The twelve hallmarks of aging

Every cell repairs its DNA thousands of times a day. Radiation, tobacco, pollutants and the body’s own metabolism keep breaking it, and the repair machinery keeps putting it back. What changes with age is not the damage, which was always there, but how much of it goes unrepaired.

The errors that survive accumulate. Some do nothing. Others switch off a gene that mattered, and the cell stops doing its job properly.

What we do about this mechanism. Nothing reverses an error already written into DNA. What clinical work can do is lower the load the repair systems face and support the nutrients those systems run on. That is where functional nutrition and intravenous antioxidant therapy act, and it is measured on labs, not on promises.

Therapies that act here: Hyperbaric oxygen therapy · Functional nutrition · IV therapy

Telomeres are the caps at the end of each chromosome. They work like the plastic tip of a shoelace: they keep the strand from fraying. Every time a cell divides they get a little shorter.

When they get short enough, the cell stops dividing. That is a defence, not a failure, because a cell that keeps dividing with damaged DNA is how a tumour starts. The cost is that the tissue loses its capacity to renew itself.

What we do about this mechanism. Telomere length can be measured, and there is published research on hyperbaric oxygen therapy acting on this mechanism. We will tell you what the studies measured and in whom. What we are not going to tell you is a percentage you should expect, because that number depends on the study population and not on you.

Therapies that act here: Hyperbaric oxygen therapy · Functional nutrition · Advanced diagnostics and patient mapping

Your genes do not change through life. What changes is which ones are read and which stay silent, and that is decided by chemical marks sitting on top of the DNA.

With age those marks drift. Genes that should be quiet turn on, genes that should be working go quiet. The instruction manual is intact; what fails is the reading of it.

What we do about this mechanism. This is the hallmark most exposed to what you eat, how you sleep and how you move, because the marks are built from nutrients that come in through the diet. It is also the one that is actually measurable today, through biological-age testing. Advanced diagnostics is where we start, because without a baseline there is nothing to compare against later.

Therapies that act here: Functional nutrition · IV therapy · Advanced diagnostics and patient mapping

A protein only works if it folds into an exact shape. When it folds wrong it stops working, and worse, it sticks to other proteins that folded wrong.

The cell has systems to refold them or take them apart. Those systems slow down with age, and the misfolded material accumulates. It is the mechanism behind several neurodegenerative diseases.

What we do about this mechanism. The lever here is controlled oxidative stress, which is what clinical ozone and hyperbaric oxygen work with: a measured stimulus that pushes the cell to switch its own cleanup systems back on. It is the opposite of what it sounds like, and it is why dose and protocol matter more than frequency.

Therapies that act here: Ozone therapy · Hyperbaric oxygen therapy · Functional nutrition

Autophagy is how a cell eats its own waste: worn-out organelles, protein debris, whatever no longer works. It takes them apart and reuses the pieces.

It switches on mainly when there is no incoming food. In a life with food available at every hour, it barely gets a chance to run, and the waste accumulates.

What we do about this mechanism. This is the hallmark where the patient does most of the work, and it would be dishonest to sell it as a therapy. Eating windows and how meals are distributed are decided in the functional nutrition consultation. Some nutraceuticals support the process; none replaces it.

Therapies that act here: Functional nutrition · IV therapy

Every tissue keeps a reserve of undifferentiated cells whose job is to replace what wears out. Skin, blood, gut and muscle all live off that reserve.

With age there are fewer of them and the ones left respond more slowly. It is why the same injury that healed in a week at thirty takes a month at seventy.

What we do about this mechanism. This is where regenerative medicine belongs, and where the most is promised across this industry. What we do is tell you which cell type, from what source, and what is documented about it. If your case is not a candidate, the evaluation is where you get told so.

Therapies that act here: Regenerative medicine · Hyperbaric oxygen therapy

Cells do not work alone. They talk through hormones, cytokines and vesicles, and that conversation is what keeps an organ behaving like an organ.

With age the conversation gets noisy: too much inflammatory signal, too little of the signal that used to keep order. Dysfunction stops being local and starts spreading between tissues.

What we do about this mechanism. Bioidentical hormone therapy restores part of that signalling, and it only enters with labs in hand and a documented deficiency. Exosomes, within regenerative medicine, work on exactly this layer of communication.

Therapies that act here: Bioidentical hormone therapy · Regenerative medicine · Advanced diagnostics and patient mapping

Acute inflammation is a repair mechanism and it ends when the job is done. What ageing brings is the other kind: low-grade, systemic and permanent, with nothing to heal.

It is called inflammaging and it is the common ground under cardiovascular disease, diabetes, arthritis and cognitive decline. It is also, in practice, the hallmark that most changes how a person feels day to day.

What we do about this mechanism. It is measurable: high-sensitivity CRP, IL-6, ferritin, among others. Several of the clinic’s therapies act on this mechanism, and it is the one where the change usually shows up soonest on labs. That measurement, before and after, is what separates a protocol from a story.

Therapies that act here: Ozone therapy · IV therapy · Hyperbaric oxygen therapy · PEMF therapy · Functional nutrition

You carry more bacterial cells than human ones, and most of them live in the gut. They digest what you cannot, make vitamins and train the immune system, of which a large share sits in the intestinal wall.

When that population loses its balance, the gut barrier gets leaky and material crosses into the bloodstream that should not. The immune system responds, and that response is one of the sources of the chronic inflammation above.

What we do about this mechanism. It is assessed with stool and intestinal permeability testing, and it is worked on with food before supplements. It is the least spectacular hallmark on this list and one of the ones that changes most in the first months.

Therapies that act here: Functional nutrition · Advanced diagnostics and patient mapping