They often rise alongside weight gain and insulin resistance.
The overall cholesterol in the blood. High levels alone are less meaningful but often accompany increased heart risk. Raised cholesterol is frequently linked with being overweight or having poor diet quality.
A type of fat that stores excess calories. High levels raise risk of heart disease, fatty liver, and metabolic syndrome. Elevated levels are directly tied to excess calorie intake and weight gain.
The “stress hormone.” Chronically high values contribute to weight gain, poor sleep, and anxiety; low values cause fatigue and weakness. Persistently high cortisol promotes abdominal fat storage.
An adrenal hormone. Low levels may be linked to ageing, fatigue, or low mood; high levels can signal adrenal overactivity. Hormonal imbalance may make weight management more difficult.
A thyroid hormone that helps regulate metabolism, energy, and body temperature. Low values suggest hypothyroidism; high values suggest hyperthyroidism. Low thyroid hormones slow metabolism, often leading to weight gain.
The active thyroid hormone that powers energy use and metabolism. Low values mean slowed metabolism and energy; high values suggest an overactive thyroid. Low levels reduce energy use, contributing to weight gain.
A hormone from the brain that controls thyroid hormone release. High values mean an underactive thyroid (slowed metabolism); low values can mean an overactive thyroid. An underactive thyroid is a common cause of weight gain and difficulty losing weight.
The total number of immune cells. High values mean infection or inflammation; low values increase infection risk. Chronic inflammation reflected in high counts can be linked to weight gain and metabolic problems.
First-line defenders against bacteria. High counts usually mean bacterial infection; low counts reduce infection defence. Persistently high counts may reflect systemic inflammation, which is associated with weight gain.
Defenders against viruses and long-term immunity. Too low may signal immune weakness; too high may mean viral infection or immune disorders. Chronic immune imbalance can affect energy levels, indirectly influencing weight.
Cells that clean up infection and dead tissue. High counts often mean chronic infection or inflammation. Ongoing inflammation is linked to metabolic issues and weight gain.
Cells that fight parasites and drive allergies. High values are linked to asthma, hay fever, and allergies. Not typically weight-related, but chronic allergic inflammation may affect overall health and energy.
Rare immune cells involved in allergic reactions. High values may mean ongoing allergic or inflammatory activity. Chronic inflammation is indirectly linked with metabolic dysfunction and weight gain.
A marker of inflammation in the body. Elevated levels mean higher risk of heart disease, metabolic disease, or ongoing inflammation. Chronic low-grade inflammation is strongly associated with weight gain and obesity.
A buffer that keeps blood pH stable. Low values mean too much acid (metabolic acidosis), often from kidney or metabolic problems. Metabolic acidosis is linked with insulin resistance and difficulty losing weight.
A salt that helps balance fluids and acid levels. Abnormal values may mean dehydration, kidney issues, or acid–base imbalance. Electrolyte imbalances can affect energy levels and indirectly influence weight.
A waste product filtered by kidneys. High values signal reduced kidney function. Poor kidney function can affect energy balance and limit safe exercise for weight control.
An electrolyte vital for heart and muscle function. Too low or high can cause muscle cramps or dangerous heart rhythm problems. Low levels may reduce muscle function, limiting physical activity needed for weight control.
A salt that controls fluids and blood pressure. Too low or high can cause confusion, weakness, or dangerous fluid imbalances. Sodium balance affects water retention and can influence body weight fluctuations.
A protein breakdown product. High values suggest kidney issues or dehydration. Poor kidney health may affect protein metabolism, which is important for maintaining muscle and a healthy weight.
A waste product that can crystallise. High values can cause gout and kidney stones. High levels are also linked with obesity, metabolic syndrome, and weight-related conditions.
A calculation that detects acid–base imbalance. High values may mean lactic acidosis, ketoacidosis, or kidney dysfunction. Acid–base imbalance reflects poor metabolic control, often tied to obesity and diabetes.
A measure of kidney efficiency. Low values mean reduced kidney function, often before symptoms appear. Impaired kidney health can interfere with metabolism and weight management.
An enzyme made in the liver. High values usually mean liver stress or damage (fatty liver, alcohol, or medication). Fatty liver is strongly associated with weight gain and makes fat metabolism less efficient.
A protein made by the liver. Low values mean the liver isn’t making enough protein, or the kidneys are leaking it. Low values may indicate poor nutrition, which can affect metabolism and weight stability.
An enzyme linked to liver and bone. Elevated values may indicate bile duct problems, liver disease, or bone issues. Chronic liver stress can interfere with metabolism, indirectly contributing to weight challenges.
Another enzyme from the liver. High values can reflect liver or muscle damage, so it’s often interpreted alongside ALT. Liver dysfunction is frequently linked with obesity and metabolic disease.
A breakdown product of red cells. High values may cause jaundice and signal liver, bile duct, or blood breakdown problems. Chronic liver problems often coexist with obesity and poor metabolic health.
A liver enzyme sensitive to alcohol and toxins. High values often mean alcohol overuse or fatty liver. Fatty liver is strongly tied to weight gain and difficulty losing weight.
Immune and transport proteins in blood. Abnormal values may reflect immune disorders, liver disease, or inflammation. Chronic inflammation and liver stress can make weight regulation more difficult.
A measure of all proteins in the blood. Too low may mean malnutrition or liver/kidney problems; too high may signal inflammation or certain blood conditions. Poor protein status affects muscle mass and metabolism, both important for weight control.
Blood sugar after not eating overnight. High values are an early sign of diabetes and increase risk of heart disease. Chronically high fasting glucose is often caused by excess weight and in turn makes weight loss harder.
Insulin levels after fasting. High values mean your body is struggling to keep glucose under control, an early marker of insulin resistance. Insulin resistance is a key driver of weight gain and difficulty losing weight.
Your average blood sugar over 2–3 months (IFCC scale). High values mean long-term elevated blood sugar, strongly linked to diabetes risk and complications. High averages are closely connected to excess weight and make losing weight more challenging.
Your average blood sugar over 2–3 months (NGSP/DCCT scale). High values mean long-term elevated blood sugar, strongly linked to diabetes risk and complications. High averages are closely connected to excess weight and make losing weight more challenging.
A calculation of insulin resistance. High values show your body is less responsive to insulin, a key driver of type 2 diabetes and metabolic disease. Insulin resistance is one of the main biological barriers to weight loss.
An enzyme released when muscles are damaged. High values may reflect intense exercise, injury, or muscle disease. Muscle damage from overtraining or poor recovery may interfere with healthy weight management.
A mineral important for energy, nerves, and muscles. Low values can cause cramps, fatigue, or irregular heartbeat; high levels are rare but can affect the heart. Low levels are linked with insulin resistance, higher diabetes risk, and weight gain.
As soon as you sign up, we'll send you a referral letter for your blood test. Choose from over 5,000 collection centres around Australia.
Trusted by 20,000+ Australians
Speak with our care team to find out if Vively is the right fit for you.
Book a FREE 15 min callFree 15 minute call
The $299 fee includes the comprehensive blood test results, a consult with Dr Michelle Woolhouse, and personalised recommendations across nutrition, lifestyle, habits, mindset and a script for medication if eligible. To purchase the medication script, you will need to join the Vively membership.
Vively includes 3x more lab tests than most GP check-ups. This includes biological age, heart, thyroid, hormones, metabolic, kidneys, liver, nutrients and more. Vively also tracks your results over time and brings you actionable insights from Australian doctors based on your specific results. All lab tests come with a personalised protocol and action plan to improve your weight and long-term health.
After your blood test and consultation, you can choose to become a Vively member. The Vively membership is an optional $149/month membership which includes everything you need to achieve your health goals:
- Access to your custom health protocol in the Vively app
- Access to your care team at any time during business hours
- Daily dietitian coaching & support via calls, text and voice notes
- The Vively mobile app with comprehensive monitoring and tracking
- Access to Continuous Glucose Monitors to optimise your blood sugar levels
- Book in follow up consults & blood tests whenever you need
Due to TGA advertising guidelines, we are unable to name the specific medications, but we do offer the latest medical treatments available.
If your clinician determines that you are suitable for weight loss treatment, you will be provided a prescription for the medication to access via our partner Evermed. The cost of the medication is cheaper than most pharmacies and online weight loss clinics, which is a benefit of joining Vively.
We test over 50 biomarkers across your blood, hormones, metabolism, liver, kidneys, cholesterol, and more. Each one tells us something important about your health. By looking at them together, we can understand the root causes of weight gain, fatigue, or other symptoms — and create a plan that’s personalised to you.
Each one was carefully chosen because it helps us answer one or more of these questions:
What’s driving weight gain or making weight loss harder?
Is your body handling food and energy in a healthy way?
Are there hidden risks you wouldn’t know about otherwise?
What plan is right for you, and how can we track progress?
At Vively we take our data security very seriously. All of your data is 256 bit SSL/TLS encrypted. Access to your medical records are encrypted with the industry standard AES-256 encryption algorithm to protect your data at all times. You can read more about this in our privacy policy.
Only our health professionals and authorised staff will have access to view your medical records. Data can be stored on third party servers, but it’s always encrypted.
If you would like to speak with our patient care team, please book in a call here: https://calendly.com/paige-vively/information-call
